This research report examines the prospect of establishing a nuclear power plant in Bangladesh. It discusses the country's growing energy demands and shortages. The report analyzes the benefits of nuclear energy compared to traditional fossil fuels, as well as challenges such as cost, safety regulations, waste disposal, and security concerns. Primary research was conducted including surveys of existing power plants and the proposed Rooppur Nuclear Power Plant. The report recommends creating a comprehensive legal framework and enhancing domestic nuclear technology development to safely meet Bangladesh's energy needs.
This document discusses nuclear energy and its potential future in Bangladesh. It outlines the objectives to learn about nuclear energy sources and production. Currently there are 440 nuclear power reactors operating worldwide, providing about 5% of global energy. The document examines why nuclear should be an option for Bangladesh due to its high energy density. Bangladesh plans to build two 1000MW Russian reactors by 2018 at Rooppur to address energy demands and reduce reliance on natural gas. However, there are concerns about whether Bangladesh has sufficient national capabilities and infrastructure for nuclear safety, management, funding and emergency response. The document concludes that with proper risk mitigation, nuclear could power Bangladesh's development.
Nuclear energy is the energy stored in the nucleus of an atom. It is released through nuclear reactions like fission and fusion. Nuclear fission is the splitting of the nucleus of an atom, releasing energy. India aims to supply 25% of its electricity from nuclear power by 2050 and has expertise in fast reactors and thorium fuel cycles. While nuclear power produces low carbon emissions, issues remain around radioactive waste disposal and risks of accidents.
The document discusses the environmental concerns surrounding nuclear energy. It provides an overview of why there is a need for clean energy sources, examines nuclear energy as a potential option, and explores the risks involved, including analyzing case studies on past nuclear accidents. The document also considers whether nuclear energy would be suitable for Singapore through an assignment asking students to discuss the arguments for and against its use to meet the country's energy needs.
Comparison of Nuclear Energy of Bangladesh with India & PakistanIOSR Journals
This document compares the nuclear energy of Bangladesh to India and Pakistan. It finds that Bangladesh currently has no nuclear power generation capacity, while India has 19 nuclear reactors providing 4560 MW of capacity and Pakistan has 3 nuclear power plants providing around 3.6% of its electricity. The document also notes that Bangladesh faces significant electricity shortages and has considered building nuclear power plants since 1961 to help meet its growing energy demands into the future.
Nuclear power potential as major energy sourceShri Vishnu
Nuclear power plants are a type of power plant that use the process of nuclear fission in order to generate electricity. They do this by using nuclear reactors in combination with the Rankine cycle, where the heat generated by the reactor converts water into steam, which spins a turbine and a generator
Roopur power plant and iran nuclear conflictImran Sajol
Roopur power plant and iran nuclear conflict
Rooppur Nuclear Power plant & Iran Nuclear Issue
Rooppur Nuclear Power plant
Imran
Rooppur Nuclear Power plant
Proposal was made in 1961 & approved in 1963
Total area needed- 253.90 acres
Will be made and funded by Russia
Estimated cost 12.6 Billion $
Two VVER-1200 reactor power Plant
Output 2.4GWe
Completed within 2025
Why Rooppur Power Plant is needed
Why Rooppur Power Plant is needed (Cont.)
Why Rooppur Power Plant is needed (Cont.)
Stable and Powerful Source
Continuously supply energy for long term
natural uranium can provide about 10000 times more energy than crude oil
Make a few amount of wastes compare to others
Transportation cost of raw material is also low for nuclear plant
Historical evidence of nuclear power plant accidents
afif
Accident at Chernobyl Nuclear Plant
INES level 7 (worst nuclear accident ever)
Happened due to technical problem
releasing radiation into the atmosphere and cutting off the flow of coolant into the reactor
Thirty-one deaths are directly attributed to the accident, all among the reactor staff and emergency workers
50 emergency workers who died soon after the accident from acute radiation syndrome
nine children who have died of thyroid cancer and 116,000 needed to be evacuated.
Accident at Fukushima Nuclear Plant
Following a major earthquake, a 15-metre tsunami disabled the power supply and cooling of three Fukushima Daiichi reactors
INES Level 5
Four reactors were written off due to damage in the accident
No Death or sickness causes of radiation but 1000 died for the evacuation process
Over 100000 peopled needed to be evacuated
Conflict regarding Financial Issue
1 Rooppur Power Plant = 2 Coal Plant + 3 Padma Bridge
Maintenance and Operation cost will be 200 Million dollar per year for the next 40 years.
90% of the cost is loaned from Russian govt. and Uranium will be brought from Russia also.
It is actually a “cost plus” contract
All the repair and maintenance cost have to be provided by Bangladesh Government
Conflict regarding planning
Technology- “Pressurized water reactor” is outdated and unsafe according to specialist
Established near “Farakka Barrage”- get less water in summer season for cooling purpose
Cant tolerate a high level of earthquake
Lack of safe zone surrounding the area (50 Miles)
Difficulties should be faced to evacuate surrounding place in case of any accident
Threat of Terrorist and hacking
Conflict in operation level
Lack of expert and technical manpower
Lack of an institutional and regulatory framework
Unsettled price of fuel
Poor Management of spent fuel
Conflict regarding environmental Impact of Nuclear Power Plant
Impact on Land
Impact on Water
Impact on Human Health & Animal
Impact on forests
Environmental Effects
Waste Disposal
Radioactive waste
This document discusses disaster management at the Kudankulam Nuclear Power Plant in India. It provides background information on nuclear power in India, including the different nuclear plants and the percentage of electricity provided by nuclear power. It describes the Kudankulam plant specifications and safety features. The document discusses emergency preparedness, exercises, and the potential health effects of a nuclear disaster or radiation exposure. Concerns about the project are presented, including the lack of public approval and potential environmental and health impacts.
This document discusses nuclear energy and its potential future in Bangladesh. It outlines the objectives to learn about nuclear energy sources and production. Currently there are 440 nuclear power reactors operating worldwide, providing about 5% of global energy. The document examines why nuclear should be an option for Bangladesh due to its high energy density. Bangladesh plans to build two 1000MW Russian reactors by 2018 at Rooppur to address energy demands and reduce reliance on natural gas. However, there are concerns about whether Bangladesh has sufficient national capabilities and infrastructure for nuclear safety, management, funding and emergency response. The document concludes that with proper risk mitigation, nuclear could power Bangladesh's development.
Nuclear energy is the energy stored in the nucleus of an atom. It is released through nuclear reactions like fission and fusion. Nuclear fission is the splitting of the nucleus of an atom, releasing energy. India aims to supply 25% of its electricity from nuclear power by 2050 and has expertise in fast reactors and thorium fuel cycles. While nuclear power produces low carbon emissions, issues remain around radioactive waste disposal and risks of accidents.
The document discusses the environmental concerns surrounding nuclear energy. It provides an overview of why there is a need for clean energy sources, examines nuclear energy as a potential option, and explores the risks involved, including analyzing case studies on past nuclear accidents. The document also considers whether nuclear energy would be suitable for Singapore through an assignment asking students to discuss the arguments for and against its use to meet the country's energy needs.
Comparison of Nuclear Energy of Bangladesh with India & PakistanIOSR Journals
This document compares the nuclear energy of Bangladesh to India and Pakistan. It finds that Bangladesh currently has no nuclear power generation capacity, while India has 19 nuclear reactors providing 4560 MW of capacity and Pakistan has 3 nuclear power plants providing around 3.6% of its electricity. The document also notes that Bangladesh faces significant electricity shortages and has considered building nuclear power plants since 1961 to help meet its growing energy demands into the future.
Nuclear power potential as major energy sourceShri Vishnu
Nuclear power plants are a type of power plant that use the process of nuclear fission in order to generate electricity. They do this by using nuclear reactors in combination with the Rankine cycle, where the heat generated by the reactor converts water into steam, which spins a turbine and a generator
Roopur power plant and iran nuclear conflictImran Sajol
Roopur power plant and iran nuclear conflict
Rooppur Nuclear Power plant & Iran Nuclear Issue
Rooppur Nuclear Power plant
Imran
Rooppur Nuclear Power plant
Proposal was made in 1961 & approved in 1963
Total area needed- 253.90 acres
Will be made and funded by Russia
Estimated cost 12.6 Billion $
Two VVER-1200 reactor power Plant
Output 2.4GWe
Completed within 2025
Why Rooppur Power Plant is needed
Why Rooppur Power Plant is needed (Cont.)
Why Rooppur Power Plant is needed (Cont.)
Stable and Powerful Source
Continuously supply energy for long term
natural uranium can provide about 10000 times more energy than crude oil
Make a few amount of wastes compare to others
Transportation cost of raw material is also low for nuclear plant
Historical evidence of nuclear power plant accidents
afif
Accident at Chernobyl Nuclear Plant
INES level 7 (worst nuclear accident ever)
Happened due to technical problem
releasing radiation into the atmosphere and cutting off the flow of coolant into the reactor
Thirty-one deaths are directly attributed to the accident, all among the reactor staff and emergency workers
50 emergency workers who died soon after the accident from acute radiation syndrome
nine children who have died of thyroid cancer and 116,000 needed to be evacuated.
Accident at Fukushima Nuclear Plant
Following a major earthquake, a 15-metre tsunami disabled the power supply and cooling of three Fukushima Daiichi reactors
INES Level 5
Four reactors were written off due to damage in the accident
No Death or sickness causes of radiation but 1000 died for the evacuation process
Over 100000 peopled needed to be evacuated
Conflict regarding Financial Issue
1 Rooppur Power Plant = 2 Coal Plant + 3 Padma Bridge
Maintenance and Operation cost will be 200 Million dollar per year for the next 40 years.
90% of the cost is loaned from Russian govt. and Uranium will be brought from Russia also.
It is actually a “cost plus” contract
All the repair and maintenance cost have to be provided by Bangladesh Government
Conflict regarding planning
Technology- “Pressurized water reactor” is outdated and unsafe according to specialist
Established near “Farakka Barrage”- get less water in summer season for cooling purpose
Cant tolerate a high level of earthquake
Lack of safe zone surrounding the area (50 Miles)
Difficulties should be faced to evacuate surrounding place in case of any accident
Threat of Terrorist and hacking
Conflict in operation level
Lack of expert and technical manpower
Lack of an institutional and regulatory framework
Unsettled price of fuel
Poor Management of spent fuel
Conflict regarding environmental Impact of Nuclear Power Plant
Impact on Land
Impact on Water
Impact on Human Health & Animal
Impact on forests
Environmental Effects
Waste Disposal
Radioactive waste
This document discusses disaster management at the Kudankulam Nuclear Power Plant in India. It provides background information on nuclear power in India, including the different nuclear plants and the percentage of electricity provided by nuclear power. It describes the Kudankulam plant specifications and safety features. The document discusses emergency preparedness, exercises, and the potential health effects of a nuclear disaster or radiation exposure. Concerns about the project are presented, including the lack of public approval and potential environmental and health impacts.
- The document discusses a quantitative study on public perception of nuclear power in Nigeria. It analyzes data collected through questionnaires to understand perceptions.
- The study found that the majority of respondents had a positive perception of nuclear power. It also found statistically significant differences in perceptions among different age groups.
- Both genders were found to have similar levels of support for building nuclear power in Nigeria, according to the study. The study concluded that nuclear power could help boost Nigeria's energy security if plants were located away from settlements in remote areas.
- The document discusses the Kudankulam Nuclear Power Plant located in Tamil Nadu, India.
- It details the history of the project, including an agreement signed in 1988 between Rajiv Gandhi and Mikhail Gorbachev to construct two reactors. Construction began in 2001.
- The plant now has two 1 GW reactors that are expected to begin operations in 2012, making it the largest nuclear power generation complex in India. Four additional reactors may be added in the future.
It was aimed to express the definitions of different kinds of alternative and renewable energy. Additionally Turkey's situation, potentials and policies about them was examined.
This document summarizes an assignment on power generation status and potential for nuclear power in Bangladesh. It outlines that installed power capacity and maximum generation have increased annually but generation has increased at a lower rate, leading to increased load shedding. Demand for electricity is projected to rise substantially by 2015. It advocates for nuclear power as a stable, large-scale solution that produces little greenhouse gases and meets future demand, highlighting Bangladesh's plans to build its first nuclear plant. Safety and environmental advantages of modern nuclear plants are also noted.
This document discusses the environmental impacts and safety of the Kudankulam Nuclear Power Plant in India. It summarizes that radiation levels around nuclear plants in India are negligible compared to natural background levels and regulatory limits. No harmful effects on marine life or the environment have been observed from the cooling water used by nuclear plants. Planting of trees and vegetation around Kudankulam has improved the habitat and attracted migratory birds, providing environmental benefits. The document argues that nuclear power can help meet India's growing energy needs while reducing greenhouse gas emissions compared to fossil fuel alternatives.
Kudankulam nuclear power plant - A critical analysis ( one of the world's s...Raj B Saha
Prior to the recent truce between India & Russia , there seems to be a sweet diplomacy between these two countries. There has been a sound under implementation of the MAKE IN INDIA initiative , thereby Russian State Owned Firms investing to set up manufacturing plants in India to carry out further set up of many more Nuclear Plants In India.
A Strong & Aggressive Outlook!
Fukushima Nuclear Disaster Impact on Global LNG PricesEce Dincaslan
The Fukushima nuclear disaster led to a reduction in nuclear power generation globally. This has increased demand for liquefied natural gas (LNG) as a replacement, putting upward pressure on LNG prices. Germany decided to phase out all nuclear power by 2022, which will significantly increase its demand for natural gas. Other European countries are also reviewing their reliance on nuclear power. Higher LNG prices are benefiting exporters like Russia but increasing costs for importers such as Japan, China, and other Asian nations. The long-term impact on global energy markets and prices remains uncertain.
Energy Policy of Bangladesh: Hindrence to implementdeb rubel
Electricity demand in Bangladesh has grown rapidly due to population growth and development, but supply has struggled to keep up. Currently, around 50% of the population has access to electricity for only a few hours per day, and Bangladesh has some of the lowest per capita energy consumption in South Asia. The country relies heavily on natural gas for power generation, but gas reserves are dwindling. As a result, Bangladesh faces shortages of both gas and electricity. It is working to diversify its energy sources and increase renewable energy, but continues to face challenges in developing its power sector to meet rising demand.
1. Pakistan is facing an energy crisis as energy demand exceeds supply by around 5,000 MW. Load shedding is common.
2. The cost of electricity generation in Pakistan is high at around 14 rupees per kWh while consumers pay on average 11.50 rupees, resulting in losses. Collection rates by distribution companies are also low.
3. Possible solutions include increasing investment in renewable energy sources like hydropower, solar and wind to bridge the gap between supply and demand and reduce reliance on expensive generation. Public awareness campaigns could also help reduce energy consumption.
The document discusses Pakistan's energy crisis and potential solutions. It covers:
1) An overview of Pakistan's current energy capacity and the reasons for shortfalls.
2) The impacts of energy shortages on the economy, including effects on education, industry, costs, and unemployment.
3) Recommendations to transform the existing system through developing solar, wind, and more IPPs to solve the crisis and benefit the national economy long-term.
The document discusses potential solutions to the current energy crisis caused by growing energy demand, limited fossil fuel reserves, and environmental concerns from fossil fuel use. It proposes reducing energy consumption through more efficient use in homes, transportation, and industry. It also proposes developing new energy sources, especially renewable sources like wind, solar, hydro, and biomass. As an example, it outlines how California has increased its use of solar and wind power generation capacity while decreasing reliance on fossil fuels. The conclusion is that reducing energy use and developing new energy sources, particularly renewables, are effective ways to address the energy crisis.
Pakistan is facing an energy crisis for almost half a decade due to a bottleneck in energy supply to meet increasing demand from rapid urbanization. Despite having large domestic coal and renewable resources, Pakistan imports significant amounts of hydrocarbons. The Thar coal reserves alone could meet Pakistan's energy needs. Key factors contributing to the crisis include poor management, lack of accountability, and an inefficient distribution system. Solutions proposed include utilizing Thar coal reserves and increasing generation from renewable sources like biomass, wind, and solar that Pakistan has ample domestic potential for.
Pakistan faces a severe energy crisis, with electricity outages of up to 18 hours per day. While coal is an abundant domestic energy source, it has not been developed for power generation in decades. The discovery of large coal reserves offers potential to generate over 100,000 MW of electricity in the next 30 years. However, reliable coal supplies are needed for significant growth in coal power. Currently, thermal power from oil, gas and coal makes up 70% of Pakistan's electricity capacity. Residential users account for the majority of electricity consumption.
Pakistan is facing an energy crisis due to a growing gap between energy supply and demand. The demand for electricity is increasing at 9% annually while supply is only increasing at 7%, leading to regular load shedding. Half of Pakistan's population still lacks access to electricity. The crisis is exacerbated by underutilization of domestic coal reserves, aging infrastructure, high oil import costs, and mismanagement. Solutions proposed include increasing investment in renewable resources like solar and wind, developing domestic coal power, and improving energy efficiency.
The electricity generation, methods of producing power and the demand of electricity is listed in the presentation. By Adithya Construction, Chennnai http://www.adithyaconstruction.co.in/
Sustainability with Regards to coal energy ProductionSangeen Jogezai
This document discusses the role of coal in sustainable energy production. It argues that coal will continue playing a major role in providing energy access to developing countries due to its abundant availability and low cost. While coal has disadvantages like carbon emissions and environmental damage, technologies like carbon capture and storage (CCS) and integrated gasification combined cycle (IGCC) can reduce its carbon footprint. The document also summarizes Pakistan's energy crisis and its plans to use domestic coal reserves at Thar to increase power supply. It recommends using all energy sources, including coal with proper emissions controls, until renewable resources become more affordable and prevalent.
Energy crises in Pakistan is today one of the biggest issue in this slides you will find the way to put light on this complex topic please share feed back
Pakistan has been facing an energy crisis for several years due to rising demand outpacing supply. The country's energy infrastructure is underdeveloped and poorly managed. While Pakistan has potential renewable resources like wind and solar, as well as large coal reserves, it has failed to develop these sectors adequately to meet the growing need. Mega dam projects that could harness Pakistan's hydroelectric potential have also been neglected. To resolve the crisis, the government must prioritize funding to boost supply through renewable projects, improve infrastructure, ensure payments to power producers to clear circular debt, and enhance cooperation with partners like China.
Power point presentation on Nuclear Power in IndiaMoniSarker
This is a ppt on Nuclear Power in India.Firstly a rough idea about Nuclear Power is given and then most of the slides point out the activities regarding Nuclear Power occuring in India .
India's Millennium Development Goals are linked to increasing access to electricity. The document discusses India's energy needs and options to meet projected electricity demand over the coming decades. Coal will remain important but India will need to increase its use of nuclear, hydro, solar and wind power to achieve its development targets in a sustainable manner. Nuclear power is presented as a viable clean energy option given India's reserves of uranium and thorium. Pressurized heavy water reactors are described as the current focus of India's nuclear program.
- The document discusses a quantitative study on public perception of nuclear power in Nigeria. It analyzes data collected through questionnaires to understand perceptions.
- The study found that the majority of respondents had a positive perception of nuclear power. It also found statistically significant differences in perceptions among different age groups.
- Both genders were found to have similar levels of support for building nuclear power in Nigeria, according to the study. The study concluded that nuclear power could help boost Nigeria's energy security if plants were located away from settlements in remote areas.
- The document discusses the Kudankulam Nuclear Power Plant located in Tamil Nadu, India.
- It details the history of the project, including an agreement signed in 1988 between Rajiv Gandhi and Mikhail Gorbachev to construct two reactors. Construction began in 2001.
- The plant now has two 1 GW reactors that are expected to begin operations in 2012, making it the largest nuclear power generation complex in India. Four additional reactors may be added in the future.
It was aimed to express the definitions of different kinds of alternative and renewable energy. Additionally Turkey's situation, potentials and policies about them was examined.
This document summarizes an assignment on power generation status and potential for nuclear power in Bangladesh. It outlines that installed power capacity and maximum generation have increased annually but generation has increased at a lower rate, leading to increased load shedding. Demand for electricity is projected to rise substantially by 2015. It advocates for nuclear power as a stable, large-scale solution that produces little greenhouse gases and meets future demand, highlighting Bangladesh's plans to build its first nuclear plant. Safety and environmental advantages of modern nuclear plants are also noted.
This document discusses the environmental impacts and safety of the Kudankulam Nuclear Power Plant in India. It summarizes that radiation levels around nuclear plants in India are negligible compared to natural background levels and regulatory limits. No harmful effects on marine life or the environment have been observed from the cooling water used by nuclear plants. Planting of trees and vegetation around Kudankulam has improved the habitat and attracted migratory birds, providing environmental benefits. The document argues that nuclear power can help meet India's growing energy needs while reducing greenhouse gas emissions compared to fossil fuel alternatives.
Kudankulam nuclear power plant - A critical analysis ( one of the world's s...Raj B Saha
Prior to the recent truce between India & Russia , there seems to be a sweet diplomacy between these two countries. There has been a sound under implementation of the MAKE IN INDIA initiative , thereby Russian State Owned Firms investing to set up manufacturing plants in India to carry out further set up of many more Nuclear Plants In India.
A Strong & Aggressive Outlook!
Fukushima Nuclear Disaster Impact on Global LNG PricesEce Dincaslan
The Fukushima nuclear disaster led to a reduction in nuclear power generation globally. This has increased demand for liquefied natural gas (LNG) as a replacement, putting upward pressure on LNG prices. Germany decided to phase out all nuclear power by 2022, which will significantly increase its demand for natural gas. Other European countries are also reviewing their reliance on nuclear power. Higher LNG prices are benefiting exporters like Russia but increasing costs for importers such as Japan, China, and other Asian nations. The long-term impact on global energy markets and prices remains uncertain.
Energy Policy of Bangladesh: Hindrence to implementdeb rubel
Electricity demand in Bangladesh has grown rapidly due to population growth and development, but supply has struggled to keep up. Currently, around 50% of the population has access to electricity for only a few hours per day, and Bangladesh has some of the lowest per capita energy consumption in South Asia. The country relies heavily on natural gas for power generation, but gas reserves are dwindling. As a result, Bangladesh faces shortages of both gas and electricity. It is working to diversify its energy sources and increase renewable energy, but continues to face challenges in developing its power sector to meet rising demand.
1. Pakistan is facing an energy crisis as energy demand exceeds supply by around 5,000 MW. Load shedding is common.
2. The cost of electricity generation in Pakistan is high at around 14 rupees per kWh while consumers pay on average 11.50 rupees, resulting in losses. Collection rates by distribution companies are also low.
3. Possible solutions include increasing investment in renewable energy sources like hydropower, solar and wind to bridge the gap between supply and demand and reduce reliance on expensive generation. Public awareness campaigns could also help reduce energy consumption.
The document discusses Pakistan's energy crisis and potential solutions. It covers:
1) An overview of Pakistan's current energy capacity and the reasons for shortfalls.
2) The impacts of energy shortages on the economy, including effects on education, industry, costs, and unemployment.
3) Recommendations to transform the existing system through developing solar, wind, and more IPPs to solve the crisis and benefit the national economy long-term.
The document discusses potential solutions to the current energy crisis caused by growing energy demand, limited fossil fuel reserves, and environmental concerns from fossil fuel use. It proposes reducing energy consumption through more efficient use in homes, transportation, and industry. It also proposes developing new energy sources, especially renewable sources like wind, solar, hydro, and biomass. As an example, it outlines how California has increased its use of solar and wind power generation capacity while decreasing reliance on fossil fuels. The conclusion is that reducing energy use and developing new energy sources, particularly renewables, are effective ways to address the energy crisis.
Pakistan is facing an energy crisis for almost half a decade due to a bottleneck in energy supply to meet increasing demand from rapid urbanization. Despite having large domestic coal and renewable resources, Pakistan imports significant amounts of hydrocarbons. The Thar coal reserves alone could meet Pakistan's energy needs. Key factors contributing to the crisis include poor management, lack of accountability, and an inefficient distribution system. Solutions proposed include utilizing Thar coal reserves and increasing generation from renewable sources like biomass, wind, and solar that Pakistan has ample domestic potential for.
Pakistan faces a severe energy crisis, with electricity outages of up to 18 hours per day. While coal is an abundant domestic energy source, it has not been developed for power generation in decades. The discovery of large coal reserves offers potential to generate over 100,000 MW of electricity in the next 30 years. However, reliable coal supplies are needed for significant growth in coal power. Currently, thermal power from oil, gas and coal makes up 70% of Pakistan's electricity capacity. Residential users account for the majority of electricity consumption.
Pakistan is facing an energy crisis due to a growing gap between energy supply and demand. The demand for electricity is increasing at 9% annually while supply is only increasing at 7%, leading to regular load shedding. Half of Pakistan's population still lacks access to electricity. The crisis is exacerbated by underutilization of domestic coal reserves, aging infrastructure, high oil import costs, and mismanagement. Solutions proposed include increasing investment in renewable resources like solar and wind, developing domestic coal power, and improving energy efficiency.
The electricity generation, methods of producing power and the demand of electricity is listed in the presentation. By Adithya Construction, Chennnai http://www.adithyaconstruction.co.in/
Sustainability with Regards to coal energy ProductionSangeen Jogezai
This document discusses the role of coal in sustainable energy production. It argues that coal will continue playing a major role in providing energy access to developing countries due to its abundant availability and low cost. While coal has disadvantages like carbon emissions and environmental damage, technologies like carbon capture and storage (CCS) and integrated gasification combined cycle (IGCC) can reduce its carbon footprint. The document also summarizes Pakistan's energy crisis and its plans to use domestic coal reserves at Thar to increase power supply. It recommends using all energy sources, including coal with proper emissions controls, until renewable resources become more affordable and prevalent.
Energy crises in Pakistan is today one of the biggest issue in this slides you will find the way to put light on this complex topic please share feed back
Pakistan has been facing an energy crisis for several years due to rising demand outpacing supply. The country's energy infrastructure is underdeveloped and poorly managed. While Pakistan has potential renewable resources like wind and solar, as well as large coal reserves, it has failed to develop these sectors adequately to meet the growing need. Mega dam projects that could harness Pakistan's hydroelectric potential have also been neglected. To resolve the crisis, the government must prioritize funding to boost supply through renewable projects, improve infrastructure, ensure payments to power producers to clear circular debt, and enhance cooperation with partners like China.
Power point presentation on Nuclear Power in IndiaMoniSarker
This is a ppt on Nuclear Power in India.Firstly a rough idea about Nuclear Power is given and then most of the slides point out the activities regarding Nuclear Power occuring in India .
India's Millennium Development Goals are linked to increasing access to electricity. The document discusses India's energy needs and options to meet projected electricity demand over the coming decades. Coal will remain important but India will need to increase its use of nuclear, hydro, solar and wind power to achieve its development targets in a sustainable manner. Nuclear power is presented as a viable clean energy option given India's reserves of uranium and thorium. Pressurized heavy water reactors are described as the current focus of India's nuclear program.
This document discusses nuclear energy feasibility and challenges. It provides background on the history of nuclear technology and its various uses including power generation, agriculture, food preservation, water resources and medicine. It then describes the key components of nuclear technology including fuel, moderator, control rods and coolant. It also discusses different nuclear power generation methods and the financial and environmental implications of nuclear energy. The document examines nuclear power scenarios in India and the scope for further development.
Rooppur Atomic Power Plant, Bangladesh.Mehedi Hassan
The document discusses the Rooppur Nuclear Power Plant (RNPP) that is under construction in Bangladesh. It notes that RNPP will help meet Bangladesh's growing electricity demand and reduce reliance on fossil fuels. Construction of the 2,400 MW plant began in 2016 and is being funded primarily by Russia. It will incorporate multi-layer safety and mitigation systems to prevent radiation exposure. The plant is expected to begin operations in 2022-2023 and provide clean, reliable electricity for 60 years. Nuclear energy can play an important role in Bangladesh's development by providing massive base load power without greenhouse gas emissions.
This document provides a summary of a project charter for replacing the power generating station in Cambridge Bay, NWT. The key points are:
1. The project aims to develop a reliable source of electricity for Cambridge Bay by replacing the existing power plant.
2. Risks include the challenges of building such a large construction project in a remote location, as well as potential cost increases from complying with greenhouse gas regulations.
3. Estimated total project costs are provided, including $1.5 million for 3 generators, $2 million for building construction, $1 million for auxiliary equipment, and $500,000 for other costs.
This document discusses the feasibility and challenges of nuclear energy. It provides background on the history of nuclear energy and its various uses. It then describes the key components of nuclear technology like fuel, moderators, control rods, coolants, pressure vessels and containment structures. It discusses different nuclear power generation methods and the financial and environmental implications of nuclear energy. It focuses on fast breeder technology and generation IV/V+ reactors as promising technologies to address issues and further nuclear power. It also examines the current scenario of nuclear technology in India and the scope for its growth alongside renewables to meet increasing energy demands sustainably.
Nuclear energy plays a key role in India's energy sector. It is considered more eco-friendly and efficient than other sources. India has extensive plans to increase nuclear power generation to meet its growing energy needs. However, nuclear power also faces challenges like public opposition, radioactive waste disposal, and safety issues. The Indian government strongly supports nuclear power but must also address these social and environmental concerns to ensure sustainable development of this important energy source.
Hey friends, let us have a look on nuclear power plant...!!!! Are they really safe or not???...Read the presentation and find out the answer...!!! A special info with updated knowledge is provided.
Nuclear energy works by splitting uranium atoms through fission to produce heat, which boils water to create steam that powers turbines for electricity generation. It has advantages of being very energy dense and producing no greenhouse gases, but produces radioactive waste that must be safely stored. While concerns exist around waste and safety, nuclear energy could play an important role in meeting future energy demand and reducing carbon emissions. The report provides background on how nuclear reactors function and issues around expanding nuclear power.
A power plant in which nuclear energy is converted into heat for use in producing steam for turbines, which in turn drive generators that produce electric power. Also known as atomic or nuclear power plant.
Introduction of Hydrogen Fuel Cell Generator in Textile IndustriesIRJET Journal
This document discusses introducing hydrogen fuel cell generators in textile industries to provide cleaner energy. It begins with an introduction to hydrogen fuel cells and their benefits over traditional energy sources. It then discusses the aims and objectives of using hydrogen fuel cells in textile industries, which are to produce cleaner energy and reduce power consumption for heating. The document provides an overview of how hydrogen fuel cells work to generate electricity from hydrogen and oxygen. It explains that hydrogen fuel cell generators can be used as an alternative to diesel generators to power the electricity and heating needs of textile industries in a more sustainable way. In conclusion, the document states that hydrogen fuel cells allow textile industries to use the waste heat produced for drying processes, reducing additional electricity usage for heating
Energy is one of the most important factors for a developing country like Bangladesh. Like the rest of the
countries of the world, the demand for energy is increasing day by day in our country. Energy sector of
Bangladesh is exceedingly depended on the limited gas reserve. Given the rising demand for fuel it will be
very difficult t to meat this demand with only indigenous natural gas. About 80% of the power generation in
the country is now gas based. Therefore diversification of fuel has become indispensible it has been
envision 2021 that 53% of the power generation will be coal based by year 2021. The worldwide scenario
shows that, Coal is the ultimate fuel for future. Bangladesh is very lucky that it has got significant but
almost untapped high quality coal resource. Five coal fields in the country contain 3.3 billion metric tons
coal. Recently rate of coal production from Barapukuria are increased significantly due to application of
modern coal extracting method, LTCC. Coal to Synthesis gas conversion, is an emerging technology to
wide the application area of coal and commercially proved technology worldwide. The paper gives an
overview of the current state of coal scenario and natural gas scenario in Bangladesh. Here we discuss the
principles of coal to syngas conversion technology and aside from a brief introduction to 5 process
methods for conversion of coal to Synthesis Natural Gas (SNG). The Steam-Oxygen Gasification,
Hydrogasification, Catalytic Steam Gasification, Underground Steam-Oxygen Gasification, Underground
Hydrogasification processes are discussed with the help of process flow diagram. This paper also
summaries the present scenario of Syngas production worldwide. Finally we propose a coal based syngas
infrastructure, where coal is converted to syngas, then processed to make Synthesis Natural Gas (SNG),
then it transmitted via dedicated pipeline or injected into existing natural gas pipeline to the different types
of user like Household, Thermal Power Plant, Brick Field, Ceramics & Glass Industry and any kind of
thermal process industry. This proposed technology is design to reduce the dependency on natural gas.
The document argues that nuclear power is a renewable energy source that should be pursued further. It notes that nuclear energy has environmental benefits as it does not emit greenhouse gases, has low costs compared to other sources, and safely handles radioactive waste. While it addresses some concerns over safety and waste, it concludes that nuclear power can help meet rising energy demand and benefit the planet.
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2. 2
Contents
Title of research report………………………………………………………..01
Contents
1. Introduction…………………………………………………………………..03
1.1 Problem statement……………………………………………………..03-04
1.2 Objective………………………………………………………………04
1.3 Research Questions…………………………………………………04-05
1.4 Research Hypothesis…………………………………………………04-05
2. Background & Significance……………………………………………
3. Literature Review……………………………………………………………….
4. Research Methodology………………………………………………………….
1. Regulatory and Legal Concerns…………………………………………….
2. Ensuring Reactor Safety through Technological Means…………………….
3. Nuclear Waste Treatment……………………………………………………
4. Worry about the Security of Nuclear Material……………………………….
5. Data collection……………………………………………………………..
6. Data analysis………………………………………………………………...
5 Time Schedule……………………………………………………………………..
6 Budget 10
7 Research Findings / Results 10
8 Discussion 10
9 Recommendation 1o
10 Conclusion 11
11 References 11-12
3. 3
Topic name: Prospect of Nuclear Power Plant in Bangladesh
1. Introduction:
1.1 Problem Statement:
The consumption of electric energy in Bangladesh has grown notably in the last few decades and the gap
between demand and production of this energy is increasing day by day. The country is facing a major
challenge to meet up the demand. According to Bangladesh Power Development Board, in the year 2013
against a peak electricity demand of 8349 MW, the maximum production of electricity was only 6675
MW.[1] Such production shortages in every year are greatly affecting the growth of GDP and overall
development of this country. With a power sector which is almost dependent on natural-gas fired
generation, the country is confronting a simultaneous shortage of natural gas and electricity. According to
Ministry of Power, Energy and Mineral Resources nearly 800 MW of power could not be availed from
the power plants due to shortage of gas supply. Other fuels for generating low-cost, base-load electricity,
such as coal, or large hydropower, are not readily available and thus these primary resources are no more
a dependable source of electricity production. The present system of electricity production is not only
inadequate but also the harm to the nature is more from this system. Burning of fossil fuel produces a
heavy amount of greenhouse gases which damage the equilibrium of nature. These gases cause the
temperature of the earth to increase which leads to the melting of polar ice. Thus the sea level rises and
more and more land goes under water. So it is time to go beyond the traditional lines of production of
electric energy and bring about a significant change in its production. To keep pace with the increasing
demand it needs a source that can produce much more electricity than the present production. Such a
breakthrough in electricity production can only be achieved through the introduction of Nuclear Power
Plant in power generation system of Bangladesh. Nuclear energy is produced by fission reaction of
radioactive metals in a nuclear reactor. The amount of energy produced from nuclear reaction is gigantic
compared to the energy produced from other primary resources. Nuclear power plants also have a higher
rate of efficiency compared to other primary energy based power plants. On the other hand, a nuclear
power plant produces very little amount of greenhouse gases, so it is much safer.
4. 4
1.2 Objectives:
i. To find out the prospect of nuclear power plant in our country.
ii. To solve total electricity problem in our country.
iii. To developed total sector in our country.
iv. To reduce the pressure from fossil fuel, coal and gas.
v. To find out what type challenge face of nuclear power plant.
1.3 Research Questions:
There are many question may come during this project. The questions are:
i. Why should our country move towards the nuclear power generation?
ii. What are the positive impacts of nuclear power plant?
iii. What are the negative impacts of nuclear power plant?
iv. How to build up nuclear power plant?
v. How to maintain the nuclear power plant?
1.4 Research Hypothesis:
i. It is very costly on construction and maintenance
ii. It is not easy to continue in our country.
iii. Raw materials are not available in our country.
iv. But, if we could than totally solve electricity problem in our country.
5. 5
2. Background and signification:
Electricity is the key ingredient for socio-economic development of any country. The
consumption of electric energy in Bangladesh has grown notably in the last few decades and
the gap between demand and production of this energy is increasing day by day. Such
production shortages in every year are greatly affecting the growth of GDP and overall
development of this country. With a power sector which is almost dependent on natural-gas
fired generation, the country is confronting a simultaneous shortage of natural gas and
electricity. Other fuels for generating low-cost, base-load electricity, such as coal, or large
hydropower, are not readily available. So it is time to go beyond the traditional lines of
production of electricity. To keep pace with the increasing demand it needs a source that can
produce much more electricity than the present production. Such a breakthrough in electricity
production can only be achieved through the introduction of Nuclear Power Plant in power
generation system of Bangladesh.
1. Literature Review:
Lord May's study (as cited in Brave New Climate blog-UK, 2015) define, rising demand
for energy will place ever greater burdens on the natural world, threatening its rich
biodiversity, unless societies accept nuclear power as a key part of the "energy mix". The full
gamut of electricity-generation sources, including nuclear power, must be used to replace the
burning of fossil fuels such as oil, coal and gas if the world is to have any chance of
mitigating severe climate change. Bangladesh has very few natural resources which are being
used to produce
6. 6
electricity, such as- coal, natural gas, furnace oil, diesel and hydro. Coal is harnessed
from coal mines situated in the northern portion of Bangladesh and there are several
gas fields lying all around the country. But it is not possible to harness enough coal
from the mines because of negative effects of it on nature and gas fields have limited
balance of gas left in them. Bangladesh has to import furnace oil and diesel from
abroad. At the current rate of natural use in Bangladesh the current estimated proven
reserves would last 45 years. Even if the present rate of use increased at 10% per year,
these reserves would last about 17 years (source: Wikipedia).Power sector ranks the
highest (44%); fertilizer sector ranks the second (28%); and industry, domestic,
commercial and other sectors together rank third (22%) in gas consumption. Currently
12gas fields under public and private sectors are in production with gas supply
between 900 and 930mmcfg per day. These days one of the biggest concerns of the world is
the greenhouse gas emission.
The burning of fossil fuel emits harmful gases like carbon di-oxide, carbon monoxide,
sulphur di-oxide, sulphur tri-oxide, etc. in the atmosphere altogether known as the
greenhouse gases. These gases raise the temperature of the atmosphere trapping the
heat radiated from the earth making the world a vulnerable place to live in.
4. Research Methodology:
1. Regulatory and Legal Concerns:
The main law regarding nuclear power project is the Nuclear Power Plant Act 2015. The Act
sets up the Nuclear Power Company of Bangladesh (NPCB) to operate the plant, however,
BAEC will remain as an owner of the power plant. However, the law does not contain any
provisions
7. 7
for the consequences of any nuclear power plant disaster. Bangladesh needs a comprehensive
law on nuclear power production which is necessary in order to guide the future safe energy
production. The government should make clear policies to address the impact of nuclear safety
regulations and liability rules.
2. Ensuring Reactor Safety through Technological Means:
The government of Bangladesh wishes to develop, expand and enhance the internationally
advanced fission technology and achieve localization. It cannot be denied that such process
includes the development of technology from the phrases of the introduction, digestion, and
demonstration. However, due to various reasons, currently, the types of imported reactor
technology from ROSATOM is complex, and the lack of domestic human resource to deal with
such technology will affect the nuclear energy production. Any fission technology will not
provide efficient production without the proper domestic introduction and demonstration of such
technology In general, lack of experts on nuclear technology can constitute a great challenge on
the efficient production of nuclear power in Bangladesh. As ROSATOM is a partner for the first
nuclear power plant in the country, most of the nuclear technologies adopted are the Russian
technologies. The RNPP will be equipped with two VVER-1200 water-cooled, water-moderated
power reactors of the AES-2006/V-392M design. The RNPP incorporates the defence-in-depth
protection system, which is a multi-layer protection and mitigation system. Any human or man-
made accidents can be mitigated using the system ensuring safety to the environment.
.3. Nuclear Waste Treatment:
Nuclear waste and spent fuel accumulation is rapidly growing. By some estimations, the world
now contains 180,000 tHM of nuclear waste. The new agendas of Europe and America present a
negative impression towards nuclear technology, and thus, they are in the process to closing
down some of their nuclear power plants. Such decisions of Europe and America will surely
have an impact on the nuclear waste disposal and it is estimated that the growth of nuclear waste
can cease. The nuclear waste of the RNPP will not be a huge amount as Bangladesh has aimed
for a limited nuclear power generation scale. However, the government should be clear about the
policies and initiatives that should be taken for nuclear waste disposal. It is unfortunate that, until
now the government has not initiated any related talks, research or policies that provide a
comprehensive.
8. 8
4. Worry about the Security of Nuclear Material:
Although nuclear materials will be strictly supervised by the Government of Bangladesh,
however, there remain a certain concern due to the increasing terrorism activities in the region.
Only about 3% of uranium-235, which is the core nuclear fuel, is used in nuclear power plants to
generate electricity. The usage of 3% of uranium-235 is far below that of the nuclear weapons
(more than 90%). Furthermore, chain fissile reaction in nuclear power production have different
control technologies which is very dissimilar from the technology that is used to design nuclear
weapons. Hence, in general, there is no huge threat of the nuclear proliferation from the nuclear
power technology, however, the increasing questions on security lead to an anxious public
perception relating to the safety of the nuclear materials.
4.1 Data Collection:
In this study, the primary data was used. This study mainly focused on the present status of
nuclear power plant in Bangladesh. Data collection included materials collection, transportation,
equipment and environment in selected area. To find out the solution, the primary data was
collected from various classes of people and the respondents were selected randomly. Both
qualitative and quantities data were collected through direct field observation, focus group
discussion with the engineers. Primary Data was also collected by visiting the nuclear power
plant.
4.2 Data Analysis:
The data had been collected from various sources so it transcribed. The data was classified
according to the contents. The organized data was then overviewed to get a general sense of
emerging trends, patterns, and concepts. The data was divided into broad categories like
background of study, objective ,methodology in the decision making process and so on.
9. 9
5. Time Schedule:
Total time available 4 Months
Activity Time period
Finding and reading 3 weeks
Designing materials 4weeks
Learning how to use 3 weeks
Designing questionnaires 1 week
Running tests 1 week
Analyzing data 1 week
Writing up 1 week
Rewriting 1 week
Through proof-reading 1 week
Submission 18 December 2018
6. Time works:
6.1. 1st month Survey on existing power plant Bangladesh.
6.2. 2nd month Survey on nuclear power plant and its safety factor Bangladesh .
6.3. 3rd month survery on ‘Rooppur Nuclear Power Plant’.
6.4. 4th month analysis the data,preparing the report and declearation.
Budget:
Purpose cost (tk)
1. Transportation cost=30000 tk
2. Communication cost=10000
3. Food and hotel cost =20000tk
4. Others cost= 10000 tk
Total cost=70000 tk
10. 10
7. Research Findings / Results:
Primary sources of energy like coal, natural gas, crude-oil can’t provide that much of
energy as Nuclear Energy. It is seen that the source of nuclear energy- natural uranium can
provide about 10000 times more energy than crude-oil the second highest heat value
provider.
8. Discussion:
Nuclear energy these days are safe and reliable, on the context of Bangladesh capable of
reducing the gap between demand and production significantly. The 3rd Generation
Pressurized Water Reactors with automated and in-built safety features make Nuclear Energy
a reliable source of massive electricity production. On the basis of present energy scenario of
Bangladesh nuclear energy based power production should be the best solution to the overall
energy.
9. Recommendation:
The above analysis provides a fruitful picture for our following discussions on suggestions
and recommendations:
1. Creating a Comprehensive Legal and Regulatory System.
2. Enhance Domestic Nuclear Technology Development and Imported Technology
Localization.
3. Cost Minimization of Nuclear Power Generation and Promoting Market Competitiveness.
4. Accelerate a Cleaner Process of Nuclear Technology Development.
5. Accelerate a More Efficient Process of Reactor and Nuclear Fuel Cycle Development
11. 11
10. Conclusion:
Nuclear energy these days are safe and reliable, on the context of Bangladesh capable of
reducing the gap between demand and production significantly. The 3rd Generation
Pressurized Water Reactors with automated and in-built safety features make Nuclear Energy
a reliable source of massive electricity production. On the basis of present energy scenario of
Bangladesh nuclear energy based power production should be the best solution to the overall
energy.
REFERENCES
Bangladesh Energy Situation. (2015, April 18). Retrieved from
https://energypedia.info/wiki/Bangladesh_Energy_Situation
Centre for Energy Studies, Bangladesh University of Engineering and Technology. (20113,
September 21). Retrieved from
https://en.wikipedia.org/wiki/Bangladesh_University_of_Engineering_and_Technology
Dhaka Electric Supply Company Limited. (2012, August 24). Retrieved from
https://mpemr.gov.bd/power-division
Hashemian, H. (2011). Nuclear Power Plant Instrumentation and Control. Nuclear Power -
Control, Reliability and Human Factors,1, 5-7. doi:10.5772/18768
Lüsted, M. A., & Lüsted, G. (2005). A nuclear power plant(2nd ed., Vol. 1). San Diego, CA:
Lucent Books.
12. 12
PETROBANGLA. (2014, March 17). Retrieved from http://www.petrobangla.org.bd/
Siddiky, I. A. (2015). The Rooppur nuclear power plant: Is Bangladesh really ready for
nuclear power? The Journal of World Energy Law & Business,8(1), 20-25.
doi:10.1093/jwelb/jwu040
The World Nuclear Supply Chain An Overview. (2011, December 16). Retrieved from
https://www.bing.com/cr?IG=04B025C4924A4464BC0C54A0F6147668&CID
13. 13
1. Bangladesh Energy Situation. (2015, April 18). Retrieved from. (n.d.). Retrieved from
https://energypedia.info/wiki/Bangladesh_Energy_Situation
2.