Petroleum is leading energy source and will dominant as prime source for next 2-3 decades.
After 2050 petroleum may loss it’s top position as raw energy source and may decline consumption of petroleum all over the world.
Consequently petroleum will no loger be the primary object of energy generation and will reduce the worldwide hydrocarbon exploration activities. Only for late decision of offshore exploration it may remain unexplore vast offshore area of Bangladesh, whilst the offshore drlling technology will be insufficient and costly.
Geologically Bangladesh is located at mouth of active Bengal delta and in the subduction zone of Burmese plate and Indian plate. Hydrocarbon reserve in this deltaic region has great effect of plate tectonic movement, very rapid and juvenile sedimentation process and undeformed compaction of sediment.
For hydrocarbon exploration drilling is ultimate method for extraction of oil and gas from reservoir and it is most important to analyse subsurface formation, related positive or negative geopressure anomalies and ultimate status of petroleum reservoir.
It is now possible to view the petroleum province within an overall geodynamic picture resulting from an integration of structural deformations, sedimentary changes, heat flow, fluid transfer or migration etc. In fact all are intimately linked and a variation in any one parameter acts on all others, constitute the petroleum system.
Geopressure and its superficial effects has long played an important role in petroleum exploration. There is always an element of risk with any drilling operation but the presence of abnormally pressured sequences can significantly increase these difficulties, successful drilling requires the use of every means of detection at our disposal.
Hydrocarbon exploration and petroleum reservoir characteristics in bengal delta is much more affected by geopressure anomalies and before drilling need analysis the regional geology of prospect area.
Hydrocarbon reservoir does not depend on artificial man made boundary of country but depends on regional geological history. Hence, discussing hydrocarbon reservoir status in coastal and offshore part of Bangladesh considering subsurface geopressure of regional geology.
Bengal Basin is part of Myanmar, Bangladesh and India and basinal part of Bangladesh is relatively at down slope of Myanmar and in middle of Bengal basin. Sedimentary thickness of Bengal basin is almost 20-22km thick and in the form of arch and synclinal basin design represent more sedeimentary thickness.
Resulting force of plate movement has great effect on sedimentary bodies, twist the sedimentary body into different sub structure like fold, fault, fracture etc. Sedimentary body of southern part of Bengal basin is divided into two types of structural view by thrust fault, i.e. uplifted south eastern fold belt and north western plain land with southern coastal and offshore part.
South eastern fold belt is highly compressed and pressurized rock body. High compression makes fault and fracture inside formation affects the hydrocarbon reservoir, seal and migration. South eastern uplifted fold belt and adjoining area is quite unpredictable for high intensity of geopressure anomalies. Hydrocarbon of this area especially natural gas could leach to nearest closure or even can be out through surface feature linked with internal fracture or fault of rock sequences.
From limited scope a study of regional geo pressure is made from nearby offset well data of coastal and shallow sea of Bangladesh. Above figure represents actual status of geo pressure and hydrocarbon reservoir in this area.
In Bangladesh hydrocarbon reservoir is mainly in formation of Mio-Pliocene age above identified over pressure zone. It shows Semutang, Halda and Magnama is highly compressed and pressurized and subsurface is greatly affected by fault and fracture and geo pressure is upward with depth.
The Indo-Burman range is located to the east of Magnama and passage by Semutang and Halda marks the nearby zone of plate collision. By the Late Eocene time the direction of Indian plate convergence changed from north to northeast with increasing collision with Southeast Asia. Deformation is strongest as plate move north eastwards towards the Indo-Burman Range. This is evidenced by the increase in shallowness of over pressured zone.
South Eastern fold belt and adjoining coastal area will not be good hydrocarbon reservoir as commencing high convergence, high angle inclination and less extension of sedimentary sequences, affected factor of plate tectonics and very close to subduction zone.
Drilling in this area might be less prospective and hazardous. Sangu, Kutubdia, Sandwip, Shahbazpur, Hatia, Sonadia and Char Kajol is comparatively at down slope of coastal area, gently sloping down to south and southwest direction towards offshore and is relatively far away from the Indo-Burman Range and less affected by plate tectonics. Most structures are hydrocarbon charged and some of the drilled wells in this area are in production track.
Nearby location like CharJabbar, Manpura, Bhola and adjoining structures are highly prospective for hydrocarbon considering regional geopressure trend and geological criteria. Over pressure of BODC and Bina well location is relatively deeper and almost has no effect of plate tectonics. South western Bengal basin of Bangladesh part can be affected by Barishal-Chandpur gravity high and hydrocarbon reservoir in this area can also be affected. Though do not have available data of this region but assume offshore will be hydrocarbon rich area.
Comparatively geopressure trend is gently sloping down from south eastern coastal region to deep offshore of Bengal basin in the direction of south and southwest. Thick sedimentary sequence with overlying water body of deep offshore area is less affected by plate tectonics and has wide extension of rock formation can be indicative of good hydrocarbon reservoir.
Sedimentary rock of Bengal basin is organic rich, hydrocarbon maturation time and migration is also favorable for hydrocarbon generation. As less effect of plate tectonics in sedimentary rock sequence of deep offshore area may have possibilities of oil discovery in Pleistocene formation at shallow depth and Mio-Pliocene formation above over pressure will be highly prospective for hydrocarbon.
For hydrocarbon exploration seismic data acquisition is primary procedure for defining sedimentary structure of hydrocarbon reservoir. In this regard qualitative data acquisition is most important for proper analysis facts that work in offshore are quite expensive and hazardous. In view of qualitative data acquisition Multi client seismic survey will not be authentic rather have possibility of data manipulation considering the liability of risky offshore work.
Manipulated data will never represent the real subsurface feature on reverse it may misguide the expensive exploration work. Better option is search for IOC and proceeds for offshore bidding & move on details negotiation for signing PSC (Production Sharing Contract).
Seismic data acquisition in offshore under PSC will be more qualitative as cost recovery is related with hydrocarbon discovery of respective offshore block.
Rezaul Kabir, is a petroleum geologist and an international oil & gas exploration specialist.
Sustainable development depends on petroleum exploration in deep sea
January 6, 2019 Sunday 6:54 PM By Rezaul Kabir
Energy drives the engine for economic development of a country. Domestically sourced energy reduces the dependence on very costly energy import draining the foreign currency reserve.
This is specially true for Bangladesh which spends a big portion of its national budget to meet its energy need. In Bangladesh the main energy sources are natural gas, imported crude oil, liquefied natural gas (LNG) and coal.
Other minor energy sources are renewable energy like solar, wind and hydro power. Natural gas is fully domestically sourced while need for coal is partly met from within the country.
They are generally used for electricity generation, household need and fertiliser production and some other industrial need. The LNG is mostly used as fuel for vehicles and to meet household need and minor industrial need.
Bangladesh has a limited known reserve of energy sources which will not last long specially considering huge domestic consumption of natural gas and the need is growing exponentially every few years. So there is a critical need to find new reserve to reduce dependency on very costly energy import.
Bangladesh needs to search for oil and gas in deep offshore areas of the Bay of Bengal. The country has very limited known onshore hydrocarbon fields and the dense population distribution and spread of built up areas make onshore hydrocarbon search a difficult process. Still the record of onshore hydrocarbon search effort is quite satisfactory. Bangladesh has vast unexplored offshore hydrocarbon potential but we need initiatives to move forward. I am stating a few reasons as to why we should go for hydrocarbon exploration in the deep sea within our vast economic zone in the Bay of Bengal.
The first reason is geopolitical concerns and it makes the world more unpredictable than ever before. Geopolitical issues could make international oil market more volatile. Among the issues are political instability in Iraq, Libya and Nigeria, new sanctions on Iran, current political situation in Saudi Arabia, blockade of Qatar, and political chaos in Venezuela.
We are also seeing the start of a new cold war involving the big powers which are mostly economic market driven (energy sources included) than ideological unlike in the past. Such issues in major hydrocarbon producing countries and international relations may have an effect on international oil and gas supply chain and their prices.
Secondly, oil production from shale fracking wells is not satisfactory. It is not efficient. Oil produced from shale fracking yields 20-30% less than the predicted production profile. This ultimately increases the production cost of shale fracking oils and may make this higher than the production cost for normal (sand) reservoir wells. International oil companies are now turning back to invest in deep sea for sand reservoir wells.
Thirdly, natural gas consumption is rising and gas sector is growing three times faster than oil. Low domestic gas prices all over the world are driving the use of gas based power generation. Also, major environmental pollution concerning coal-fired power plant are causing many countries to abondon coal in favour of gas and renewable energy. All these will contribute to increase in gas consumption and price hike as the gas sources are not finite.
The fourth reason concerns the LNG. As natural gas consumption increases, it will drive the need for the movement and conversion of LNG. The LNG market is expanding very rapidly all over the world. It is already evident in the phenomenal demand of the Qatari LNG - the largest producer/marketer of the LNG in the world. International energy sectors are now making strategic move on investment in offshore gas exploration and LNG conversion.
In conclusion, as Bangladesh is now becoming a fast growing medium income country, it will need to shift to a high gear for immediate offshore hydrocarbon exploration. This is to meet its growing need for development and to reduce the drain on national budget for very expensive energy import.
It will make our development sustainable. Deep sea drilling operation is expensive but now the drilling cost is almost half than the cost in the past, for a quick turn over, international tender may be invited for offshore hydrocarbon exploration in the Bay of Bengal.
If we look at Myanmar, Thailand and Malaysia, we can see they have made major discoveries of oil and gas in deep sea. In fact, both Myanmar and India are looking for prospecting the Bay of Bengal for hydrocarbon. The Bay of Bengal may become a contested area for energy exploration like the South China sea. We should better take the edge and start sooner than later for both strategic and huge economic reasons.
Rezaul Kabir, is a petroleum geologist and an international oil & gas exploration specialist.
‘Energy sector’s paradigm shift over past decade’
December 19, 2018 Wednesday 6:23 PM By Saleque Sufi
Energy and power sector over the past decade has witnessed paradigm shift.
Gone are the days of chronic power load shedding. But sustainable supply of quality power supply as well as assured supply of primary energy remains a huge challenge.
Sheikh Hasina led-government of grand alliance has completed second consecutive terms of five years each in state power.
Count down has started for the general election for electing the next government. Observers, experts, analysts and critics are reviewing and critically analyzing the performance of the government in different sectors.
Energy and power sectors are two very important areas where government performance can be summarized as mixed success. There are commendable successes in some areas and at the same time major failures in other areas.
Even the bitter critics of the government would acknowledge that the diabolic power load shedding situation is nonexistent now. Government through various efforts could redouble power generation.
Bangladesh no longer suffers from 10-12 hours unbearable load shedding. At the same time even the staunchest supporters of the government would not hesitate in agreeing that fuel supply situation remains in crisis.
Energy and Mineral Resources division (EMRD) and Petrobangla have failed to exploit discovered coal reserve, explore and develop petroleum resources appropriately and even delayed in importing liquefied natural gas (LNG).
Most of mega imported fuel based large power generation plant projects are running 3-5 years behind schedule.
A significant portion of installed power generation capacity remains idle for fuel supply deficit and transmission and distribution systems constraint. Continuation of speedy power generation and energy supply act adopted as contingency measure still continues.
Achieving about 12,000 MW actual power generation capacity in 2018 from about 3,500 MW in 2009 is definitely a major achievement but failure in achieving sustainable fuel supply capacity worries about achieving sustainable energy security.
On the back drop of above parties and fronts aspiring for forming government after winning the upcoming general election must have a clear vision and strategy for achieving sustainable energy security essential for keeping the very impressive economic development going.
In 2009 when this government in the last term came to state power massive power load shedding of 10-12 hours brought economic activities almost to stand still. The actual generation and supply came down to 3,200-3,500 MW against demand of 5,500-6,000 MW.
Crisis was there for natural supply as well. Against a demand of 2,200 MMCFD gas production was 1,700 MMCFD. Natural gas accounted for about 90% of power generation.
Natural gas also supplied raw materials to fertilizer and fuelled most of the industries. Government adopted short, medium and long term power generation plan for confronting and overcoming crisis. As quick fix under contingency planning liquid based rental and quick rental plants were given go head adopting special power generation and energy supply act.
Most of the furnace oil and diesel based power plants were planned to remain operational for 3-5 years from 2010 and private sector developers were selected under special power act as crisis management endeavor. Industries were allowed setting up captive power generation units.
These initiatives worked wonderfully well in managing crisis and by 2014 situation came under reasonable control. The pace of impressive GDP growth could be sustained. The lowering price of crude oil in global market during this period also helped. But at the same time due to flawed planning and poor management almost all the base load traditional fuel based (imported coal and LNG) power plant projects failed to come into operation on time.
Government has been forced to continue with contingency liquid fuel based power plants and rather expand capacity instead of doing away with these as scheduled by 2015.
In PSMP 2010 the planned contribution of liquid fuel based generation was 6% and in PSMP 2016 it is planned to be 5% in 2030. But now it is about 35% and growing. The present increasing trend of price of crude oil in global market has already created concern of policy makers.
Government over the entire two terms of ten years failed to exploit the substantial reserve of superior quality coal reserve. Neither, it could achieve any notable success in exploring new petroleum resource at onshore frontier areas and offshore.
The proven discovered reserve of gas is alarmingly depleting. Government also made long delay in importing liquefied natural gas (LNG). Starting in 2010 import of only 500 MMCFD LNG is possible by end 2018. Government desperately needs commencing coal extraction and expediting exploration of petroleum. At the same government needs expediting all projects for setting up enabling infrastructure for fuel (Coal and LNG) import. It also needs to implement aggressive plan for developing competent human resources for planning, implementing, operating and maintaining energy and power projects.
Installed Capacity (31 October 2018): 20,430 MW
Grid Connected: 17,340 MW
Off Grid Captive: 2,800 MW
Renewable: 290 MW
A. Public Sector: 8,986 MW
Installed Capacity (MW)
B: Private Sector: 8354 MW
Installed Capacity ( MW)
SIPP ( BPDB)
SIPP ( REB)
15 Years Rental
3-5 Years Rental
In power value chain generation is only one segment and installed capacity is nameplate capacity. The 20,430 MW installed capacity for planning purpose is only a number. In existing circumstance it could be tested.
What matters most is the actual highest generation and average generation. The highest generation ever achieved has been 11,623 MW during peak hours of 19, September 2018. PDB sources state of fuel supply deficit (natural gas) and constraints of power transmission and distribution system among reasons for leaving a significant capacity remaining unutilized, A maximum of 15 -20 % spinning reserve in a modern power value chain can be a right strategy.
It appears from the table above that 2,800 MW off grid captive generation would not be ultimately there once industries have uninterruptible supply of quality power from the grid. 290 MW renewable power (solar) is also off grid. In future given access to grid through net metering rooftop solar and solar irrigation power can also make contributions to grid.
Fuel Mix Scenario:
Until the recent past natural gas almost exclusively dominated fuel supply for power generation and other industrial use. In view of the depleting scenario of discovered recoverable gas reserve and increasing demand of fuel for feeding economic growth government adopted fuel diversification plan in power system master plan 2010. 50% of the planned 40,000 MW power generation capacity targeted for 2030 was planned to be the contribution of coal.
Local discovered coal was planned for 10,000 MW power generation. But government over the past 10 years failed taking political decision for mining own coal. As such the fuel mix planned in PSMP 2010 could not be achieved. PSMP 2016 re-fixed fuel mix. It targeted 60,000 MW power generation by 2041 with a planned fuel mix of 35% Coal (34% imported), 35% pipeline gas and imported LNG and 30% from nuclear, power import and others. No plan for local coal reserve exploitation is in view. Local exploration for petroleum resources in off shore and onshore is not up to expected level.
Actual Fuel Mix Off Grid Connected Power (Installed Capacity): October, 2018
Grid Connected Solar
Reference: BPDB Website
It can be seen from above that natural gas still dominates the fuel mix. But the proven reserve of natural gas is fast depleting. The exploration activities over the past 18 years remaining below bare minimum on the back drop of gas demand increasing in geometric progression has created huge gas deficit.
Even responsible government policy makers apprehended that even at the present rate of use the reaming gas reserve may completely deplete by 2031 is not replenished with new discoveries.
From 2000 to 2018 only about 1.5 Tcf new reserve could be added as against about 9 Tcf of proven reserve used. Deficit now is about 1200 MMCFD and growing. Off course 500 MMCFD RLNG supply very recently has comforted the situation a little bit.
Gas Scenario: (July 2018)
Gas Fields Discovered
Fields Under Production
Highest Production (May 06, 2015)
Proven + Probable Reserve
Cumulative Production (December 01, 2018 )
Cumulative Peak Demand
Natural Gas apart from fuelling power generation is also used in fertilizer as feedstock, fuel for industrial, commercial, domestic and CNG.
Gas Supply (July 2018)
% of Total
Bangladesh energy sector is getting increasingly dependent on imported fuel, liquid fuel, LNG and coal. Some experts observed that if there is no major gas find soon and if local coal is not exploited Bangladesh may soon become 90% depended on imported fuel. Given the volatility of global fuel market and geo political uncertainties imported fuel dependency would create challenges in ensuring smooth supply chain, getting fuel and generating power at affordable cost.
For fuel import Bangladesh needs setting up fuel import infrastructure–deep sea port, coal port, coal transfer terminal, LNG terminals, and liquid fuel import terminals.
In addition government requires expediting exploration for petroleum in onshore and offshore. For Bangladesh a balanced fuel mix is recommended for sustainable energy security in the context of reliable fuel supply, affordability of fuel and power cost. For sustainable economic development sustainable fuel supply is prerequisite.
We must bear in mind that world is fast moving towards green renewable energy moving away from fossil fuel. The carbon foot print of Bangladesh is negligible but we are among the most vulnerable country for climate change due to global warming. We have to plan our fuel mix according.
Bangladesh has to adopt state of the art modern technology in power generation if they want to grow big in coal and other fossil fuel use. For that investment, price implications and extensive capacity development are major challenges.
Geographical Location Presents Challenge:
Geographically Bangladesh is sand witched between Indian states from almost 2.75 sides by Indian states. Mymanmar is on the South East and the Bay of Bengal is on the South. Bangladesh is a riverine delta formed of sediments flown in from the upstream by several rivers originated in the Himalyan Mountain and criss-crossing land surface in to the Bay of Bengal. The coastal area is relatively shallow unless Japan , Korea , India and China . The all season draft of Chittagong port is 8-9 meters and that of Mongla is 5-6 meters.
Underdeveloped Payra port may not have more than 8 meter draft. For Coal carriers and LNG vessels at least 14 -16 all season draft is essential. Only in south of Matarbari Island it is possible setting up coal port and terminal and setting up land based LNG terminals. Till Bangladesh can set up deep sea port or complete the bay port terminal import of large volume of coal and LNG would remain a huge challenge. Investment and competent human resources are challenges here also.
Saleque Sufi is an eminent energy expert.
‘Energy sector challenges of incumbent government’
December 4, 2018 Tuesday 11:36 AM By Saleque Sufi
Bangladesh is going for general election on the basis of adult franchise on December 30 for electing government for the next five years term.
Present Awami League led government of grand alliance serving two consecutive terms over the past ten years achieved significant milestones in many areas of national interest.
The economy growing consistently at 6.5% plus over has advanced it from least developed country to the lower level of developing country. Food autarky has been achieved, law and order situation improved a great deal, terrorism and anarchy are effectively put under control, power supply crisis is looking much better than ever before.
Many mega infrastructure development projects are at different stages of implementation. Even the bitterest critics of the government would agree that power and energy sector has witnessed paradigm shift over the past decade.
But at the same time even the staunchest supporters and admirers of the government would agree about many issues and challenges need attending and addressing for achieving sustainable energy security.
Energy security is the most essential ingredient for achieving national vision of reaching developing country status by 2021 and developed country by 2041.
Global experience educated the writer that power and energy are two intra related and inter related sectors which are among the strategic sectors of any developing and developed nation. There exists political consciousness and unwritten agreements for carrying forward policies and programs adopted and undertaken for implementation by one government by successive government.
Present government in 10 years increased installed power generation to over 20,000 MW (including 1,160 MW import and 2,800 MW captive power generation).
The actual generation increased to about 12,000 MW the access to power has increased to 92% from mere 42% in 2009. Power System Master Plan (PSMP) 2018 (draft) has vision for achieving 24,000 MW capacity by 2024, 40,000 MW by 2030 and 60,000 MW by 2041.
For different reasons the proven reserve of natural gas started depleting from 2000. Natural gas used to be almost exclusive contributor to power generation, industrial and other use till 2009. Power System Master Plan 2010 adopted by the present government provided for 50% of the 40,000 MW power generation by 2030 from coal. 29% of this was due to come from local coal. But failure of the government in mining own coal led to revising fuel mix plan in PSMP 2018. 35% of the targeted 60,000 MW power by 2041 would now come from coal (mostly imported), 35% from pipeline gas and LNG and 30% from nuclear, power import and renewable.
Government also adopted short term contingency plan, mid-term plan and long term plan for achieving the vision. Government also adopted speedy power generation and energy supply act for contingency management. This is short of indemnity act indemnifying government officers from any actions they take for negotiating contracts with contractors and investors on the basis of their unsolicited offers in power and energy infrastructure development.
The national procurement law provisions are by passed by this act. Many criticism were made for this non transparent act for lack of competitiveness leading to non transparency. However, significant success of short term measures like quick rental and rental power plants facilitated confronting effectively for managing diabolic situation of massive power load shedding in 2009. But for poor governance, weak state owned enterprises and lack of technical and managerial efficiency implementation of most of the large power plants under mid-term planning are running three to five years behind schedule. Of the long term plan implementation of 2,400 MW Rooppur Nuclear Power Plant is advancing. Government has achieved a significant milestone of power import through cross border power trading.
Experts have identified some major challenges for the incumbent government for carrying forward the present development initiatives. These are for sustainable supply of primary fuel and affordable fuel mix, improved governance, stronger autonomous SOEs , enabling policies for integrating private sector in all segments of power and energy value chain, stronger and effective independent Bangladesh Energy Regulatory Commission (BERC ), extensive human resource development program for efficient management of energy and power sector , comprehensive fuel and power utilization plan.
Affordable Fuel Mix:
The major failures of the present government over the past 10 years were establishing professionalism in the power and energy sector development and operation. Bureaucracy dominated sector planning and management created huge, almost unmanageable fuel supply crisis. No decision could be taken for exploiting substantial reserve of superior quality coal resource. Bureaucracy dominated Petrobangla failed in expediting petroleum resources exploration.
These resulted in prolonged crisis in fuel supply. About 2,000 MW capacity of power generation remains idle for lack of gas supply, all users of gas fertilizer, industrial, commercial and domestic customer suffer from poor gas supply. After prolonged delays 500 MMCFD RLNG supply has just commenced.
PSMP 2018 envisaged fuel mix of greater reliance on imported fuel (LNG and Coal) may not be possible to implement. Absence of deep sea port and existence of shallow drafts in Bangladesh cost makes developing coal ports and LNG terminals prohibitively extensive. Apart from coal port and planned coal transfer terminal at Matarbari coal port anywhere else would not be possible.
Anchoring mother vessels in deep sea and transshipment of huge coal for large power plants would prove uneconomic .Many imported coal based power plant projects may need to be shelved. For smoother coal supply incumbent government has to take decision of mining own coal on top priority basis and transport coal to power plant through required expansion and improvement of railway networks.
It will also soon be evidenced that FSRUs like contingency liquid fuel based power plants would not be sustainable solutions for Bangladesh. Not more than 3-4 FSRUs should be established. For draft situation land based terminals may not be feasible also apart from Kutubdia and Matarbari. Not more than 3,000 MMCFD LNG import would be technically and economically viable.
Bangladesh must expedite exploration for petroleum in onshore and offshore areas. Fresh PSCs must be invited for onshore frontiers areas also outside BAPEX assigned blocks. New PSC bidding round for deep water blocks must also be invited soon reviewing and approving updated Model PSC 2018. Bangladesh must not be fussy about incentives for attracting major IOCs in deep water.
Own coal and additional own gas would create opportunity for 50:50 fuel mix of local: imported fuel. Exclusive reliance on imported fuel would neither be sustainable or affordable. Volatile global crude oil market would take fuel price beyond affordable level any time. The supply chain may also be disrupted for global and regional confrontations.
Governance of the sector:
Almost in all developed countries power and energy sector business operation has minimum involvement of the government. Incumbent government must review the present governance process in true perspective. SOEs must be allowed to be operated as per companies act by the properly constituted autonomous board. Government must not have exclusive presence in the board of directors of each and every company. Why secretary of energy or secretary of power needs to be in company boards? There are many retired experienced professionals whose institutional memories and experiences can be utilized in company boards rather than crowding company boards with mid level government officials. Why ministry officials should be sent on deputation to Petrobangla , BPC or BPDB ?
The emergency power and energy supply act must the rescinded as soon as possible. The transparency and accountability in the power and energy sector must be restored through return to competitive bidding process.
Incumbent government must assess objectively why Petrobangla over the past 10 years have failed in exploiting coal reserve and expediting exploration of petroleum resources? Why massive pilferage of gas could not be controlled? How training facilities of Petrobangla and companies were misused? Petrobangla, BPC must have senior technical professionals in key policy making levels.
Enabling policies of private sector in all segments:
One must appreciate that private sector played a significant role in achieving huge success in increasing power generation. IPP, SIPP, captive power generation policy, rental and quick rental policy struck gold. Starting with foreign companies now local companies like Summit, United , Orion , Energypac and others have taken the lead. Local companies are contributing well in LPG market development. Transmission and distribution segments of power sector, and entire gas sector apart from some IOCs are in exclusive domain of state owned companies. Policies must be formulated for integrating local private sector companies in upstream, middle and downstream segments of gas value chain either on stand alone basis or in joint venture with SOEs.
Stronger and Effective BERC:
Power and energy sectors of Bangladesh cannot get free flow of urgently required private sector investment without stronger and truly functional Bangladesh Energy Regulatory Commission (BERC). BERC must be manned by qualified and experienced professionals. This statutory authority must function absolutely independently creating level play ground for public and private sector companies. It must police enforcement and compliance of acts, laws, policies and regulations through stake holders engagement, efficiency auditing.
Human resource development:
40,000 MW power system in 2030 and 60,000 MW system in 2041 and all infrastructure systems development, operation would require thousands of well qualified and trained professionals. Bangladesh has so many public and private sector universities and institutes. But unfortunately it seriously lacks experts in system planning, mega projects management, contract negotiation and management, system operation.
Managing fossil fuel using energy generation mandates Bangladesh adopting state of the art modern technology in coal fired power generation, LNG import facilities development , operation of power and gas transmission systems operation, management of PSCs, management of own coal mines . Incumbent government must set up linkage between education institutes and industry. And well thought human resource development plan must be adopted. Local training institutes can have linkages with international accredited institutes.
Comprehensive energy and power utilization policy:
Imported LNG and coal would be prohibitively expensive. Government has to effectively curb misuse, pilferages. There must be a clear policy about downstream use.
LNG, coal, liquid fuel must have specific areas for down stream use. Every use of gas and electricity must come under pre paid metering system, SCADA and telemetry must be introduced at power and gas system operation.
Hope parties and fronts would take into account the above points and clearly present their energy and power system policy and strategy to the voters.
Saleque Sufi is an eminent energy expert.
Imported LNG: Bracing for gas rates rationalisation
November 28, 2018 Wednesday 11:46 AM By Dr. Mushfiqur Rahman
Rupantarita Prakritic Gas Company Limited (RPGCL), a subsidiary of Petrobangla, is responsible for import and supply of imported liquefied natural gas (LNG) in the country.
Re-gasified LNG supply is conducted through a Floating Storage and Re-gasification Unit (FSRU) at Moheshkhali, Cox’s Bazar.
The FSRU has been installed and being operated by the US company Excelerate Energy within the scope of an agreement with Petrobangla. A second FSRU of similar kind is scheduled to be commissioned in April 2019 under an agreement between Petrobangla and Summit Group in partnership with Japan’s Mitsubishi.
RPGCL has scrapped several other proposals for installation of FSRU in the Bangladesh coast including those of the Indian Reliance Power, a consortium of Hongkong Shanghai Manjala Power and Malaysia’s Petroleum National Bhd, Trafigura, Gunvor and Vitol, Exmar NV of Belgium etc.
Earlier, Petrobangla decided to shelve the proposal for three small-scale FSRUs following objections from the Chittagong Port Authority. Meanwhile the government has decided not to build or allow anymore new FSRU, managing director of RPGCL disclosed to the media recently.
Although commissioned in April 2018, the Excelerate FSRU started supplying gas to the national gas pipelines grid in August 2018. Within a few weeks of commencement of re-gasified LNG supply, the FSRU had to suspend its operation on November 04, 2018 as a sub-sea valve required urgent repairing to continue gas supply.
It took 12 days to fix the technical glitch in the sub-sea pipelines and valve systems to restore gas supply. In the meantime, several power plants, industries, CNG pumps and households from a large part of the country suffered badly due to gas supply shortages.
Bangladesh Power Development Board (BPDB) was compelled to shut down a number of gas-fired power plants due to the suspension of re-gasified LNG supply and switched to expensive oil-fired power plants.
Since the re-gasified LNG started flowing into the gas grid, Petrobangla’s productions reached on an average 3,052 mmcfd, including around 300 mmscfd of LNG. With the introduction of LNG, the power sector is provided with around 1,200 mmscfd of gas against a demand of 2,020 mmscfd.
As a result, some of the old industries already connected with the gas supply pipelines started receiving gas supply at required pressure and load. The new industries are also scheduled to receive supply of gas for which they have been waiting for a long time.
The steps for LNG import and re-gasification facilities were initiated as the costs were comparatively cheap (almost at a half of the cost for installation of a Land-based LNG re-gasification and supply terminal) and delivery of the gas likely to be quicker. On the other hand, operating cost for FSRU is significantly high as the ships carrying LNG has to be chartered at a high rate for a considerable period to deliver LNG and the converted gas.
Moreover, the extreme weather conditions, which is typical during monsoon in the Bay of Bengal coastlines, can adversely impact FSRU operations, hampering the objective of quick gas supply.
OVER-DEPENDENCE ON GAS SUPPLY
As Bangladesh has been over dependent (natural gas accounts for about 73 per cent of commercial energy) on gas supply for power generation, fertiliser production, and running industries and commercial operations, sudden disruption in gas supply not only upsets the whole system but also significantly increases production costs for industries and businesses. World Economic Forum’s report titled ‘Regional risk of doing business-2019’ has suggested that the increased costs of energy could hinder any improvement in doing business in Bangladesh.
Bangladesh’s energy and power industry, transport sector and irrigation are becoming more and more dependent on imported petroleum products.
INCREASING BURDEN OF GAS SUBSIDY
Till date, the government has fixed the prices of fuel in the country. Hence, increased price of crude oil and petroleum products in the international market would put additional burden of subsidy on the national exchequer. With election around the corner, the government may not go for price adjustment immediately.
For various reasons oil prices in the international market has been showing upward trends. The continuing trade war between US and China, sanctions against Iran and conflicts in the Middle East are likely to shrink supply of oil in the market. This will seriously impact energy prices in Bangladesh.
Unfortunately Bangladesh has not been able to diversify its primary energy supply chain. The reduced natural gas share has so far been distributed mainly between imported liquid petroleum and LNG. Also, the prevailing ‘cheap’ gas supply had allowed wasteful uses. Most industries and businesses hardly tried to upgrade productions with efficient energy use.
SECRET OF GAS AT CHEAP RATES
Most of the domestic consumers are unaware of the fact that natural gas has been supplied at cheap rates to the consumers as the government of Bangabandhu Sheikh Mujibur Rahman purchased the five major producing gas fields from Shell Oil Company on August 09, 1975 at only Tk. 173 million (4.5 million Pound Sterling). As of December 2016, out of a total 14.24 Tcf, 8.531 Tcf gas was produced from these five fields and the rest of the gas fields of the country produced 5.709 Tcf. The value of already sold gas is more than Tk. 700 billion (approximately US$ 9.0 billion plus).
The price of the gas fields of Shell Oil Company was very low compared to their asset value and their infrastructures - and no exploration cost was incurred by the government. Since then, the gas fields have continued production and the government-owned gas utility companies continued to sell gas to consumers at very low prices.
Later, a few gas fields were discovered under Production Sharing Contract (PSC) with the International Oil Companies (IOCs) and these added to the supply of gas. But the blended gas price in the country remained cheap. In the meantime, the IOCs have recovered their investment cost (under cost recovery provisions of PSC) and Petrobangla has been receiving the major share of the produced gas by the IOCs, thus enabling the former to continue to sell the gas at comparatively cheaper rate.
As per Petrobangla sources, 26 gas fields have been discovered so far in Bangladesh. Among them 20 gas fields are in production, two are not in operation and production from four gas fields are suspended. The Gas Initial in Place (GIIP) is estimated at 39tcf. Out of this, estimated Proved Reserve (P1) is 20.8 Tcf, Proved+Probable Reserve (2P) is 27.12 Tcf, Proved+Probable+Possible Reserve (3P) is 31.31 Tcf. Till December 2016, as much as 14.24 Tcf gas has already been produced, leaving 12.88 Tcf of recoverable gas. At the present gas consumption rate, the remaining reserve may serve for another 12 years.
The demand and supply situation of natural gas from the domestic gas fields in Bangladesh has been showing negative growth since 2001. No major of gas field has been discovered since Bibiyana Gas Fields in 1998. Demand of natural gas continues to increase by leaps and bounds, whereas production in the existing fields remains static. Some of the existing gas fields have also started indicating depletion in production.
With the commissioning of Bibiyana Gas Fields in 2007, it was assumed that there would be a balance in demand-supply situation. But as the hidden demand for gas surfaced, additional production from Bibiyana Gas Fields failed to change the demand-supply situation.
Petrobangla estimates that the overall demand of gas was 3,664 mmcfd in December 2016 and during that time overall production was 2,734 mmcfd. Therefore, there was a shortfall of about 930 mmcfd. Petrobangla has projected overall gas demand for 2018 at 3,979 mmcfd and for 2019, 4,023 mmcfd. If the trend of gas production of 2016 is considered static, then there would be a shortfall of 1,245 mmcfd in 2018 and around 1,289 mmcfd in 2019.
To tackle the situation, the government had stopped gas connections to new factories and power and fertiliser plants for the last 8 years. Most of the existing industrial, power or fertiliser plants also did not receive required volumes of gas.
As a result, the performances of these plants are not up to the mark.Though new areas like Khulna were brought under the gas network, the division does not receive gas supply properly in most areas. If hidden demand is taken into consideration, the daily demand is likely to shoot above 5,000 mmcfd in the country.
The imported LNG is costing about four times higher than domestic gas. With the increased share of LNG import, the blended gas price will increase significantly for domestic consumers. As gas will have to be sold at energy value (calorific value), the choice of usage must be restricted to the value-added customers only.
Therefore, usage of gas must be prioritised for the power, fertiliser and industrial sectors. The gas marketing companies need to re-structure their marketing and revenue earning targets to ensure timely collection of gas revenue. Under these circumstances, industrial units, power, fertiliser and all other types of customers should realise that there would be no more gas supply at cheap prices.
Dr. Mushfiqur Rahman is a mining engineer and writes on energy and environmental issues.
Sourec: Financial Express
‘Journey of smart pre-payment meter production starts in Bangladesh’
October 22, 2018 Monday 12:29 PM By Engineer Md Shafique Uddin
It is such a great news for Bangladesh’s power sector that we are going to set up a smart pre-payment meter manufacturing plant in the country. The plant is expected to start production from January 2019.
On October 21, West Zone Power Distribution Company Ltd (WZPDCL) and Chinese Hexing Electrical Company Ltd has signed a joint venture agreement to set up a manufacturing unit in Bangladesh under the name and style as ‘Bangladesh Smart Electrical Company Limited (BSECL)’ for manufacturing smart prepaid meters.
Indeed it’s a memorable day for WZPDCL, because with signing of this contract we have stepped forward to manufacture a product which is one of the key elements for all power distribution entities.
WZPDCL is a 100% government owned electricity distribution company under Bangladesh Power Development Board responsible for operation, maintenance and development of electricity distribution system in south western zone of the country consisting 21 districts and 20 upazillas.
Presently it provides electricity supply to almost 1.1 million consumers covering Khulna and Barisal divisions and greater Faridpur district.
On the other hand, Hexing is a Chinese origin smart prepayment meter manufacturing company having three production factories in China while their annual sell is around 20 million metering devices.
They have supply record of more than three million digital meters and 1.2 million pre-payment meters in Bangladesh. Apart from that Hexing is operating five overseas JVC or fully owned companies which are doing business smoothly.
Bangladesh Smart Electrical Company is formed as a Joint Venture Company with 51% share owned by WZPDCL and 49% share held by Hexing.
It is the first of its kind in Bangladesh to manufacture smart prepayment meter under joint venture incorporating a state owned distribution utility with a foreign company.
The factory will be set up in Khulna under WZPDCL area. Government is committed to enhance the quality of service to all citizen of the country and this can only be achieved through digital technology.
That is why our Hon’ble Prime Minister has time and again reiterated for digital Bangladesh with a view to make the government service available to doorstep of people. Prepaid meter is introduced with this objective to enhance the customer service quality. We have seen that transparency in billing process is being ensured to a great extent through installing the prepaid meter at consumer premises by this time.
Though initially customer satisfaction could be achieved partially with the prepaid meter due to certain limitation like inadequate vending facility and other technical issues, but new technology with smart pre-payment meter has removed almost all hassle by now.
Consumer can now easily make payment of electricity bills from anywhere using different online payment gates including mobile apps. With this end in view sustainable development goals (SDGs) has set the target to replace 7.5 million existing electromechanical or digital post-paid meter with pre-paid meters within 2020 under 7th five year plan.
Out of those target only 1.58 million pre-paid meters have been installed so far and needless to say all of those were imported from foreign countries.
Moreover, at present total number of consumer in the country is around 31.10 million all of whom have to be brought under pre-paid meter as per government decision.
So, we think that the country has great demand of prepaid meters now and also in future. Considering this facts and figures this joint venture company can play a pivotal role in fulfilling the demand of prepaid meter in the country.
We want self reliance working along with foreign companies to upgrade our technology and development our human skill.
Obviously this JVC will save huge foreign currency needed for importing meters to achieve the SDG goal within the time frame set by the Government apart from that it will create the opportunity for foreign direct investment (FDI), job opportunity to many people of the country thus alleviating poverty level, transfer latest technology to the country, constant up gradation of technology, sharing research and development with foreign counterpart.
All the most consumers of our country will get the meter in cheap price than the imported ones with added advantage of after sale service which is not being possible in case of importing the meters.
The JVC will also export the meters besides meeting the requirement within the country which will pave the way for earning foreign currency.
However, the greatest challenge before the JVC is initially marketing the product in the country. Government is always kind enough to support the entrepreneur in this regard for which 7.86% GDP growth in the country has been possible.
We hope this JVC will likewise get government patronization to sell their product. We also seek cooperation from all distribution utilities, particularly the head of the entities who may procure their meter from this JVC with all added advantage.
Of course we are committed to maintain quality of the product as well as price competitiveness in order to get the support from all quarters. We expect government would do its best to save guard the interest of the country as a whole.
Last but not the least this smart meter company will play an important role to implement the Vision-2021 policy of the government to make Digital Bangladesh for which the government Hon`ble Minister of Power Ministry, all executing agency in power sector are relentlessly working for realizing Sonar Bangla our father of the Nation Bangabandhu Sheikh Mujibur Rahman dreamt of with the blessing of all we are hopeful to achieve that goal.
Md Shafique Uddin, is an engineer and Managing Director of West Zone Power Distribution Company Ltd.
‘Lopsided planning delays RLNG evacuation’
June 23, 2018 Saturday 8:38 PM By Saleque Sufi
Bangladesh gas franchise area in general and greater Chattogram region in particular is suffering from chronic gas crisis for over a decade.
Liquefied natural gas (LNG) import on time could comfort the situation if that could be professionally implemented. But inexperience and incompetence have let is drag on for years after years.
In the wake of proven gas reserve depleting government of Bangladesh launched LNG import program in 2010.
The plan was to start importing LNG using floating storage and re-gasification unit (FSRU) at Moheshkhali in Cox’s Bazar and evacuate re-gasified LNG to national gas grid through construction of Moheshkhali to Anowara 90KM 30 inches OD gas transmission pipeline.
In business as usual first such project should have led to 500 MMCFD RLNG available in national gas grid by 2013. Senior policy makers of the government on several occasions assured the nation about it.
All end users of the gas grid suffering from chronic gas crisis were waiting anxiously for it to happen. It is now end June 2018. FSRU is in position. LNG vessel with 500 MMCFD LNG is anchored at Moheshkhali since late April 2018. Managing Director of Rupantarita Prakritik Gas Company Limited (RPGCL) assured media that after a weeks working on final tie in RLNG would be flowing to gas grid by the first week of May.
But it has been gathered that a small section of sub-sea pipeline which FSRU owner engaged sub contractor built was found leaking. The leakage was identified late and there had been relentless struggle for remedying this defect defying inclement weather and turbulent ocean condition.
Two companies of Petrobangla RPGCL and Gas Transmission Company Limited (GTCL) are involved in LNG import and RLNG evacuation process. RPGCL manages LNG import and looks after LNG re-gasification that would be done by FSRU owner and operator. GTCL would evacuate RLNG and would receive metered gas at custody transfer metering station (CTMS) at Moheshkhali. GTCL completed Moheshkhali -Anowara 90 KM 30 Inches OD gas transmission pipeline, city gate station (CGS) at Anowara and spur line connecting Anowara CGS to Chattogram city ring main operated by Karnaphuli Gas Distribution Company Limited (KGDCL).
In present arrangement it is possible evacuation of 200-250 MMCFD RLNG any time. GTCL off course is struggling with its 42 inches OD Anowara-Faujdarhat gas transmission pipeline without which RLNG can not fed to national gas grid and evacuation of 500 MMCFD RLNG would be delayed .Questions have been raised about competence of horizontal directional drilling (HDD) river crossing contractors competence for Karnaphuli river crossing .
RPGCL in its part have so far failed to ensure its contractor Excelerate Energy Bangladesh Limited completing all upstream connections. Exceelerate is obligated to supply RLNG of desired quality and specification at the upstream of GTCL Moheshkhali CTMS. Gas transmission pipelines operated at 1000 PSIG and above are built to American Society of Mechanical Engineers (ASME) B31.8 code or equivalent standard .Bangladesh gas safety rule also adopted ASME B31.8 as guiding standard. All connections of buried pipelines have to be 100% welded and radiographed.
The pipeline needs to be hydrostatically tested (Leak test and tightness test) in presence of the representative of Chief Inspector of Explosives in Bangladesh. The pipeline section under reference has two flanged connections having metallic gas kits. RPGCL is definitely involved in all this process.
Now the defective pipeline section delaying RLNG supply is a manifestation of incompetence and negligence of works. 500 MMCFD LNG by December 2017 or May 2018 could have comforted gas crisis significantly. Gas users would not have to suffer immensely in the last Ramadan. Economy could be extremely benefitted.
This system is built for at least 25-30 years. We must not live with any defective section of the pipeline. Would recommend looking into the matter professionally and going by international and national requirements strictly. Statutory body Chief Inspector of Explosives must authenticate commissioning of the system in accordance with the provision of gas safety rule.
Saleque Sufi is an eminent energy expert.
`Some observation on the transition of energy and power sector in Bangladesh`
June 14, 2018 Thursday 4:47 PM By Dr Badrul Imam
Bangladesh stands at a cross-road of major transition from a less to a more and significant energy and power developments.
Mega projects of coal based power plants, LNG facilities, related industries and deep sea port are going to transform quiet little villages and island into major power and industry hubs–thanks to the government plans.
The projection to achieve a power capacity of 24,000 MW by 2021, merely 3 years from now is indeed challenging.
The wisdom of depending on 90% imported energy (coal, LNG, oil etc) and lack of effort to seriously explore the potentials of indigenous energy resources have also been questioned.
There are several points which stand out in any conversation on power and energy development in the country.
1) The constructions of infrastructures of the mega projects in favor of enhancing the power generation capacity are distinctly visible, though running behind projected timeframe. The sources of energy required to run these mega projects are not yet clear in many cases. Coal use for example is one of the central theme of the present policy drive for power generation and there are projection that coal power hubs will significantly dominate the skyline line. The energy observers are pointing out there will be a demand of about 40 to 50 million tons of coal annually in immediate future when coal power plant take up major share of power generation. Compare this with only 1 million ton of coal produced annually in the country today. Yet there is no clear indication where will this coal come from and at what price? Will the infrastructure be ready to handle such large amount of coal and will there be an experience pool of man power to manage it? And how will the economic pressure of importing such large amount of coal for a very long time are contained?
2) It is reasonable that Bangladesh increases the share of coal in power generation from its present position of only 2%. However, being overly dependent on coal powered projects, mostly import based, is not the best option for Bangladesh. Too many very large coal power plants within limited areas in the coastal belt will degrade the environment and would not be sustainable. This may make a crowd (coal) whereby pollution level will be difficult to keep under safe limit. Certainly coal fired plant close to the Sundarban will have additional risk of damaging or even destroying the largest mangrove forest in the long run.
A good way to take the coal power forward more safely and more cost effectively is to build mine mouth coal power plants in the coal mines that may be opened up in each of the existing coal fields in the north Bengal. These will make Bangladesh more self reliant and less dependent on imported coal. There is no valid reason for not developing underground mine, acknowledging the fact that open pit mine planning in Bangladesh has proved unsuitable socially and geo-hydro logically.
3) The slogan of depletion or exhaustion of gas resources in immediate or near future has been overly played. The fact that Bangladesh is the largest delta basin, part of which has been proved prolific natural gas bearing, led the geologist believe that there are significant untapped gas resources onshore and offshore areas of Bangladesh. By any standard Bangladesh is one of the least explored area in the world. A proper extensive exploration program would certainly find the significant gas specially in the offshore, enough to meet the present and near future needs. There are two sides of this argument. Firstly there are extensive area in Bangladesh that remain unexplored or underexplored yet holding good prospects. And secondly the exploration drillings in many cases in the past concluded the well dry and abandoned without being tested completely and conclusively and there are geological evidences that those could have been proved gas bearing if the tests were done completely and conclusively and using modern technology.
4) Bringing costly LNG now in limited scale to immediately meet the acute gas crisis has perhaps a logic in the sense that gas production is expected to go down shortly and the gas reserve has not been augmented by exploration and new discoveries. But large scale LNG import over long term basis does not seem viable for Bangladesh. This is mainly for the LNG is very costly, has a volatile nature cost wise and this will eventually put negative pressure on the economy of the country. The price of gas has already gone up because of LNG import and is likely to go up many fold further pushing the industrial product as well as day to day living more costly in Bangladesh.
5) Bangladesh has a success story in developing off- grid roof top solar power known as solar home system (SHS) which has given electricity to a large number of people living in rather remote off grid area who would not have electricity otherwise. More than 4 million SHS installed domestically have uplifted the life style of these impoverished people by providing small scale power at their homes. But in the context of national power demand and generation, the contribution of SHS is tiny, a mere 250 megawatt, which is only 2% of the total power generation capacity in the country.
In fact, in the solar industry worldwide, large scale solar power generation essentially means on-grid solar (grid connected). But on-grid solar development is unfortunately slow and much below the expectation in Bangladesh. The total on-grid power at this moment is about 15 MW with only one visibly and well publicized solar park with only 3 MW capacity in Jamalpur.
According to the government plan renewable sources should provide about 10% of the total power generation capacity by 2021 meaning 2400 MW power generation from renewable sources. With such low level of development it would be impractical to believe that the growth of solar power would reach anything near the projected target by 2021.
To date, the government has approved proposals for establishing 19 on grid solar power park submitted by different private companies. Individually the proposed solar parks have generation capacity ranging from 5 MW to 200 MW and the cumulative power generation of all these installations would amount to 1070 MW. Among these, only six companies have so far reached final stage of negotiations.
Unfortunately none of the companies could complete construction and starts power generation till date although the deadlines have passed. From the above, it appears that the development of the on grid solar has so far failed to provide a realistic hope of achieving projected government target.
What holds Bangladesh back in developing grid-connected solar power? Realistically there are a number of reasons that are restricting expected growth of on grid solar. One of the major challenges is the difficulty of acquiring land. As per the government rule, no agricultural land can be used for solar power project. Bangladesh is a densely populated fertile agricultural land and non agricultural unused land are not easily available enough.
Another drawback in developing on grid solar in Bangladesh is lack of governmental incentive. The companies which are engaged in negotiations and implementation of solar park opine that solar industry in Bangladesh is still in an immature and infant stage and requires incentives from the local authorities. A major point in this is fixing the tariff of the produced power.
Bangladesh does not have an option to remain isolated when rest of the world embraces a future with smarter and cleaner renewable energy for their power. The challenges in developing renewables may be high, but it is the government which should extend its hand to help it grow in the initial stage.
Dr. Badrul Imam is an energy expert and professor (retired) of Geology of Dhaka University.
`In quest of an energy justice framework for Bangladesh`
May 25, 2018 Friday 10:20 AM By Raisul Sourav
Energy Justice is a new concept that is being used in the academia around the globe over the last decade.
Although there is no universal single definition, but energy justice evolved with an object to ensure universal access to a safe, affordable and sustainable energy for all individuals, across all areas and to protect from disproportionate share of costs or negative impacts relating to building, operating and maintaining electric power generation, transmission, distribution system and to ensure equitable access to benefits from each system.
Nonetheless, representative and impartial involvement of the citizens with the energy related decision-making process is another crucial aspect of energy justice.
However, the idea of energy justice basically comes out from the concept of social justice and environmental justice.
According to earlier ideas, energy justice carries three core tenets which were popularly referred as triumvirate of tenets, focusing distributional, procedural and recognition justice whereas subsequent principle-based approach to energy justice developed eight core principles: 1. the availability principle urges to have sufficient modern energy resources; 2. the affordability principle argues that all people, including the poor, should get energy in reasonable price and should not pay no more than 10% of their income for energy services; 3. the due process principle requires the countries to follow the rule of law and human rights in their production and use of energy; 4. the good governance principle implies that all people should have access to all information regarding energy and environment, and citizens must have participation to fair, transparent, and accountable forms of energy decision-making process; 5. the sustainability principle is an obligation on the state to ensure long-term sustainable energy development with prudent management and to confirm sustainable use and sovereign rights over natural resources; 6. the intragenerational equity principle is a principle which emphasizes that people have the right to fairly access a certain set of minimal energy services enabling them to enjoy a basic minimum of wellbeing; 7. the intergenerational equity principle suggests future generations have a right to enjoy a good life undisturbed by the damage our energy systems inflict on the world today; and finally, 8. the responsibility principle refers to all nations’ duty to protect the natural environment and its sustainability as well as diminish energy-related environmental threats.
Nevertheless, being a developing country, maintaining balance among the energy triangle i.e. energy equity, environmental sustainability and energy security is the major challenge for Bangladesh where both the economy and demand for energy are growing simultaneously and rapidly.
Hence, Bangladesh is in such a tricky situation in the context of the present world while the globe is committed to reduce the greenhouse gas emission significantly in coming years whereas it must confirm affordable and continuous supply of power to boost up its current economic growth in one hand and safeguard sustainable development on the other hand.
To ensure this, Bangladesh cannot be fully dependent on its own natural resources like coal and gas to produce electricity as these are emitting massive amount of CO2. Furthermore, the current gas reserves of Bangladesh are not sufficient for industrialization and power generation concurrently.
Consequently, it becomes heavyily reliant on importation of coal, oil and gas from overseas which again create threat to supply and national security as well where the global reserves are also reducing quickly.
Alternatively, Bangladesh can concentrate on renewable and ecofriendly sources of energy like solar, wind, biomass, thermal, hydro power, geothermal etc. But again those are not cheap like the traditional burning fossil fuels.
Thus, Bangladesh needs a comprehensive energy justice framework concentrating on all the eight principles to safeguard sustainable development towards the real `Sonar Bangla`.
Conversely, construction of a power plant beside a biodiversity hotspot is a clear threat to the eco system. Decisions on where to build nuclear waste repositories may raise severe concerns over the health and agriculture of the marginal rural communities. Moreover, forceful eviction of local community including the indigenous people or acquisition of land without proper consultation, compensation, participation or giving full information will definitely do injustice with them.
Moreover, disproportionate distribution of renewable energy sources, such as wind and solar energy, may require re-thinking the distribution of energy costs and subsidies in societies that play host to high levels of social stratification and division.
For example, a transition to renewable energy systems may deprive low-income households of meeting basic energy demand, due to increasingly higher prices as the costs of subsidies are passed on to consumers.
Albeit Bangladesh has recently legislated new law and policy focusing on the renewable sources of energy and already constituted the Sustainable and Renewable Energy Development Authority to accelerate the process but still it produces about 90% of its electricity from fossils while the internal reserves are finishing quickly.
Additionally, the price of power becomes so high for low income people in last couple of years. There is also major lack of due process and good governance in energy sector all over the country which ultimately obstruct sustainable development for the nation.
Absence of informed decision and consent in most of the energy project further makes it more difficult for the native to know their benefits and burdens, and the intention of the corporate entities.
Nonetheless, better representation of different marginal and ethnic groups in energy policymaking institutions potentially offers a more proactive approach in achieving justice.
However, energy justice emphases on inequalities within energy systems and transitions and advocates for the equitable sharing of both the benefits and burdens of energy system services and for more inclusive decision-making processes.
It can also be used as a framework to identify when, where, and how injustices occur within energy systems and how these injustices can be eliminated. Therefore, implementing all aspects of energy justice holistically is the most convenient way to resolve the long-rooted energy trilemma for Bangladesh.
Raisul Sourav is a chevening scholar 2017-18 and currently pursuing his second LLM in international energy law and policy at the university of stirling, UK. He is also a university teacher, lawyer, legal researcher and, rights and equality activist.
‘Prospect of hybrid electric vehicles in Bangladesh’
May 14, 2018 Monday 4:30 PM By Engr Md Shahin Alom
Hybrid cars are now more popular than conventional cars due to lower lifetime operating cost and environmental impact.
Hybrid car uses a combination of an electric motor and a traditional engine to power the vehicle. This means the car uses a combination of electricity stored in batteries and fuel stored in a tank to drive the car forward.
Hybrid electric vehicles (HEVs) are often more expensive than similar conventional vehicles, though some cost may be recovered through fuel savings or state incentives.
A wide variety of HEV models is currently available, popular classes are full hybrid, plug-in hybrid and electric vehicles.
Full hybrid vehicles are using a battery and electric motor in addition to an engine that runs on gasoline.
These type cars are also more efficient and they can automatically choose to operate in electric mode, or engine mode. The example of a full hybrid is the Toyota Prius but today many automakers now offer full hybrids.
Plug-in hybrid vehicles (PHVs) have both an internal combustion engine and electric motor. These vehicles are powered by gasoline (petrol/octane), and a battery, which is charged up with electricity by plugging into an electrical outlet or charging station.
Electric vehicles (EVs) also called battery electric vehicles are propelled by an electric motor powered by rechargeable battery packs. No other fuel source is used, and there is no internal combustion engine.
Here are few of the drawbacks of a hybrid car:-hybrid cars are often less power than gasoline powered engine and more suited for city driving and not for speed and acceleration.
Hybrid cars are comparatively expensive than a regular petrol car but that extra amount can be offset with lower running cost. Weight of hybrid car is higher due to a gasoline powered engine, a lighter electric motor and a pack of powerful batteries. The presence of dual engine, continuous improvement in technology led to higher maintenance cost and difficult to get good mechanics to repair the car.
In case of an accident, the high voltage present inside the batteries can prove lethal for passenger. When you start up a hybrid vehicle, you may not even realize it!
The engine is so quiet that you can hardly hear it all, this is true even when you are driving down the road. The unique engine and power supplies are the cause of this silence, even you can’t see out of the cars and nobody hears you are coming.
The number of mainstream manufacturers are rushing to market hybrid and new electric cars with growing market demand. Such as Volvo announced that all its new cars will have a battery and electric motor by 2019.
Mercedes, Audi, Toyota and Volkswagen are hot on the electric cars trail as well. Countries that have made early progress in the sale of electric cars, such as Norway, France, the Netherlands, and the UK, are expected to be among the leaders in 2040.
Norway is currently the world leader in EV adoption per capita, thanks to substantial incentives, like an exemption from the 25% tax applied to vehicle sales. Norwegian buyers set a new record in June 2018, with 42% of new cars being EVs, including 27% from battery-only cars.
Bloomberg New Energy Finance’s states by 2040, 54% of new car sales and 33% of the global car fleet will be EVs. China, the U.S. and Europe make up over 60% of the global EV market in 2040.
Lithium-ion battery demand from EVs will grow from 21GWh in 2016 to 1,300GWh in 2030. We expect 270GWh of large format battery cell production to be online globally by 2021, led by global suppliers including LG Chem, Samsung SDI, Lishen, CATL, Tesla and others. The supply chain will need to scale up further in the 2020 to meet demand. Fossil fuel demand will be displaced by the growing fleet of EVs.
It projects 34% of cars on the road will be EVs by 2040 – 530 million EVs in total – which will displace up to 1272m Liters of transportation fuel per day. As per ExxonMobil 2040 Outlook for Energy, hybrid electric vehicles will reduce 40% of global light-duty vehicle sales in 2040 compared to about 3% in 2016.
Bangladesh HVs market
Emerging economies such as Bangladesh is not expected to see significant EV sales until late in the next decade, despite that country’s pledge that all new cars sold there will be electric by 2030. EVs and PEVs cars will not economical for us due to insufficient infrastructure, dusty environment, huge traffic and lack of electricity.
Although in Bangladesh demand of full hybrid cards (FHC) are growing significantly considering fuel efficiency i.e. Toyota, Prius c, 1.5 L, 4 cylinder, automatic (variable gear ratios) runs average 20 km/Ltr of gasoline, its more than 50% fuel saving than conventional cars.
As an environmental aspect a hybrid car produces 25 to 35% less in CO2 emissions than regular cars. Those who are living in cities in Asian countries including Dhaka have already realized how seriously air pollution has been poisoning life and degrading the environment.
The world’s purest recorded urban air, recording just 2 µg/m3 of PM2.5 pollution and 4 µg/m3 of PM10. As per WHO data in Dhaka, Bangladesh, the annual mean concentration of PM10 particles: 158µg/m3 (WHO guidelines: 20 µg/m3) and PM2.5: 90µg/m3 (WHO guidelines: 10µg/m3). Faulty vehicles (diesel/gasoline run), huge number of CNG filling stations are contributing to air pollution.
The government may cut the tax and supplementary duty (SD) on the import of old hybrid vehicles for fiscal 2018-19 to facilitate the use of such cars that offer better fuel economy than the conventional ones.
Importers currently have to pay 20 percent SD to bring hybrid vehicles of up to 1,600cc. Reduction in import tariff will encourage increased imports HVs. This will reduce the pressure on gas used as fuel for cars.
Engr. Md. Shahin Alom is a Deputy General Manager of MJL Bangladesh Limited.
‘LNG will revolutionize energy landscape’
April 24, 2018 Tuesday 9:34 AM By Saleque Sufi
After long delay the supply of imported liquefied natural gas (LNG) is set to commence from early May 2018.
The tie in of submarine section of the re-gasified gas evacuation pipeline with land based manifold station at Moheshkhali in Cox’s Bazar is completed.
The earlier completed 90 KM long 30 inches OD Maheshkhali to Anowara gas transmission pipeline completed earlier by Gas Transmission Company Limited (GTCL) is commissioned with gas flowing back from gas grid.
Anowara CGS (city gate station) is also connected with 20 inches OD segment of Chattogram city ring main operated by Karnaphuli Gas Distribution Company Limited (KGDCL).
The Excelerate Energy Bangladesh Limited owned floating storage and re-gasification unit (FSRU) with first consignment of LNG is expected to anchor at designated location of offshore within a day or two.
It will take at least a week to connect FSRU with the gas evacuation system, Petrobangla and Energy and Mineral Resources Division (EMRD) expects that LNG injection to Chattogram ring main may start from early May 2018.
On the backdrop of chronic gas supply crisis stagnating industrial operation and development for 7-8 years will be relieved with the commencement of LNG supply.
GTCL and Rupantarita Prakritik Gas Company Limited (RPGCL) sources informed that initially 100 MMCFD re-gasified LNG would be injected to Chattogram ring main.
Gradually it will be build up to 250 MMCFD. The LNG supply would increase to 500 MMCFD after completion and commissioning of Anowara to Faujdarhat under construction 42 Inches OD 30 KM pipeline.
Chattogram region of KGDCL has a coincident peak demand of 400-450 MMCFD against which the present supply is about 200-230 MMCFD.
Several industries are waiting in the wing for gas supply. The entire 500 MMCFD re-gasified LNG may be required for Chattogram region only. The net saving of 200-230 MMCFD gas now supplied from national gas grid may be diverted to other areas till additional re-gasified LNG starts flowing after Summit Group and other FSRUs are in place and under construction Moheshkhali–Anowara 42 inches gas transmission pipeline is completed in 2019.
The design philosophy of Chattogram ring main provided for 420 MMCFD capacity at 350 PSIG is the gas is feed from Chattogram CGS. Needless mentioning that ring main is now operated at much lower than maximum allowable operating pressure (MAOP).
Anyway with the commencement of LNG supply Bangladesh will step into new horizon of achieving sustainable energy security gasified LNG at a rate of 100 MMCFD is expected to start flowing.
LNG supply will bring relief and comfort to Bangladesh energy and power sector suffering from chronic gas supply deficit for almost a decade. Proven reserve of own gas is fast depleting. The deficit kept widening. The gas deficit created gas famine in greater Chattogram gas franchise apart from launching all round endeavor for expanding own gas resource base government initiated action for importing LNG from global market .
The first such initiative of importing LNG through setting up FSRU suffered a set-back for a dispute between World Bank and Petrobangla.
However, shorting out all peripheral issues government took major LNG import program for importing LNG through setting up several FSRU and few land based LNG terminals. The first of such FSRU set up by Excelerate Energy Bangladesh Limited is going to be operational from May 2018. Present government LNG program will import 2500 MMCFD LNG by 2025 and 3000 MMCFD LNG by 2030.
The present supply of 2700 MMCFD is about 1000 MMCFD less than co-incident peak demand of gas franchise.
Petrobangla requires alternating gas supply between power and fertilizer. Gas supply required rationing to all end users. Still all consumers were suffering from poor quality supply. Industrial development came to stand still for lack of gas supply. Chattogram region along was suffering from about 250 MMCFD gas deficit. Now the primary supply of 250 MMCFD LNG will overcome that deficit.
The remaining 250 MMCFD re-gasified LNG supply to national grid hopefully after June 2018 would boost gas supply to national grid improving gas supply quality to all consumers over the entire national gas grid.
Once the beginning is made LNG import would start growing as more and more FSRU and few land based LNG terminals would be set up progressively. Re-gasified LNG supply to national gas grid would require adjusting gas price as LNG price is higher than weighted average price of gas in Bangladesh.
Government has already decided not to supply pipeline gas for any new domestic users. Rather under LPG program would replace domestic gas use. Introduction of auto gas would also phase out gradually gas supply to automobiles.
LNG price would be lower than liquid fuel. As such LNG based power generation would be also far more appropriate from environmental point of view than coal power. Industries would also require to improve fuel efficiency. Bangladesh must gradually go for lower energy intensive industries.
LNG will be a new experience government companies would require developing capacities for managing LNG system operation developing skills of manpower. Government deserves accolades for ultimate success in commencing LNG import.
Saleque Sufi is an eminent energy expert.
A 100% renewable India: can it be done?
April 17, 2018 Tuesday 6:42 AM By Molly Lempriere
Research carried out at the University of Technology (LUT) in Finland has found that India will have the capacity to operate on a fully renewable electricity system by 2050.
It`s a big claim for a nation of more than a billion people, many of whom still live without electricity at all. So what would it take?
India has the capacity to operate entirely on renewables by 2050, is the bold claim of a study produced by the University of Technology (LUT) in Finland.
Titled The Demand for Storage Technologies in Energy Transition Pathways Towards 100% Renewable Energy for India, it details how increasing solar, wind and storage capacities would allow India to transition from its fossil fuel-heavy energy mix to a clean and sustainable alternative.
The work arose from the combined efforts of the Finnish Solar Revolution research project and the Neo-Carbon Energy research project. In the Finnish Solar Revolution, “LUT is specifically researching new and emerging markets for solar power development in the context of the global energy transition and the socioeconomic impacts of solar power”, says LUT doctoral researcher and co-author of the study Ashish Gulagi.
"The Neo-Carbon Energy project has developed a new energy system based on solar and wind alongside other renewables such as hydropower, geothermal and sustainable biomass,” says Gulagi. “The system will produce energy that is emission-free, cost-effective and independent. To limit the global warming to 2°C, the transition towards renewables has to begin now. We have studied all the regions in the world, transitioning towards 100% renewable energy.”
In India, the proposed system would not only provide energy, but power seawater desalination and generate synthetic natural gas. The transition would require €3,380bn worth of investment, but ultimately, power would cost €11 less per MWh, compared with current prices of INR3,220 (€46) per MWh.
An estimated 15%-20% of power would be produced by energy prosumers, mainly citizens, using roof-mounted PV. “Given India’s burgeoning electricity demand and the persistent supply demand gap along with the summer shortages and outages, solar PV prosumers will have a crucial role in enabling the country’s transition to a fully sustainable energy system,” emphasises LUT’s professor Christian Breyer.
Working towards 100% renewable
The shift to renewable power generation is already underway, with 50,745MW of India’s 315,369.08MW of installed generation capacity comprised of renewables. This is continuing to expand and currently looks set to surpass its original goal of 175GW by 2022.
"In the last couple of years, the government has woken up to the fact of climate change and its devastating effects on India,” says Gulagi. “India pledged to reduce carbon emissions by 33%-35% by 2030 in comparison to 2005. It has also pledged that 40% of the country’s electricity would be generated from non-fossil fuels, such as wind and solar.”
Capacity auctions over the next four years amount to more than 81GW of solar, and India has 15.6GW already installed. Currently, wind provides more than double that of solar although installation is slowing. Wind accounts for 32.7GW of India`s generation, with a further 29GW planned before 2022.
"India has been and will continue to be a major economy in the world,” says Gulagi. “The steps India takes to limit global warming will be keenly observed by the entire world. To succeed in limiting the global temperature rise to 2°C, India has to play a major role in achieving a global energy transition. India will be a key country in global energy studies and research.”
However, 50 million rural households still lack access to electricity in India. Throughout his election campaign in 2014, Prime Minister Narendra Modi pledged to increase electrification. Progress has been made, but as many as 240 million Indians still lack power. Balancing electrification with growth in the renewables sector represents a challenge, but possibly an opportunity. Many projects currently skip fossil fuels, for example using solar microgrids to electrify villages. As such, retrofitting is unnecessary.
India also has the fastest growing population in the world, increasing by 15 million people a year, and the demand for energy is rising in correlation, a fact LUT has taken into account within its study. In 2015, power demand was at 720 million MWh, LUT estimates it to be about 6,200 million MWh in 2050.
Overcoming coal’s dominance
For India to become fully reliant on renewable energy, it will have to dramatically increase its solar and storage capacities according to LUT. “A first of its kind model with hourly resolution was utilised to determine the energy mix of the country based on the least cost principle,” explains Gulagi.
“The LUT Energy System Transition model was used for the transition research of the Indian power system. This model optimises linearly the energy system parameters under previously defined constraints and the assumption for future renewable energy (RE) power generation and demand in the particular region.”
Coal still accounts for nearly 60% of India’s energy mix, and while the share of renewables is expanding fast, there are a number of challenges, such as availability of land and the lack of a reliable and comprehensive transmission grid which will need to be overcome to reach 100% a renewable mix.
The potential profitability of renewable projects has also become better understood. “In the past in India, there was a big problem of getting capital from banks for renewable energy projects,” says Gulagi. “They had high cost of capital. However, this has been changing rapidly as the banks are able to understand the renewable energy sector. Nowadays it is getting harder for coal power plants to get capital from the financial institutions.”
A large amount of energy storage will also be required in order for the system to provide reliable, constant power. “From our research we have identified that battery storage would be required when the share of RE in the system exceeds more than 50%,” says Gulagi. “In the future, faster adoption of storage technologies will be required. But this is not a problem as the cost decline of batteries is as same as solar energy.”
Battery technology has got consistently cheaper over the last twenty years, and according to a Bloomberg New Energy Finance survey, the price will drop to just $100/kWh by 2025. With the success of projects such as Tesla’s 100MW battery in Australia, their adoption is likely to increase worldwide bringing the cost down still further. As such, storage is unlikely to be the challenge it may first appear.
“The biggest problem in achieving a high level of RE in the system is the political will to make people understand that such a system is possible in reality,” says Gulagi. “People still think that a baseload power plant is needed, for example India’s baseload power comes from coal. However, such a concept is old, and was made up by the coal and oil industry.”
India first, then the world
There are significant challenges for India to overcome when transitioning to an entirely renewable energy system, but it would be beneficial for India for a number of reasons. Not only would it dramatically cut the emissions of this, the third-biggest polluter in the world, but also create a huge number of jobs and improve health.
“The quality of air and air pollution has been India’s biggest problem for many years. According to WHO [the World Health Organisation], there are seven Indian cities in the top ten most polluted cities in the world,” says Gulagi. “In 2015, 1.1 million people died due to air pollution and this has been more than China. So, India has surpassed China in the number of people dying due to air pollution. And the government is in constant denial that premature deaths are caused by air pollution.”
India’s climate and landscape provide advantages for the uptake of renewables, getting as many as 300 days of sunshine a year to boost solar production. “India has one of the best solar potentials in the world, this resource is well distributed all over its area and with prices declining so fast every year, there is no reason why India cannot achieve its climate change targets and also achieve a fully sustainable energy system until the middle of this century,” says Gulagi.
Beyond India, Gulagi and his team are confident that this model can be rolled out broadly. “If India can do it, all the countries should be able to follow the path set by India,” says Gulagi.
Molly Lempriere is a features writer and energy analyst.
Nine year journey towards a middle income country: a score card of power sector
February 27, 2018 Tuesday 9:27 AM By Engr Mohammad Hossain
In the recent years Bangladesh has experienced booming economic growth, rapid urbanization and increased industrialization.
Hon’ble Prime Minister Sheikh Hasina has declared the ‘Vision 2021’ to turn Bangladesh into a middle-income country by 2021 and ‘Vision 2041’ to be a developed and prosperous Bangladesh by 2041. In 2009, when the AL-led government assumed the office, the nation was suffering from chronic power supply crisis.
The average power demand at that time was about 6,000 MW while power generation capacity of the country was less than 5000MW. Eight to ten hours load- shedding in summer days was causing unbearable miseries. Now the generation capacity has increased more than 16,000 MW which is very much at par with the capacity as declared in the ruling party’s election manifesto.
Achievement during 2009-2017
The government of the People`s Republic of Bangladesh is working relentlessly to materialize the `Vision 2021` of the Honorable Prime Minister Sheikh Hasina. Power Division is committed to provide 100% access to electricity to the people of the country by 2021. In 2009, the access to electricity was 47% which is now 83%. It is expected that 100% electricity coverage would be possible much before 2021. In line with the `Vision 2021`, Power Sector’s vision has been set to ensure reliable electricity to all at an affordable price by the year 2021.
The government has taken and implementing comprehensive action plan for the development of power sector. As a result, the rise in economic growth, the growth in the industrial sector, and rapid progress in urbanization has been achieved. The demand for electricity is increasingly snowballing. In the year 2015-2016, 1586 MW of power was added to the national grid.
The progress of electricity generation is also reflected in comparison to the surge in per capita electricity consumption and in the number of subscribers. What was achieved between1971-2009, has been achieved and tripled in the last nine years by the present government.
Achievement at a Glance
The comparative power sector scenario is given below:
No. of Power Plants
Generation Capacity (MW)
Maximum Generation (MW)
System Loss (T&D)
Per Capita Power Generation (kWh)
Total Consumers (Lakh)
Access to Electricity
* Including captive
Initiatives taken during 2009-2017
During the nine years tenure of the government a good number of new initiatives have been taken which has resulted a landmark achievement in the power sector.
Cross Border Electricity Trade (CBET)
Power exchange through regional cooperation has been commenced during this period. Import of 660 MW electricity from regional grids from India has started through CBET. By 2021, plan has been taken to further import 3,500 MW of power through regional cooperation.
High Voltage DC (HVDC)
The first ever 400kV- HVDC line has been established to import 500 MW power from Baharampur, India through Bheramara, Bangladesh grid interconnection. The 54.7 ckt-km 1113 MCM double circuit line has been established in 2013 to transmit electricity by converting into high voltage DC from AC and then converted into 230kV AC at the Bheramara station.
Grid Tied Solar Power
The first grid-tied solar power plant in Bangladesh has been installed at Sarishabari in Jamalpur with a capacity of 3MW.
Solar Mini Grid
Hon’ble Prime Minister has inaugurated 400kW Solar Mini Grid in Saskhai Bazar of Sulla Upazila in Sunamganj District on December10, 2017, through video conferencing. It is the largest solar mini grid project in the country and one of the largest solar mini grid in the world. The project is providing power to the marginalized rural population of the remote haor areas in Sunamganj district covering around 1000 households providing grid quality electricity from solar power. As part of off-grid electrification, distribution of solar home system, solar mini grid, micro grid programs have been taken by the government. So far, 45 million solar home system (SHS), 10 solar mini grids have been installed in off-grid rural areas. Government has a plan to install 60 million solar home system and 50 solar mini-grid system by 2018 to cover about 10% of total population.
Government has undertaken 13 mega projects in co-operation with India, Japan, China, Malaysia, South Korea and Singapore to set up coal-based power plants. The primary work of establishing a total 5,925 MW power plant in the public and private sectors is underway. It is expected that the first mega project of Payra 1300MW will come into operation in April 2019.
Prepaid Metering System
Pre-paid metering system has been introduced nationwide aimed at ensuring easier bill payment with hundred percent collection of electricity bill. About seven lakh pre-paid meters have been installed till date and another twenty-seven lakh meters would be installed within next June 2018. After installation of these pre-paid meters virtually there is no accounts receivable of pre-paid consumers. Moreover, due to introduction of pre-paid meters, system loss has been reduced significantly and also demand at consumer level reduced.
ICT in Power Sector
In order to establish good governance through increasing the quality of customer service, increasing efficiency, transparency and accountability, the Power Division has taken and implemented digitalization of the sector. In addition to on-line power connections and bill payment systems, PMIS and complaints management system have also been introduced. A comprehensive website of the Ministry of Power, Energy and Mineral Resources has been developed, which is playing important role in social communication and promotion.
Government has decided to develop underground distribution system in major cities of the country. The aim is to provide the facility of modern cities with an advance electricity supply system. The government owned power distribution company DPDC and DESCO have adopted several plans to establish underground distribution substations and supply lines to switch to modern-country’s practice of having underground power-distribution system.
Public-Private Partnership (PPP) in Transmission
The government has decided to implement electricity transmission projects under PPP for the first time. It may be worth mentioning here that government initiated IPPs in 1997 during the first term of the Hon’ble Prime Minister Sheikh Hasina.
The Sustainable and Renewable Energy Development Authority (SREDA)
SREDA was established in 2012. The aim of the establishment of SREDA is to promote renewable energy, energy efficiency and to mitigate risks associated with natural calamities stemming from global warming in Bangladesh.
Bangladesh Energy and Power Research Council (EPRC)
EPRC has been established to provide the platform to attract experts worldwide, and help to create in-country expertise through scientific collaboration. It will strengthen and mobilize research capabilities at universities, public/private research organizations, and industry practitioners as well as assist individual entrepreneurs to develop applicable technologies and systems for the development of the energy and power sector of Bangladesh.
Bangladesh Power Management Institute (BPMI)
BPMI has been incorporated aiming to capacity building of the power sector and create efficient manpower for both public and private sectors. BPMI campus will be set up in the suburb of Keraniganj on 25 acres of land of the Bangladesh Power Development Board (BPDB). The organization has started its functioning last year.
(1) Domestic Gas Depletion
Bangladesh was largely dependent on domestic gas for electricity generation while almost 96% generation was from gas in 2009. At the moment domestic sources of gas are becoming increasingly unreliable. Bangladesh plans to increase reliance on coal-fired power generation. Under the proposed PSMP 2016, 60%-70% of electricity generation will be dependent on imported electricity or imported fuel (LNG).
(2) Grid Stability
Transmission capacity in Bangladesh is not growing fast enough to cope up with power generation, resulting in supply bottlenecks in important commercial corridors (such as Chittagong and Comilla). And unexpected outages, like the November 2014 country-wide blackout, perpetuate concerns about the security and stability of the country’s power grid. Power system frequency in Bangladesh varies routinely on normal days between 48.9-51.2 Hz and can go as low as 48.7 Hz and as high as 51.5 Hz under contingency. This is a major impediment to system reliability and also causes a severe economic loss including our-of-merit dispatch.
(3) Distribution Bottleneck
Present capacity of distribution lines in Bangladesh is about 420 thousand kilometers and sub-station capacity is about 20 thousand MVA. Remarkable success achieved during last nine years. But the present distribution infrastructure is not enough to ensure quality, uninterrupted and reliable electricity for all by 2021. Huge number of distribution lines and substations will need to be constructed to meet the vision 2021 of the government. But project financing, up-gradation of existing infrastructure, timely implementation of project, conversion of overhead system into underground system, implementation of smart grid and prepaid metering system and ERP are the major challenges.
(4) Land availability
A key constraint in Bangladesh electricity-generation development is land availability, be it for coal mining, thermal power generation, utility-scale solar or hydroelectricity. Bangladesh has one of the highest population densities in the world. The World Bank estimates 59% of Bangladesh’s total land is arable, and 11% is forested. With 66% of the population still based in rural areas, this is a key constraint that requires careful management.
(5) Off-Grid Electrification
The vision of the government is to ensure quality and reliable electricity supply for all by 2021 but the main challenge for achieving this target is the electrification of off-grid areas of Bangladesh, where expansion of national grid is highly expensive and time consuming. To overcome this barrier government has taken initiatives to electrify the off-grid rural areas, remote islands and hill tracts by the development of renewable energy resources.
Steps to Overcome the Challenges
(1) Fuel Diversification
Natural gas is the main fuel for power generation in Bangladesh. But the natural gas is depleting day by day. Recognizing the importance of primary fuel for generation of electricity, the Government of Bangladesh has diversified the fuel mix for power generation. Government has a plan to gradually use coal, LNG and other available fuel for power generation besides gas. To ensure energy security, government has prepared PSMP-2016 considering gas, coal, LNG, liquid fuel, duel fuel, nuclear and renewable energy resources. Government has also taken initiatives to import power from neighboring countries.
(2) Free Governor Mode of Operation (FGMO)
Potential remedy of grid stabilizations is with the simplest primary governor control scheme. A set of trials with FGMO with limited number of generating units was conducted to stabilize the system frequency with encouraging results. Simple but effective and useful measures like these can provide enormous relief to the Bangladesh system and paves the way for it to grow rapidly over the coming decades. These experiments are also highly relevant for a number of other developing countries experiencing similar issues to systematically explore frequency control measures.
(3) Augmentation in distribution
An integrated power distribution programme has been undertaken to increase the distribution network in order to bring 100% population under electrification as well as improving the customer service.
To ensure reliable, quality and uninterrupted electricity for the people of Bangladesh a strong distribution network is essential. The present capacity of distribution lines and substations are not adequate enough to provide uninterrupted electricity supply to the consumers. Besides, construction of 159km of new lines augmentation and modernization of existing distribution system is required. For this reason, government has taken following programs in distribution sector:
Conversion of overhead system into underground system.
Implementation of smart grid system.
Implementation of pre-paid metering program.
Replacement of overloaded transformers.
Renovation and overhauling of distribution lines and sub-stations.
Expansion of distribution network.
Bangladesh can look forward to a continued period of strong economic growth and development. The power sector should play a critically important role underpinning sustainable development.
A cost-effective long-term investment program that prioritizes clean energy, smart grid and energy efficiency. Increased electricity imports would best serve the country in terms of energy security in comparison to heavy reliance on fossil fuel imports. Through successful implementation of the power sector plans, reliable energy supply will no longer remain just a dream.
These will facilitate achieving the Sustainable Development Goals (SDGs) and also establish Bangladesh as an example for development all over the world as we have shown in achieving the Millennium Development Goals (MDGs).
The development of power sector will not only elevate Bangladesh to a higher status but also upsurge productivity which will boost the economic advancement of Bangladesh.
Engr Mohammad Hossain, Director General of Power Cell, Power Division.
Bangladesh`s entrance into the prestigious league of nuclear power nation
November 26, 2017 Sunday 10:36 AM By Dr. Mohammad Shawkat Akbar
I would remember this day-November 04, 2017-as one of my most memorable days ever. Our hard works and determinations have paid fruits as in this Design and Construction License ceremony of Rooppur Nuclear Power Plant; we receive the license for unit-1 of the power plant.
I extend my sincere gratitude to the organiser, Bangladesh Atomic Energy Regulatory Authority (BAERA ) for organising the Design and Construction License ceremony timely. It is obviously an important event in the history of nuclear power programme of Bangladesh.
This will be written in the pages of history as a moment of pride for us as for the first time Bangladesh has obtained the Design and Construction License for Rooppur NPP with VVER-1200, ASE-2006 reactor and have entered into the prestigious league of nuclear power nation.
This license has permitted us to start the construction of country’s first nuclear power plant, the Rooppur NPP. After receiving the Design and Construction License, the first concrete pouring ceremony for unit-1 of Rooppur NPP will be held in the presence of the Honorable Prime Minister Sheikh Hasina on November 30, 2017.
Bangladesh Atomic Energy Regulatory Authority has granted this Design and Construction License following a thorough evaluation of the preliminary safety analysis report (PSAR), some other extensive and specific documents concerning Rooppur NPP site safety, Rooppur NPP technology and its safety systems, construction methodology and organisational matters submitted by the applicant, Bangladesh Atomic Energy Commission (BAEC).
Developing licensing process and assessment of PSAR documents and other technical documents is a complex and challenging task, but BAERA has taken that challenges and has established the licensing framework; granted the Siting License of Rooppur in June 21, 2016, performed assessment of the PSAR documents, various technical and safety documentations of Rooppur NPP and finally has granted the Design and Construction License in a short period of time.
We are grateful to BAERA Chairman Dr Naiyyum Chowdhury for his leadership in this regard and to Honorable Science and Technology Minister Architect Yeafesh Osman, Principal Coordinator of SDG Affairs of Prime Minister`s Office Abul Kalam Azad and Science and Technology Secretary Md Anwar Hossain for their constant support and guidelines. I am grateful to my project personnel, BAEC and contractor for timely preparing and submitting the relevant documents and information to BAERA and time to time consultation with BAEAR.
I would love to term this ceremony as an announcement to our nation about the readiness of Bangladesh in constructing Rooppur NPP and also a notification regarding the safety assurance of Rooppur NPP construction site. The Rooppur NPP will be constructed at the site as required by the legislation and the International Atomic Energy Agency (IAEA) guidelines.
The design and construction license is authorizing BAEC to use the project site for construction of the unit-1 of the Rooppur NPP with VVER-1200, AES-2006 design.
The Design and Construction License establishes the requirements and conditions for performing the activities related to construction of the foundation plate under the reactor building, construction of main buildings and structures of the Rooppur NPP unit-1, construction of auxiliary buildings and structures of the unit-1.
I am happy to understand that based on the regulatory approach of the Design and Construction License, BAERA along with TSO will make independent audits and inspections conformity assessment to confirm that all the equipment and components of Rooppur NPP will be manufactured following the approved design and working documentations, industry and quality standards and proven engineering practices.
We believe that along with BAERA, my project authority will establish a robust procurement, inspection, and auditing processes during manufacturing of the equipment in Russian Federation and construction and erection activities at Rooppur NPP site.
As a project director of Rooppur NPP, I am confident that all activities under this present Design and Construction License will be performed strictly complying the terms and conditions of this license as well as international standards and IAEA recommendations.
We are assuring that the objective of the principle-1 of the IAEA Fundamental Safety Principles which states that “the prime responsibility for safety must rest with the person or organisation responsible for facilities and activities that give rise to radiation risk” will be fulfilled by us and we will build a safe and secured NPP at Rooppur according to the construction schedule and within the budget.
Dr. Mohammad Shawkat Akbar, is a nuclear scientist andProject Director of the Rooppur Nuclear Power Plant.
‘Challenges of hydrocarbon exploration and mining in Bangladesh’
September 22, 2017 Friday 11:31 AM By Dr Badrul Imam
Development of petroleum and mining sectors are fundamental to a healthy growth of energy and power sectors, the main drivers of the economic development of a nation.
In both counts Bangladesh falls short of its true potentials. The country is yet to unearth its true natural gas prospects. Also a significant coal reserve based in the north Bengal remains undeveloped.
A robust petroleum and mining development program and a qualified national work force may significantly change if not reverse the notion of almost total dependence on imported fuels in the next decade as envisaged in the master plan.
Considering the growth of gas demand it is reasonable to suggest that the country will run out of its present gas reserves in a decade.
However, geological interpretations suggest that significant gas resources are yet to be discovered in the country in the onshore and offshore areas. Bangladesh has not reached a mature stage of petroleum exploration and all of its gas discoveries are found in simple conventional plays i.e. anticlinal traps in the eastern fold belt in the country.
There remains an area of untapped gas plays known as stratigraphic plays which are theoretically distributed all over the country but hardly explored. Furthermore the unconventional plays like thin bed plays, synclinal plays, tight sand plays, over-pressured plays are areas which have very good geological prospects but little explored.
Some of these kind of prospects are proven by the successes in adjacent Tripura state of India which is geologically same as eastern Bangladesh.
The offshore Bangladesh is the least explored area. The Indian part of the Bay to the west of Bangladesh sea and the Myanmar part to the east, both have registered significant gas discoveries in the last ten years.
Specially the Rakhain offshore basin of Myanmar lying adjacent to the south eastern offshore area of Bangladesh has large and recent gas successes. Considering the fact that the offshore Rakhain Basin and SE offshore Bangladesh belong to single geological entity, gas prospects in the Bangladesh part should be equally bright.
The above discussion leads to the conclusion that the remaining gas prospects of Bangladesh has been underplayed at recent time. On the other hand the planning and implementation to build up infrastructures and logistics for costly LNG have been overly played.
It is understood that import of LNG to tackle the running gas crisis is justified in the face of no alternative available immediately. But the merit of planning major dependence on imported and costly LNG for a long term is certainly questionable.
This will inevitably give the economy a major shock as the power and industrial products generated will be costly and may not be sustainable.
Bangladesh has significant mineable coal reserves stored in four coal fields in the north Bengal. The total in situ coal amounts to an estimated 2000 million tonnes in these coal fields. Only one coal field, Barapukuria has been developed and produces coal at an annual rate of 1 million tonne per year.
Because of the fact that the coal fields lie underneath fertile agricultural land in a thickly populated area and the fact that inherent hydrological problem make open cast mining difficult, the present government’s stand of not to develop open cast mining seems reasonable.
But these coal fields may be developed by underground mines. The recovery of coal by underground mining may be optimized by state of art technology. This will certainly reduce the dependence on imported fuels and will promote self reliance make better economic sense.
At the same time developing a dedicated national expert work force to take the challenges of petroleum and mining development activities is vitally important. Expanding and increasing the institutional capabilities are prerequisite to achieve that goal.
Dr. Badrul Imam is an energy expert and professor of Geology of Dhaka University.
Coal as a primary source of energy towards energy security of Bangladesh
August 25, 2017 Friday 9:27 PM By Reshad Md. Ekram Ali
State-owned Geological Survey of Bangladesh (GSB) entrusted with the responsibilities of deciphering the geology of the country, exploring geological resources (except oil and gas), all sorts of geological and geophysical mapping, environment and urban geology and geo-hazard studies.
Important geological resources discovered by GSB are Coal. Limestone, Hard Rock, White Clay, Glass Sand, Peat, Heavy Minerals and Construction Aggregates (sand and gravel).
Coal Reserve of Bangladesh
GSB played an important role in the coal discovery of the country through systemic survey. Coal reserve of the country are listed in the following Table.
Table: Coal Reserve of Bangladesh
Table: Quality of Coal in Bangladesh
The coal is low sulfur bituminous coal. Gross calorific value between 11,000-12,500 (btu/lb)
Silent Features of Coal in the World
Coal is actively mined in 70 nations, with 85% consumed within the country in which it is produced. Only 15% of coal is traded internationally. The ability to readily transport coal by ship, barge, rail and truck, without the need for pipeline infrastructure, contributes to coal’s supply stability.
Coal also has the unique advantage of being able to be stored on-site, providing weeks or even months of fuel supply at the power plant. This important characteristic contributes to grid reliability, resiliency and reduces fuel supply bottlenecks.
Most of the world’s coal exports originate from countries which are considered to be politically stable, including the U.S., reducing the risk of supply interruptions. Consider, by contrast, that over 53% of the world`s natural gas reserves are controlled by Russia, Iran and Qatar, while more than 50% of the world’s oil reserves are located in the Middle East.
Coal provides 30% of global primary energy. It is used to generate 41% of global electricity. It is also used to produce 68% of the world`s steel and is a key source of energy in energy-intensive industries, such as aluminum and cement production.
Use of Coal in Power Generation
Coal is widely used in the power generation worldwide. Coal based power plants provide over 42% of global electricity supply. There are 400 coal-powered electric plants are present in the United States.
As the world prepares for the Paris climate change talks later this year, moving to renewable sources of energy is a key part of many countries’ plans to reduce greenhouse gas emissions. However, in 2012, 40.4% of all electricity production worldwide still came from coal.
China produces the most electricity from coal by a long margin-3,785 TWh, more than twice as much as the US in second place. India, Japan and Germany complete the top five. Bangladesh has only one Barapukuria coal-based power plant in Dinajpur.
Prospect in Bangladesh using coal as the source of energy
With the looming gas crisis, Bangladesh is gradually shifting its primary energy focus from gas to coal. The government is taking full-fledged efforts to identify cheaper and more reliable alternatives like coal. Government has a plan to produce 20,000MW of electricity by 2021 as per Vision 2021. Bangladesh has only Barapukuria coal-based power plant in Dinajpur having 250 MW capacity (two units).
Third unit of Barapukuria coal-based power plant in Dinajpur is underway to add 275 MW to the national grid by 2018. The Rampal power station is a proposed 1320 MW coal-fired power station at Rampal Upazila of Bagerhat District in Khulna, Bangladesh.
The Matarbari Power Plant is a proposed 1,200 MW coal-based power plant to be built in Moheskhali Upazila of Cox’s Bazar District. The Payra Power Plant is a proposed 1,320 MW coal-based power plant to be built in Kalapara Upazila of Patuakhali District.
Bangladesh has sufficient and proven reserve of coal especially in Northern parts of Bangladesh which is around 3 Billion Ton equivalents to heating capacity 37 TCF gas. With the present reserve Bangladesh can produce-
250 MW electricity daily require yearly 0.65 million tones of coal to run a Thermal Power Plant
5000 MW electricity daily require yearly 13 million tones of coal to run a Thermal Power Plant
25% recovery from Barapukuria, Phulbari, Khalashpir and Dighipara coal fields
562 million ton of coal can produce 5000 MW of electricity daily for about 44 years
562 million ton of coal can produce 10000 MW of electricity daily for about 22 years.
Advantage of Coal is as source of energy
The reasons are listed below:
Cheapest source of energy. It is by far cheaper than nuclear, natural gas, oil.
Coal also provides a stable source of energy (no Arab oil embargoes, no sudden scarcity like you experience with natural gas)
Coal provides many jobs. Unlike other forms of energy (nuclear, natural gas, oil, hydroelectric), coal provides many jobs in removing coal from the earth, transporting it to the utility, burning it, and properly disposing of coal ash.
Coal can be mined and burned with little environmental impact. There has been tremendous strides in environmental responsibility with mining coal and burning coal.
Coal energy is an affordable energy source because of the coal’s stable price compared to other fuel sources
Coal is easy to burn
Coal produces high energy upon combustion.
Improvements in the Efficiency of Coal based Power Plants
Supercritical and Ultra supercritical Technology
New pulverized coal combustion systems – utilizing supercritical and ultra-supercritical technology – operate at increasingly higher temperatures and pressures and therefore achieve higher efficiencies than conventional PCC units and significant CO2 reductions. Supercritical steam cycle technology has been used for decades and is becoming the system of choice for new commercial coal-fired plants in many countries.
Research and development is under way for ultra-supercritical units operating at even higher efficiencies, potentially up to around 50%. The introduction of ultra-supercritical technology has been driven over recent years in countries such as Denmark, Germany and Japan, in order to achieve improved plant efficiencies and reduce fuel costs.
Integrated Gasification Combined Cycle (IGCC)
An alternative to achieving efficiency improvements in conventional pulverized coal-fired power stations is through the use of gasification technology. IGCC plants use a gasified to convert coal (or other carbon-based materials) to syngas, which drives a combined cycle turbine.
Fluidised Bed Combustion
Fluidized Bed Combustion (FBC) is a very flexible method of electricity production – most combustible material can be burnt including coal, biomass and general waste. FBC systems improve the environmental impact of coal-based electricity, reducing SOx and NOx emissions by 90%.
Pulverized coal combustion systems
Producing electricity in coal power plants can take place in a number of ways with varying degrees of efficiency. In conventional coal-fired plants coal is first pulverized into a fine powder and then combusted at temperatures of between 13000C to 17000C. This Technology accounts for 97% of World Coal plants with more than 40 percent efficiency.
Carbon Capture and Storage (CCS)
Carbon Capture and Storage (CCS) technology can capture up to 90% of the carbon dioxide (CO2) emissions produced from the use of fossil fuels in electricity generation and industrial processes, preventing the carbon dioxide from entering the atmosphere. Furthermore, the use of CCS with renewable biomass is one of the few carbon abatement technologies used in a `carbon-negative` mode actually taking CO2 out of the atmosphere.
Way Forward-Opportunities and Hopes
New technologies with time eco-friendly mining could be possible even at greater depth.
Coal bed Methane
Underground Coal Gasification
Improvements in the efficiency of coal-fired power plants can be achieved with technologies
Coal Bed Methane (CBM)
CBM is a form of natural gas extracted from coal beds. In recent decades it has become an important source of energy in United States, Canada, Australia, and other countries.
The term refers to methane adsorbed into the solid matrix of the coal. It is called `sweet gas` because of its lack of hydrogen sulfide. The presence of this gas is well known from its occurrence in underground coal mining, where it presents a serious safety risk. Coal bed methane is distinct from a typical sandstone or other conventional gas reservoir, as the methane is stored within the coal by a process called adsorption.
India’s Director General of Hydrocarbon has approved the drilling of more than 100 CBM wells that cover the next four years will involve total investment of $150 million. India’s CBM reserve estimated at 16 TCF.
Underground Coal Gasification
Underground coal gasification (UCG) is an industrial process which converts coal into product gas. UCG is an in-situ gasification process carried out in non-mined coal seams using injection of oxidants, and bringing the product gas to surface through production wells drilled from the surface.
Only in the case of the Soviet Union in the 1960s was UCG pushed forward into full production at a handful of plants in remote areas. Only one plant in Uzbekistan continues to operate. In the rest of the world sporadic attempts at testing of UCG over the last few decades have generally ended very badly. 24 UCG licenses approved around Britain Swansea Bay likely to be site of first tests.
Presently, innovations of new technologies and eco-friendly management of resources create opportunities to develop these earth resources in Bangladesh in win-win situation with the community for the betterment of the economy of the country as well as society through generation of direct and indirect employment
Coal is the cheapest and most abundant source of energy. Unlike with natural gas or oil, there is very little chance of coal being scarce as it is plentiful all over the world. Coal reserves are estimated to be around a million tons and is expected to be available for consumption for the next 200 years.
Because of its high reserve, low costs, coal can be the main primary energy source of Bangladesh towards energy security, countries like India, South Africa, China, Philippines.
Reshad Md. Ekram Ali, Director General of Geological Survey of Bangladesh
UNESCO withdarws objection against present Rampal Power Plant location
July 10, 2017 Monday 9:25 AM By Saleque Sufi
A press release issued by the Ministry of Foreign Affairs Bangladesh revealed on 6 July 2017 revealed of UNESCO withdrawing its much talked about controversial objections about Rampal Power Plant (RPP) in its location.
The Ultra Super Critical Technology using High Efficiency Low Emission (HELE) power plant location is 14 Km away from the outer periphery of Sunadarban Mangrove forest and about 70 Km from the region earmarked as world heritage.
The press release states, “The World Heritage Committee of UNESCO has withdrawn its earlier objection to the construction of Rampal power plant project at its current location. It has also spared the Sundarbans from being relegated to the List of World Heritage in Danger. The decision was made at the 41st session of the World Heritage Committee being held in Krakow, Poland. A high level inter-ministerial delegation led by Dr. Tawfiq-e-Elahi Chowdhury BB, Adviser to the Prime Minister on Power, Energy and Mineral Resources Affairs is participating in the meeting to defend Bangladesh`s position. “
RPP is 1,320 MW ultra-super critical technology (USC) adopting High Efficiency Low Emission (HELE) type imported coal based power plant under implementation by BIFPCL, a BPDB, Bangladesh and NTPC, India Joint Venture company. In the wake of major depletion of discovered gas resource which provided the fuel for power Bangladesh government adopted imported coal as the preferred fuel for power generation.
Given the complexity of mining own coal it chose imported coal as preferred option. Rampal was selected as the most suitable site for its location beside Poshur river and having enough sparsely habited fallow land.
Moreover, the prospect of massive industrialization in Southern Region of Bangladesh following the completion of Padma Multipurpose Bridge and proximity of Mongla Export Processing Zone were also among the reasons for choosing the location. Considering the proximity of echo sensitive Sundarban mangrove forest Government was additionally careful about adoption of technology and use of coal for the plant.
The EPC tender document prescribed for adoption of HELE type Ultra supercritical technology, use of less polluting low sulfur, low ash coal, incorporation of FGD, Low NOX burner , ESP , Dry Ash Collection method for mitigating SOX, NOX, Mercury and Ash emissions .
Comprehensive ETP has been incorporated in the design for neutralizing effluents before release and 2-degree Celsius temperature difference has been prescribed between intake and off take of water. Water Recycling is also in the design for minimizing the water use. A fully covered coal storage facility is also in the design. Covered handyman type coal carrier would transship and transport coal from Panamax type mother vessels anchored in the deep sea.
A 275-Meter-high Chimney for letting out much less than prescribed minimum emissions is also provided for. About 200 plant engineers and operators would live inside the plant area. If they are not affected there cannot be any reason why uninformed academicians and non-technical persons are worried about eco system and bio diversity of Mangrove forest at safer distance. It is a pity that such persons are treated as Energy Expert in certain Bangladesh media.
All these above were explained in many different ways by experienced professionals in response to uninformed concerns raised by a section of academicians and civil society. These groups with the patronage of international anti coal NGOs in social media and print media continued their propaganda avalanche.
UNSECO also possibly got concerned.Earlier in 2016, a Reactive Monitoring Mission from UNESCO recommended relocation of Rampal power plant considering its likely impact on the Sundarbans. Unfortunately, the report of the committee reflected almost entirely the position of a self-styled Oil Gas Protection Committee (OGPC) of Bangladesh instead of relying on Government assurances. UNESCO observations were duly responded.
The 41st session of the World Heritage Committee being held in Krakow, Poland discussed the matter on Wednesday 4 July where a high powered Bangladesh team clarified its position and commitments for safeguarding environment.
The 21-member World Heritage Committee decides on whether a cultural or natural site should be inscribed on the World Heritage List, monitors the state of conservation of the inscribed heritage sites, and can place a site on the World Heritage in Danger if found that the site is not being properly managed by the concerned State.
After a long deliberation, the Committee endorsed Bangladesh`s decision to construct Rampal power plant at its current location with necessary mitigation measures.
The Committee in its decision also welcomed a number of steps taken by Bangladesh since 2016 to ensure conservation of the Sundarbans World Heritage Property. At the request of the Committee, Bangladesh agreed to undertake a Strategic Environmental Assessment (SEA) of the South-West region of the country, including the Sundarbans.
The session of World Heritage Committee is still not over. The decision of the committee is expected to be officially announced within weeks of conclusion of the meeting. Unfortunately quoting the working paper of the meeting dated 19 May 2017 some vested quarter is still trying to confuse people. That document which some persons are referring to
WHC/17/41.COM/7B, Paris,19 May 2017 does not reflect the discussion and decisions of the meeting held on 4 July, 2017. There is no reason for any one getting confused at all.
Works of RPP is proceeding smoothly after Indian EXIM Bank providing loan to BIFPCL. The EPC Contractor BHEL India has started the work and the Commercial operation of the plant is expected within 48 months meaning sometime in 2021.
Those who thinks coal will soon be discarded as preferred fuel must note that a recent study by Australian Government engaged specialist committee revealed that High Efficiency Low Emission technology using modern coal power plants would cost much less than renewable energy –Solar, wind or any other power generation option.
Australia is going to go for such plants replacing the existing ageing coal plants. Coal would continue contributing as major fuel for base load power generation in the world well into foreseeable future.
We were always confident that UNSECO or any international organisation would come to senses when they get all information and documents from responsible Government representative.
From our past proven practical experience and having extensive discussions with RPP executives, site visits we were convinced that RPP designed as planned, constructed and operated according would cause no harm to Sundarban. We hope theoreticians and agitators would refrain from creating further controversies about high priority national project.
At the same time, we would also expect that Government also engages a high powered national committee to monitor the activities of the project. The project team also needs qualified Bangladeshi professionals alongside Indian Counterpart. Bangladesh lacks expertise for managing operation of Ultra Super Critical Technology using power plants.
Saleque Sufi is an energy expert.