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UK is importing ash and taking global view
In 2017 the UK generated only 1 million tons of ash, recovered 0.5 million from landfills and imported 254,000 tons, so demand exceeds supply and this gap will increase with more coal plant retirements. From October 2016, the UK Quality Ash Association (UKQAA) started to accept members from overseas. As the market for quality ash continues to grow, UKQAA believes the importation of ash will have an important role to play in the future. While the main role is to protect and maintain UK production and supply, the transition away from coal-fired power over the next five years will have an impact on supply if UKQAA doesn’t intervene. Importation from around the world has huge potential and the association believes its technical advice, guidance, and expertise can help to safeguard future supplies of quality ash – a material that continues to enjoy considerable demand from the construction industry, and for very good reason.
Revision Date: 6/26/2019
Tags: 221112 - Fossil Fuel 化石燃料, UK Quality Ash Assoc (UKQAA), Flyash, Supply, Demand, UK
Yokogawa Supplies Integrated Control System for Waste-to-Energy Plant in the UK
Lakeside EFW Ltd. operates an EFW (energy from waste) facility near London that burns household and municipal waste to produce electricity and exports at least 34-MW per hour to the national grid. Yokogawa Electric Co. was selected to supply the integrated control system to automate control of the facility’s boilers, burners and balance of plant facilities.
Revision Date: 1/8/2013
Tags: 221118 - Other Electric Power , Yokogawa Electric, Lakeside EFW, Integrated Control System, Municipal Waste Incineration, UK
European Cartridge Analysis for Gas Turbine and Dust Collection
This analysis focuses on the cartridge market for gas turbine and dust collection for seven European countries.
Revision Date: 11/29/2012
Tags: 221112 - Fossil Fuel 化石燃料, Cartridge Filter, Air Filter, Market, Dust Collecting, Air Filtration, Air Intake, Czech Republic, France, Germany, Italy, Poland, Spain, UK
Current and Future Trends in Water and Wastewater Treatment at Power Plants
This is an excellent report prepared by the UK's Department of Trade and Industry providing an assessment of the current state of development and application of water treatment technologies relating to utility and industrial scale fossil fuel-based power generation. Future areas of development are highlighted as well as the current state of the market and its future prospects. The power generation industry is predicted to remain a very significant industrial market for water treatment equipment and associated products. Increases in future global electricity demand are expected to be met primarily through large- scale fossil fuel-based power plants. Coal is projected to retain the largest share of power generation, but with natural gas-fired plants expected to become increasingly important. The main future markets for new fossil power plant are seen as China and India. China represents the largest single market in the world for new power plant equipment currently due to substantial long-term demand for increases in power supply. Coal is the main source of fuel for power generation in China and natural reserves are extensive. The use of coal is expected to grow substantially up to 2030, with the installation of new large-scale boiler plants. China is pursuing Clean Coal Technologies as a means of meeting future energy requirements, with supercritical boilers and Integrated Gasification Technology being attractive options. The power sector in India is dominated by coal and use is projected to increase threefold from 2000 to 2030. Ultraviolet technology along with ozone is sited as an emerging and novel treatment technology. There has been an increase in the use of UV technology as it eliminates the problems associated with the addition of chemicals with respect to factors such as disinfection by-product formation, safety factors in handling and storage, and economic factors. The use of UV radiation in conjunction with ozone or hydrogen peroxide can further enhance the efficacy of the overall disinfection process. Worldwide, with increasing limitations on clean water supplies and increasingly stringent environmental legislation, it is expected there will be a greater need to treat alternative low- quality water supplies. The successful application of these advanced technologies for treating such waters will be ever more important for future fossil fuel power generation.
Revision Date: 11/14/2011
Tags: 221112 - Fossil Fuel 化石燃料, 221112 - Fossil Fuel 化石燃料, 221112 - Fossil Fuel 化石燃料, Xylem, Ultraviolet Disinfection, Ozone Oxidation, Wastewater, Market, Water Treatment, China, India, UK