14th ISSUE

Rampal Coal-fired power plant – A Major Solution to Bangladesh’s Power Crisis

Bangladesh is at an unprecedented crossroads with power crisis and hyper inflation. At a time when major industries at home suffer an acute power crisis, aggravated by the the Russia-Ukraine war following the Covid-19 pandemic, the recent soft inauguration of the first unit of the 1,320-megawatt Maitree Super-Thermal Power Project, also known as Rampal Power Plant, is believed to have been a relief from the energy crisis. Amid the crisis globally, Bangladeshi stakeholders, especially those involved with the multi billion-dollar export industries, manufacturing sector and the financial sector, are now waiting wholeheartedly for commercial operation of the Rampal Power Plant soon to rid the nation of this power predicament.   Domestic energy experts and analysts alongside other stakeholders look optimistic with this project and they are of the opinion that the Rampal power project is economically feasible, sustainable and profitable. Terming it one of the cheapest power plants of its kind in the country, they strongly viewed that the plant will get going with the key objective of generating affordable electricity as a resilient and viable solution to the country’s power crisis. Prime Minister Sheikh Hasina and her Indian counterpart Narendra Modi jointly inaugurated the first unit of the coal-fired super-thermal plant through video conferencing on September 6, 2022. The country’s largest power plant is sited on an area of more than 915 acres of land in Rampal upazilla in south-western Bagerhat district under Khulna division, some 272 kilometres away from the capital Dhaka. The high-efficiency, low-emission supercritical plant site sits 14 kilometres north of the world’s largest mangrove forest, the Sundarbans. About the funders The Rampal power project is a joint venture between India’s state-owned National Thermal Power Corporation (NTPC) Ltd and the state-owned Bangladesh Power Development Board (BPDB). The US$ 2.00 billion joint venture company is known as the Bangladesh-India Friendship Power Company Ltd. (BIFPCL) that builds, runs and operates this power facility. The BIFPCL has been co-promoted by the BPDB of Bangladesh and the NTPC Ltd of India with an equal (50:50) equity investment. According to Bangladesh’s power ministry, the joint venture company will enjoy a 15-year tax holiday. In March 2022, Bangladesh boasted the country’s access to 100 per cent electricity, but the national power grid system failed in July and power outage suddenly began to disturb the nation and the socio-economic activities. The Power Division disclosed that the largest amount of what is technically called load-shedding per day stood at 2,000–2,200 MW during the July-September period. But this shortfall peaked in October, taking it to 2,500–3,000 MW. The start of the project BPDB and NTPC entered into a memorandum of understanding (MoU) instrument in 2010 to implementing this mega power plant project in Bagerhat’s Rampal upazilla that has seen an upturn in economic activities centring this power plant in recent years. An estimated 80 per cent of the project costs will be covered through a long-term loan from the EXIM Bank of India. As the construction of the facility was ongoing, the February 2021 was set as the first deadline for commissioning the power plant’s first unit while the second unit by August 2021, according to competent sources. However, the deadline was extended several times for a number of reasons, including emergence of the Covid-19 pandemic in 2020. Use of coal and technology A coal-fired plant produces electricity by burning coal in a boiler to produce steam. Then the steam, produced under tremendous pressure, flows into a turbine, which spins a generator to create electricity. The steam is then cooled, condensed back into water and returned to the boiler in order to start the process over. Supercritical combustion technology and sophisticated equipment are being used to lessen environmental hazards and thus make this project safe and eco-friendly. Some 6,500 cubic meters of water will be required per hour and minimum 10,000 tonnes of coal will be required to produce 1300 MW electricity every day. The ash content of this imported Indonesian coal is 8-10%. The height of chimney is 275 meters, equivalent to 90 storied building. In its initial stages, there was a strong debate on the red-hot issue of installing this coal-fuelled thermal power facility near a forest and some termed it suicidal with apprehensions of environmental disaster for the forest, which is home to thousands of wild species, flora and fauna. Some environmentalists made a mass call for scrapping of the project. The government, however, showed its determination to go ahead with the project. State energy experts said the project would not be harmful as its supercritical technology will minimise ecological hazards. Eco-warriors demanded that environmental concerns must be given precedence over commercial interest. They called for doing an environmental impact assessment and feasibility study before embarking on the project that may have anthropogenic impacts on environment, including effects on biophysical environments, biodiversity and other resources, let alone emissions of carbon dioxide and other pollutants as well as particulates. The joint venture company has already planted 116,000 different kinds of trees around the project site while the Centre for Environmental and Geographic Information Services (CEGIS) is monitoring the parameters related to the environment of the Rampal site and its adjacent areas, including Khulna and the Sundarbans. Employment opportunities The Rampal power plant project has opened up a job generation opportunity for local people and those affected for construction of this project’s infrastructure and during its operational period. As this region has long remained underdeveloped, opportunity of trade and employment was very limited. The power plant project has come as a relief to some extent. Alongside direct employment in the BIFPCL, there will be a huge opportunity to the locals for business and other indirect employment prospects. Moreover, this industry will usher in economic growth in Rampal in particular and the country in general, creating many downstream and/or related industries. Supply chain The supply chain of coal in all coal-fired power plants, including the Rampal power plant, is the biggest challenge. Technically unique in the plant is the supply chain issue. The Rampal

A Bridge From Transport Connectivity to Economic Corridor

The opening of the Padma Bridge has created the scope for a new wave of investment in the country’s south and south-western region. The region’s easier road communications with the rest of the country has brought fresh momentum for business growth. New industries are being planned and tourism sector entrepreneurs are hoping for a business boom surrounding Kuakata sea beach and the Sundarbans. Thus, the bridge has offered a new economic corridor in the making. Economists and business leaders believe with remarkable improvement in road network though the bridge trade and business in the region would expand rapidly, raising the people’s income, creating jobs and eradicating poverty. The Padma Bridge is also expected to bring about a massive change in the entire economy. The Ministry of Road Transport and Bridges believes the economic corridor surrounding the Padma Bridge and its adjacent areas would increase the country’s GDP (gross domestic product) growth by 1.27 percentage point. The southern region’s economy will grow at a higher pace. Predicting a higher GDP growth for the Padma Bridge, the Asian Development Bank (ADB) said the rate of poverty reduction will be accelerated by 0.84 per cent every year. However, as many as 53 upazilas out of 133 upazilas in 21 districts on the south-western side of the bridge are of high concentration of poverty, according to Bangladesh Bureau of Statistics (BBS) poverty map. Another 42 upazilas are in the medium poverty risk category and 38 in low poverty risk category. Economist and chairman of Palli Karma-Sahayak Foundation (PKSF) Quazi Kholiquzzaman Ahmad said small entrepreneurs are more enthusiastic about the Padma Bridge and they should be provided with opportunity to make investment and various supports such as gas and electricity supply should be ensured at affordable costs. He observed that the bridge has jointed the southern belt with the rest of the country. The bridge will result in smooth transportation of farm produces from the region, according to Implementation, Monitoring and Evaluation Division (IMED) of the Ministry of Planning. It said farmers’ income will increase 15-20 per cent since direct connections between farmers and the market forces will be established. Transport sector insiders added the time for transportation of goods from Benapole to Dhaka would come down to 6-7 hours from 24-36 hours. The southern region was attractive for low-cost transport of goods by river routes but longer time and uncertainity in ferry services earlier discouraged the entrepreneurs from taking business initiatives. The Padma Bridge has now created the scope for big companies to come forward with investment projects in the region. The companies that have shown interest in setting up factories in the region include Sheltech, Pran-RFL, TK Group, Envoy Group, Hameem Group, Mir Group, Karim Group and Opsonin Pharma. Bangladesh Economic Zones Authority (BEZA) has unveiled a master plan on Padma Bridge that would directly benefit Dhaka, Khulna and Barisal divisions. It is taking steps to establish 17 new Economic Zones (EZ) in 21 districts of the three divisions. In the 1960s, Khulna became one of the few industrial hubs of the country but it has subsequently lost the glory. However, after the launch of Padma Bridge, Khulna is drawing attention of the investors. Abdus Salam Murshedi MP, president of Bangladesh Exporters’ Association (BEA) and former president of BGMEA said, “I definitely want to use this opportunity. I want to set up a new garment factory in Khulna. I also encourage others to invest in the region.” In fact in 2019, Sheltech Group established the country’s largest ceramics industry in the southern district of Bhola. The company invested more than Tk 7 billion taking advantage of local natural gas and cheap land with the hope of opening of the Padma Bridge in 2022. Now, Sheltech is also planning to set up a non-denim garment factory in Bhola, said Engineer Kutubuddin Ahmed, chairman of the group. “We are now looking for land to set up a ready-made garment industry in Barisal. After the inauguration of the Padma Bridge, investing in the south is the most promising one,” he added. Chini Tikri The Inaugural Murals By 15,000 Ceramic Plates One of the two spectacular installations at each end of the Padma Bridge is its inaugural mural – which has been constructed by using 15,000 ceramic plates. The portraits of Father of the Nation Bangabandhu Sheikh Mujibur Rahman and Prime Minister Sheikh Hasina have been made by breaking these 37 coloured plates into ‘Chini Tikri’. One was the dreamer of Padma Bridge and the another one is its implementer. As the ceramic plate is broken and made, it starts to sparkle when the sun shines on it. These ceramic plates are hammered and broken into about half a million pieces. Then different colours of the pieces are arranged one after one to create two beautiful portraits. Designed by architect Fazle Karim Shishir of Drishik, the two murals were created by artists Ashraful Alam Riaz and Didar Ul Alam. Both are graduated from the Fine Arts Institute of Dhaka University. The 90-feet-long and 45-feet-high mural at the Mawa end was done by Didar Ul Alam and the 72-feet-long and 36-feet-high mural at the Janzeera end was done by Ashraful Alam Riaz. They told Ceramic Bangladesh that at first the designer thought of making this mural with ceramic tiles, but later they chose ceramic plates of the highest quality considering the bright colour and durability. A total of 15,000 plates of 37 types of colours have been used here. Among them, 7 types of coloured plates are used to display black and white portrait of Bangabandhu. And 30 types of coloured plates are used to produce colourful portrait of Prime Minister Sheikh Hasina. All of these ceramic plates are customised. Because such a variety of colour plates are not usually produced by ceramic companies. Artisan Ceramics made 8,000 plates used in the Mawa end mural and Monno Ceramics made 7,000 plates used in the Janzeera end mural. This construction work was completed in two months by two

Where Nature Teaches: The Story of Aga Khan Academy

In Dhaka’s Bashundhara Residential Area, the Aga Khan Academy immediately catches your eye. Its warm brick walls, softened by greenery and a sparkling water channel, glow in the morning light. The building feels like a historical monument—orderly courtyards, intricate brickwork—yet the lively chatter of students reminds you this is a school—a place where learning blends seamlessly with nature’s rhythms. Bangladesh’s heritage that make it truly remarkable. Here, architecture becomes a canvas, interiors breathe with narrative, and every art installation stands as a tribute to the nation’s soul.     Spanning in 17 acres, the award-winning Aga Khan Academy in Dhaka was developed through a collaboration between SHATOTTO Architecture for Green Living and Feilden Clegg Bradley Studios. The design draws inspiration from the region’s ancient Buddhist Mahaviharas, incorporating their architecture and philosophy into the campus. A clay model was used to visualise the design, helping stakeholders understand the campus’s spatial organisation before construction. Covering 74,150 square metres, this is Shatotto’s largest school project to date. The campus provides a green sanctuary within Dhaka’s urban environment. This academy represents a significant investment by the Aga Khan Development Network in Bangladesh’s future. As the fourth institution in a planned network of 18 Aga Khan Academies across Africa, South and Central Asia, and the Middle East, the Dhaka campus connects students to a wider academic and cultural community. Other campuses are located in Mombasa, Hyderabad, and Maputo, forming a global network focused on pluralism, leadership, and excellence.     To support education from nursery to diploma level, Aga Khan Education Services required a permanent campus. This presented a challenge in a dense city like Dhaka. The project is designed to be scalable and sustainable, planned in seven construction phases. Since its first phase launched in September 2022, the academy has offered an integrated environment that connects nature with education, providing a calm setting within Bashundhara’s urban area. The Dhaka campus currently enrolls 750 students, with plans for expansion to 1,200. The masterplan includes residential facilities designed to accommodate students and staff from across Bangladesh and other countries. This lays the foundation for a diverse and inclusive learning environment upon full implementation.     The vision for this project was led by Architect Rafiq Azam of Shatotto Architecture for Green Living, who incorporated Bangladesh’s heritage into the design. He conceptualized it as an “archaeological site, like our ancient monasteries.” Co-lead Architect Peter Clegg of Feilden Clegg Bradley Studios contributed global standards and technical precision. A central amphitheatre serves as a space for performances and gatherings. The adjacent Maidan, a large open playground, accommodates student activities, serving recreational and social functions. Brick buildings surround these shared areas on a planted base, offering unobstructed views of the Maidan from all directions. The Maidan functions as the campus’s central point, reflecting the spirit of ancient Buddhist Mahaviharas. These elements collectively support an environment where the physical space contributes to the educational process. “The school itself teaches,” says Rafiq Azam, lead architect of the Aga Khan Academy. “Students learn from books inside the classroom, but when they step outside, they begin to notice surroundings on their own — how water flows, how flowers bloom, how the sun moves across the sky, and how the breeze blows from a certain direction.” He adds, “This kind of learning happens naturally, guided by the environment rather than just by the teacher. The process encourages students to learn independently, beyond what is taught in the classroom.” Rafiq Azam emphasised the local context influencing the design, noting the significance of greenery, water, and rain in Bangladesh’s fertile landscape. This sensitivity is integrated into the campus layout, where natural elements are part of daily student life.     The academy’s design heavily features brick, chosen for both its practical and aesthetic qualities, consistent with Bangladesh’s architectural history. Each brick is carefully positioned. According to Feilden Clegg Bradley Studios, brick was selected to revive local craftsmanship and to contrast with the render and concrete common in surrounding new buildings. The construction method involves deeply embedded mortar between brick pairs, a technique seen in historical sites, ensuring longevity and a timeless appearance. This strategic use of locally sourced brick, combined with Bangladeshi brick patterning, creates a cohesive campus. It establishes a hierarchy of spaces through its brickwork. Facade perforations allow daylight into interior corridors, using traditional techniques. Recessed windows, screens, and protruding brick columns provide shading for classrooms and create covered balconies and walkways. Classrooms are oriented to minimise solar gain in summer, with external walkways and adjacent buildings providing passive solar shading from the morning sun throughout the year. This ensures adequate daylight and outdoor views. Architects designed these spaces for passive heating and shading year-round to minimise energy consumption. This climate responsiveness was achieved through extensive sun pattern analysis and wind flow direction studies, optimising light and ventilation. The academy’s character reflects many original Buddhist universities in Bangladesh. It is defined by the massing and materiality of brick buildings located on a sculpted and planted landscape base surrounding the central Maidan.     Alongside the main field, the complex includes smaller connected areas featuring concrete canopies for shelter, along with brick benches and planters. These peripheral spaces serve as transitions between the central Maidan and more intimate interior areas. Spaces are tailored for different age groups; for example, the senior courtyard offers shaded zones under planted trees for focused group activities. The assembly court is simple, with four ‘Dhaak trees,’ which inspired Dhaka’s name. The primary central courtyard accommodates larger gatherings and includes an amphitheatre built around a sand pit. This pit is designed to collect rainwater during heavy rainfall, holding up to 170 mm of water for approximately 10 to 30 minutes. The campus masterplan organises spaces into four zones—Intellectual, Moral, Physical, and Spiritual—supporting a holistic educational philosophy. Each block is designed for a specific function. The Academic Block, a central hub, contains administrative workstations, learning centers, group study areas, and a lecture hall, along with a terrace. Its white-walled classrooms vary in