B9 Presentation
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B9 Coal will employ a unique combination of keystone technologies; Linc Energy's underground coal gasification (UCG) and AFC Energy’s alkaline fuel cells to generate low-cost electricity with upwards of 90% carbon capture. This world-leading template has the potential to transform coal from the dirtiest fossil fuel to the cleanest.
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![The next step in the CCS revolution… B9 Coal present the next step in the CCS clean energy revolution employing a unique Integrated Gasification Fuel Cell (IGFC) process Addressingboth the rising cost of energyand the need to reduce global CO2 emissions it combines the gasification of coal with the use of hydrogento generate electricity with fuel cells Key advantages of IGFC power plants ,[object Object]](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
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This document discusses carbon capture and storage (CCS) technologies, including three main methods of capturing carbon (pre-combustion, post-combustion, and oxy-fuel combustion), transportation of captured carbon (typically via pipelines), and storage (such as in depleted oil fields, aquifers, or by mineralization). It outlines the advantages of CCS in reducing carbon emissions by 80-90% compared to plants without CCS. However, it also notes environmental impacts such as oceans becoming more acidic if carbon is stored there, and potential health and ecosystem effects of leakage at land-based storage sites.
Projekt 0906 engl_internetx
The document discusses coal gasification and integrated gasification combined cycle (IGCC) power plants. Key points:
- IGCC power plants use coal gasification followed by a gas turbine and steam turbine process to achieve net efficiencies over 55% and allow for easier CO2 separation than conventional coal plants.
- Germany has invested over 400 million euros in over 100 projects on gasification technology over the past 30 years to further develop IGCC technology and make it more cost-effective.
- IGCC power plants have significantly higher efficiencies and lower emissions than conventional coal plants. Research aims to further increase efficiencies and reduce costs to make IGCC competitive with other low-CO2 power generation options.
Kbr[1] report
This document summarizes a new process for converting coal to ammonia using Kellogg Brown & Root's (KBR) Transport Reactor Integrated Gasifier (TRIG) technology. The process involves:
1. Gasifying coal using KBR's TRIG technology to produce syngas. The syngas is then purified through steps like acid gas removal.
2. Compressing the purified syngas and feeding it into an ammonia synthesis loop to produce ammonia using a conventional KBR ammonia process.
3. Recovering the ammonia produced and refrigerating it for storage or transport.
The paper provides details on the major unit operations in the coal gasification and ammonia
Coal energy
This document discusses coal and its role in energy for sustainable development. It notes that coal is an abundant fossil fuel that currently accounts for a large portion of global electricity production. It is classified based on its composition and analyzed to determine its quality and suitability for different applications like power generation. The document discusses how Pakistan's lignite coal reserves can be utilized for power generation as well as in industries like cement production and brick kilns. It also summarizes the development process for underground and open-pit coal mines. Finally, it argues that coal will continue playing an important role in providing reliable base load electricity for developing countries to support economic growth and development in a sustainable manner.
Clean Coal Technology, It's Challenges and Future Scope
1) Clean coal technology aims to reduce the environmental impact of coal energy generation by capturing emissions like sulfur dioxide, nitrogen oxides, and mercury through various methods.
2) Key technologies include pre-combustion capture which involves coal gasification, post-combustion capture of emissions from exhaust gases, and integrated gasification combined cycle (IGCC) which converts coal into synthesis gas for energy production and carbon capture.
3) Future areas of focus are improving efficiency and reducing costs of carbon capture and storage (CCS) technologies to address challenges like delivering solutions quickly enough to avoid dangerous climate change.
Capturing CO2 from air: Research at the University of Edinburgh - Dr Maria Ch...
Capturing CO2 from air: Research at the University of Edinburgh - Dr Maria Ch...UK Carbon Capture and Storage Research Centre
Presentation given by Dr Maria Chiara Ferrari from University of Edinburgh on "Capturing CO2 from air: Research at the University of Edinburgh" at the UKCCSRC Direct Air Capture/Negative Emissions Workshop held in London on 18 March 2014Cutting Cost of CO2 Capture in Process Industry (CO2stCap) Project overview &...
Cutting Cost of CO2 Capture in Process Industry (CO2stCap) Project overview &...Global CCS Institute
The CO2StCap project is a four year initiative carried out by industry and academic partners with the aim of reducing capture costs from CO2 intensive industries (more info here). The project, led by Tel-Tek, is based on the idea that cost reduction is possible by capturing only a share of the CO2emissions from a given facility, instead of striving for maximized capture rates. This can be done in multiple ways, for instance by capturing only from the largest CO2 sources at individual multi-stack sites utilising cheap waste heat or adapting the capture volumes to seasonal changes in operations.
The main focus of this research is to perform techno-economic analyses for multiple partial CO2 capture concepts in order to identify economic optimums between cost and volumes captured. In total for four different case studies are developed for cement, iron & steel, pulp & paper and ferroalloys industries.
The first part of the webinar gave an overview of the project with insights into the cost estimation method used. The second part presented the iron & steel industry case study based on the Lulea site in Sweden, for which waste-heat mapping methodology has been used to assess the potential for partial capture via MEA-absorption. Capture costs for different CO2 sources were compared and discussed, demonstrating the viability of partial capture in an integrated steelworks.
Webinar presenters included Ragnhild Skagestad, senior researcher at Tel-Tek; Maximilian Biermann, PhD student at Division of Energy Technology, Chalmers University of Technology and Maria Sundqvist, research engineer at the department of process integration at Swerea MEFOS.Carbon Capture and storage technologies around the world
Carbon Capture and storage technologies around the world
Reduction of CO2 emissions_Global refineries
This document is a report from a student group at the Eastern Macedonia and Thrace Institute of Technology on refinery operations, products, and pollution problems. It discusses refinery complexity and products like transportation fuels. It also outlines pollution issues like CO2 emissions and proposes options to reduce emissions like carbon capture and storage, energy efficiency through heat integration and combined heat and power, and innovative CO2 conversion technologies. The group recommends improving existing plants, investing in research to transform CO2 into a raw material, and combining carbon capture storage with CO2 conversion to fuels.
CCS TPP on IND hai udjjfidoaldjjfjdkkdkdkkd
This document proposes using electro-swing carbon capture and storage (CCS) technology onboard ships to reduce CO2 emissions. It describes the electro-swing method, which uses a voltage swing to activate quinone electrodes for highly efficient CO2 capture from ship exhaust. Captured CO2 could be liquefied and stored on ships in carbon batteries or fuel tanks. The document analyzes the technical feasibility of the system and concludes it could capture CO2 at lower cost and with less energy than other methods, helping the shipping industry meet emissions reduction targets in a cost effective way.
Gas power station (GPS)
1. A gas-fired power plant burns natural gas to generate electricity. It converts the chemical energy in natural gas into thermal energy, then mechanical energy, and finally electrical energy.
2. There are three main types of gas-fired power plants: simple cycle gas turbines, combined cycle gas turbines (CCGT), and reciprocating engines. CCGT plants are the most efficient type.
3. Gas-fired power plants emit around 500g of CO2 per kWh generated, which is less than coal but more than nuclear and renewable energy sources. Carbon capture could reduce these emissions.
UTILISING CAPTURED CO₂ TO PRODUCE RENEWABLE METHANE
Electrochaea has developed a 2-step system to convert carbon dioxide and renewable hydrogen into methane using proprietary archaea biocatalysts. The system is scalable and can utilize various carbon dioxide sources like industrial emissions or landfill gas. The archaea convert every molecule of carbon dioxide into methane without using fossil fuels. Electrochaea has successfully piloted the technology at scales up to 50 Nm3/h and is working to further commercialize the system to provide renewable energy storage and carbon reuse through methane injection into gas pipelines. A 100 MWe plant could mitigate emissions equivalent to 5.9 million trees annually and power the equivalent of 4,000 natural gas vehicles.
UTILISING CAPTURED CO₂ TO PRODUCE RENEWABLE METHANE
Electrochaea has developed a 2-step system to convert carbon dioxide and renewable hydrogen into methane using proprietary archaea biocatalysts. The system is scalable and can utilize various carbon dioxide sources like industrial emissions or landfill gas. The archaea convert every molecule of carbon dioxide into methane without using fossil fuels. Electrochaea has successfully piloted the technology at scales up to 50 Nm3/h and is working to further commercialize the system to provide renewable energy storage and carbon reuse through methane injection into gas pipelines. A 100 MWe plant could mitigate emissions equivalent to 5.9 million trees annually and power the equivalent of 4,000 natural gas vehicles.
FYP POSTER FInal (1)
This document summarizes a project that uses integrated gasification combined cycle (IGCC) technology to produce electricity from lignite coal in Pakistan. The project uses a PHICCOS process to convert lignite coal-water slurry into a coal-CO2 slurry feedstock for an entrained flow gasifier. This increases the net efficiency of the IGCC plant by 15%. The IGCC process uses pre-combustion carbon capture to remove CO2 from syngas before combustion, protecting the environment. Analysis found the plant could produce 267 MW of power at a net efficiency of 66% and a capital cost of $23 million for the gasifier, making the process feasible to help address Pakistan's energy needs while reducing
A perspective on transition engineering options from capture-readiness to ful...
A perspective on transition engineering options from capture-readiness to ful...UK Carbon Capture and Storage Research Centre
A perspective on transition engineering options from capture-readiness to fullsize capture on Natural Gas Combined Cycle Plants - presentation by Mathieu Lucquiaud in the Natural Gas CCS session at the UKCCSRC Cardiff Biannual Meeting, 10-11 September 2014Ijetr042116
IJETR, ER Publication, Research Papers, Free Journals, High Impact Journals, M.Tech Research Articles, Free Publication, UGC Journals,
Bob Alford - Perspectives on CO2-EOR
This presentation was delivered at the Global CCS Institute's Global Status of CCS: 2014 event in Abu Dhabi on 6 November.
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B9 Presentation
- 1. B9 Coal Deploying Fuel Cells to Generate Cheap, Clean Electricity from Fossil Fuels
- 3. Cost of the CCS
- 4. Captures upwards of 90% CO2
- 5. Lower cost
- 9. Scaleable…transforming coal from the dirtiest fossil fuel to the cleanest
- 10. B9 Coal A revolution in clean energy generation Surface Coal Gasification (SCG) AFC Energy’s Alkaline Fuel Cell System Underground Coal Gasification (UCG) Carbon Transport and Storage Gas Separation
- 11. Gasification Coal can be reacted at high temperatures with a controlled amount of oxygen to produce synthesis gas (syngas)
- 12. Underground Coal Gasification (UCG) Gasifying coal in situ carries additional commercial and environmental advantages
- 13. Gas Separation Syngas is cleaned of impurities and split into near pure streams of hydrogen and carbon dioxide
- 14. AFC Energy’s Alkaline Fuel Cell The most efficient way of producing electricity from hydrogen
- 15. Large Scale Energy Generation Using the hydrogen from syngas AFC Energy’s fuel cell system is the cheapest, cleanest and most flexible way to produce electricity from fossil fuels Confidential – B9 Coal
- 17. CO2 is liquefied for ship transport
- 20. Better economically and environmentally than shipping
- 21. Large-scale transportation of CO2in pipelines has taken place for over 30 years in the US
- 22. Case Study: Snøhvit project, North Sea
- 24. CO2 is pumped into the sandstone, filling the pore spaces
- 25. Largest capacity storage options
- 27. The shale cap which once prevented the gas from escaping now holds in the CO2
- 28. Potential field location and geology already well known
- 29. Reduced costs - number of existing pipelines and rigs could be used
- 30. Confidence - millions of tonnes of gas and oil already stored securely
- 32. B9 Coal present… Clean Potential for upwards of 90% carbon capture Green Small footprint power plants: no turbines or other heavy infrastructure; AFC Energy’s fuel cells are made from lightweight recyclable materials and cartridges are refurbishable Efficient Alkaline fuel cells are the most efficient way of converting hydrogen to electricity; carbon capture as part of the process with no loss of efficiency Low cost Minimal infrastructure means low capital costs; AFC Energy’s fuel cells are cheap to manufacture; low running costs as fuel cell maintenance is simple Small footprint No turbines, minimal infrastructure Fully scalable Modular nature of the fuel cells means capacity can be increased to meet demand Load following Modular fuel cell system allows output to be increased or decreased with no loss in efficiency Reliable Alkaline Fuel Cells are 99.999% reliable as they are a solid state technology …a game-changing clean energy proposition
- 34. Initial construction will involve 800 MW combined cycle gas turbine (CCGT) facility optimised for 'syngas' conversion and operation
- 35. Powerfuel to convert CCGT plant into 900 MW IGCC power station fuelled by extensive coal resources at Hatfield colliery
- 36. The syngas can be used to produce hydrogen as a feedstock for 330 MW of alkaline fuel cells power generation…300MW installation alongside IGCC plant
- 37. B9 Coal… B9 Coal’slow cost, flexible, clean energy proposition will revolutionise the way we produce electricity, providing an essential step in the move to a low carbonfuture and acting as a global template for clean energy generation. …the future of clean energy