power generation gas engine Articles
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Case No. 501: New QXC Silencer/Converter Installed on Waukesha H24GSID 375 KW Natural Gas Engines Achieves 2007 California NOx Regs
Generating power with natural gas engines in large commercial buildings, while controlling emissions and noise from the engines requires a unique catalytic solution. Johnson Matthey’s new QXC model 3-Way converter silencer was chosen for the task. This design contains a unique catalyst element sealing system that insures against pollutant bypass. Background Equity Offices had a need to ...
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Converting waste into valuable resources with the Gasplasma process
Abstract This paper reports on a novel process development to convert waste into renewable energy using gasification. Advanced Plasma Power (APP) has developed an advanced thermal conversion technology, (Gasplasma ), capable of treating a wide range of organic and inorganic wastes. In the two-stage thermal process, the fluidised bed gasifier (FBG) converts the waste to a crude syngas containing ...
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21MW Peaking Plant Delivered to Ashford Power, UK - Case study
Clarke Energy delivered a full turnkey, design and build 21MW electricity generating peaking plant, at Ashford Power, Kings North Industrial Estate, Kent. The plant was delivered within a 40-week period, on time and on budget. The fully automated and unmanned site is monitored and controlled remotely, providing critical electricity to the National Grid at times of peak demand. When not in ...
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Mega Tower LEDs versus Metal Halide Towers
Lights are essential for businesses in the construction sector. Most construction sites, due to their barren nature, do not have reliable access to power. Because of this, massive luminaries in the form of light towers are deployed on the site to ensure that work can be carried out at night, or during cloudy, low light outdoor conditions. Outside of the construction industry, light towers ...
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Putting a Lid on Catalyst Issues
While it is a given that emissions control technology must first and foremost remove harmful constituents from the engine exhaust gas stream, it is equally true that they must also be able to operate in the real world, where durability, reliability and serviceability are critical. It was with those facts in mind that DCL International Inc., the Concord, Ontario, Canada, supplier of advanced ...
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Combined Heat and Power (CHP) essentials
'CHP essentials' introduces the concept of power and heat 'production possibility sets', starting at the cradle of CHP, i.e., the thermal power generation plant. The latter always occasions 'fatal' heat that is either recovered (the 'merit' of CHP) or wasted (condensing). This split paves the way to defining the production possibility sets of CHP plants, shown for steam turbines, internal ...
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Low emissions from large plants too
Type HOFGAS®- LPM 3000 Performance 3’000 Nm³/h, 15’000 kW Location Scotland (GB) SituationEvery year, 150’000 tonnes of waste from Edinburgh, Lothian and the Borders Region are brought to the Dunbar landfill site. The waste is transported by rail to the site. In 2002, the UK Environmental Agency (EA) introduced the strictest emission regulations in Europe. The flue gases are not ...
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Data Centre World Paris - 23rd - 24th November - Porte de Versailles
Come and meet Clarke Energy’s Data Centre experts at the Data Centre World Paris, Porte de Versailles on November 23rd and 24th. We look forward to discuss and present you our solutions and products. High energy users such as data centres are realising the potential benefits of deploying gas-fuelled combined heat and power (CHP) plants. For data centres as there is a primary requirement ...
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Power generated from methane gas in disused mines in England
Type HOFGAS®-IPM/C 2500 Performance 2’500 Nm³/h / 520mbar dP Location England (GB) Situation Mine gas is released when coal is extracted. This gas is sourced not only from working coal mines but also from those that were closed down long ago. Because large quantities of coal remain in the mine after it has ceased production, mine gas is released afterwards. The high proportion of ...
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10 MWe Renewable Energy Solution - Landfill Gas to Energy Project - Case Study
OWNER PEI Power Corporation PROJECT ENGINEERING Concord Engineering Group PRODUCT Two Mercury 50 Gas Turbine Generator Sets CUSTOMER VALUE Environmentally Friendly Renewable Energy Source When PEI learned that Solar Turbines had recently modified their Mercury™ 50 gas turbine to burn landfill gas, the company contacted SolarTurbines. Intrigued with theturbine's high simple cycle ...
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55GWh of Renewable Power Generated at Kodungaiyur Sewage Treatment Plant - Case Study
The single Jenbacher JGS 320 gas engine has completed 100,000 hours of operation, generating 55GWh of renewable power since commissioning in 2006. Kodungaiyur plant has the capacity to treat 110 million litres of sewage per day. Chennai Metropolitan Water Supply and Sewerage Board (CMWSSB) is responsible for the water supply and sewage treatment of the city of Chennai and surrounding areas. ...
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30MW Queensland LNG Power Project - Case Study
Clarke Energy has signed a deal with Australia Pacific LNG to provide a 30MW temporary power plant to their coal seam gas processing plant in Queensland. Clarke Energy to provide 30 MW temporary power station to support operation of Reedy Creek coal seam gas processing facilities Australia Pacific LNG, a joint venture between Origin Energy, ConocoPhillips and Sinopec, is developing an integrated ...
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Hydrogen as Future Fuel for Gas Engines
Gas engines are providing a wide range of fuel flexibility from burning natural gas and a variety of non- natural gaseous fuels from low British Thermal Unit (BTU) gases as well as gases containing a high hydrogen content. Hydrogen containing gases can be found as by-product from steel (furnace gas) or chemical process, or alternatively hydrogen is produced and blended to natural gas. In the ...
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Generation using gas-fuelled engines in South Africa – an overview
Most gas engines are Otto cycle spark ignition internal combustion reciprocating engines using natural gas as the primary fuel. Smaller models utilise stochiometric combustion while the larger engines are lean burn engines with pre-chamber ignition systems. The engines are coupled with packaged generator sets, cogeneration and, even, trigeneration units to optimise energy utilisation in the fuel ...
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