58 products found
Clarke Energy Products
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Jenbacher Gas Engines
Jenbacher gas engines are available in the 0.3-9.5MW electrical output range for an individual unit. Jenbacher gas engines are renowned for robust performance in challenging conditions and difficult fuel gases. Jenbacher gas engines are manufactured in the town of Jenbach, Austria in the Tyrol. The Jenbacher gas engine is designed from to run solely on different types of gas, and for different types of applications.
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GE Jenbacher - Model Type-2 - Gas Engine
The Jenbacher Type-2 gas engine was introduced in 1974 and is the engine with the longest development history of the range. The 208 has 8 inline cylinders and is available at electrical output from 249kWe or 335kWe. The J208 is renowned for its robust design and highest levels of component durability. It is particularly well suited to troublesome gases such as
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GE Jenbacher - Model Type-3 - Gas Engine
Long service intervals, maintenance-friendly engine design and low fuel consumption ensure maximum efficiency in GE Energy’s type 3 engines. Optimised engine components prolonging service, life even when using non-pipeline gases such as landfill gas. The Type-3 stands out in its 500 to 1,100 kWe power range due to its technical maturity and high degree of ...
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GE Jenbacher - Model Type-4 - Gas Engine
Based on the proven design concepts of Type-3 and Type-6, the modern Type-4 engines in the 800-1,500kWe power range are characterised by a high power density and outstanding efficiency. The optimised control and monitoring provides easy preventative maintenance and maximum reliability and ...
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GE Jenbacher - Model Type-6 - Gas Engine
Continuously refined on GE Jenbacher’s extensive experience, the GE Jenbacher type 6 engines are reliable, advanced products serving the 1.8 to 4.4 MW power range. It’s 1,500 rpm engine speed results in a high power density and low installation costs. The type 6 pre-combustion chamber achieves maximum efficiency with low emissions. Proven design and optimised components enable a service life of 60,000 operating hours before the first major ...
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GE Jenbacher - Model 920 - Gas Engine
As the only gas engine specialist offering small and large engines, GE is introducing the innovative J920 9.5MWesystem. Whether you are seeking full power at high efficiency levels or a unit capable of short start-up times, GE’s J920 Jenbacher gas engine is your ideal solution for reliable lasting power and grid stabilisation with a low carbon ...
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Waukesha Gas Engines
Waukesha gas engines are designed to perform reliably in isolated, mission-critical and demanding applications. Featuring durable design and unsurpassed flexibility, our rich-burn and lean–burn alternatives cover a wide variety of applications and varying emissions compliance levels. By offering both rich- and lean-burn designs, Clarke Energy`s team provides a range of products to help our customers make smart choices for tomorrow.
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Waukesha - Model VGF (120kW - 800kW) - Gas Engines
The VGF series of high-speed engines are built with the durability expected from a medium-speed engine. Purposefully designed for a wide range of stationary, spark ignited, gaseous fuel applications, the compact VGF engine has a high power- to-weight ratio. The foundation for exceptional long-term performance is attributed to the core VGF family ...
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Waukesha - Model VHP (315kW - 1.5MW) - Engines and Generator Sets
The Waukesha Series Four rich-burn engines are the engines of choice for the harshest and most demanding gas compression, power generation and mechanical drive applications. The engines can reliably produce more power on hot field gases, at high altitudes, and in remote locations, all while delivering low emissions when paired with a 3-way catalyst (non-selective catalytic ...
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Waukesha - Model 275GL+ (1,887kW - 3,605kW) - Gas Enginator
Waukesha 275GL+ represents the most advanced generation of high-horsepower engines in the gas compression segment. A combination of robust construction and innovative technology, the 275GL+ lean-burn engine delivers excellence in fuel flexibility, efficiency, power output and emissions for unmatched performance. For maximum uptime and profitability, you can depend on the 275GL+ to get the job done year after year. Designed to demanding specifications ...
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Waukesha mobileFLEX - Model 1,000kW and 1,200kW - Gas Engine for Drilling Rig Power Generations
The mobileFLEX portfolio is the latest advancement from GE to deliver lower-cost, lower-emission power to drill rigs, artificial lift enhanced oil recovery and oilfield equipment. An all-gas alternative to diesel units, mobileFLEX is an EPA mobile-certified solution that provides a cost advantage to energy producers and operational advantage to drilling contractors by utilising field gases. For oilfield power applications, the mobileFLEX engine ...
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Jenbacher Gas Engine Configurations
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GE Jenbacher - Diesel Genset
A GE's Jenbacher genset is configured to produce electrical power only, which the Jenbacher unit does at high efficiency. When a unit is in a genset configuration the engine, alternator and other supporting items are located on a skid. Waste heat from the engine would be dissipated in the exhaust gas and via an engine cooling circuit linked to heat dump ...
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GE - Cogeneration Module Configurations
A GE Jenbacher gas engine module is configured for the recovery of both electricity and heat via a cogeneration / CHP configuration. As with the genset, the gas engine ...
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GE Jenbacher - Standard Containerised Unit
The GE Jenbacher container is a high quality unit which can be deployed where economical and speedy installation is required. The GE Jenbacher containers are fully tested when they leave the production facility and are excellent for plug-and-play applications. The overall compact design ensures a space saving installation with service-orientated ...
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Island Mode Operation Captive Power Plant
Gas engines are well suited to acting in island mode operation as a captive power plant. Island mode operation relates to those power plants that operate in isolation from the national or local electricity distribution ...
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GE - High Ambient Temperature Enclosure & the ‘Cookie Cutter’ Concept
Clarke Energy recognised the requirements for a ‘power module’ based around the GE Jenbacher Type-6 engine. The power module scope which comprises of engine, ...
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Hot and Tropical Countries
Hot and tropical counties can pose challenges for the operation of the generator. If the generator exceeds certain temperature limits de-rating will occur. In order to overcome the challenge of high ambient temperatures the generator enclosure or container must be correctly engineered to ensure that the generator is adequately cooled. In addition to incorporation of enhanced ventilation systems different types of lubricating oils may also be ...
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Ancillary Equipment for Jenbacher Gas Engines - Fuel Preparation
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Fuel Gas Dehumidifiers / Driers
A fuel gas dehumidifier or gas drier is an ancillary system to a gas engine that is used to remove moisture from the fuel gas for the cogeneration system (dessication). The removal of water from the fuel gas helps to optimise the combustion process in the engine, prevents condensation and helps ...
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Fuel Gas Boosters
Fuel gas boosters or blowers are used to raise the pressure of fuel gas to the operating level of the gas engine or combined heat and power plant. Gas boosters are often required for biological ...
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Ancillary Equipment for Jenbacher Gas Engines - Waste Heat Recovery
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Exhaust Gas Heat Exchangers (EGHE)
Exhaust gas heat exchangers (EGHE) utilise waste heat from the exhaust of the GE's Jenbacher gas engine cogeneration plant. They are typically located adjacent to the engine or are mounted on the roof of a containerised combined heat and ...
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Waste Exhaust Heat Boilers
Approximately 25% of the usable energy of the fuel gas is released in the exhaust of the gas engine. This can be captured for cogeneration in a combined heat and power plant. This heat exits the engine at ~450oC as ‘high grade heat’, contrasting to ‘low-grade heat’ available from the ...
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Absorption Chiller
Absorption chillers can be used to deliver a trigeneration solution for a combined heat and power plant. Absorption chillers produce chilled water by heating two different substances that are in thermal equilibrium to separation, then reuniting them through heat removal. An example of two substances that may be used for this process is water and lithium bromide. Absorption chillers can be combined with CHP or cogeneration projects to provide ...
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Engine - Gas Engine Control
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DIA.NE - Gas Engine Control Systems
DIA.NE is a user-friendly engine management system. A colour graphic display provides a clear overview of all information. This diagnostic instrument features an effective alarm management system with all error messages date stamped and clearly presented in tabular form to identify the sequence of ...
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Leanox - Lean-Mixture Combustion Control System
LEANOX is a lean-mixture combustion control. It was developed by GE's Jenbacher and has been patented worldwide. The system ensures the correct air to gas ratio under all operating conditions. This has the benefit of minimising exhaust gas emissions whilst maintaining stable engine ...
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Natural Gas
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Brewing Industry Combined Heat and Power (CHP) / Cogeneration
Combined heat and power (CHP) or cogeneration has significant potential in the brewery industry. Electricity and heat recovered from a gas engine can be deployed at high efficiency for useful onsite use. This gives the ability to reduce operational costs and reduce carbon emissions. Converting the heat into cooling via absorption chillers is called combined cooling heat and power (CCHP) or trigeneration, and can be deployed to support the cooling ...
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Captive Power Plant
A captive power plant is a facility that is dedicated to providing a localised source of power to an energy user. These are typically industrial facilities or large offices. The plants may operate in grid parallel mode with the ability to export surplus power to the local electricity distribution network. Alternatively they may have the ability to operate in island mode; i.e. independently of the local electricity distribution ...
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Commercial Combined Heat and Power (CHP)
Combined heat and power (CHP), or cogeneration, offers a range of potential benefits for commercial applications. Cogeneration systems are successfully applied in a range of different applications including office buildings, airports and retail ...
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Dairy Industry Combined Heat and Power (CHP) / Cogeneration
Combined heat and power (CHP) or cogeneration has significant potential in the diary industry. Electricity and heat recovered from a gas engine captive power plant can be deployed for useful onsite us. Converting the heat into cooling via absorption chillers is called combined cooling heat and power or trigeneration, and can be deployed to support the dairy’s cooling ...
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Data Centre Combined Heat and Power (CHP) / Cogeneration
Combined heat and power (CHP) or cogeneration has significant potential in the data centre industry. Electricity and heat recovered from a gas engine captive power plant can be deployed for useful onsite us. Converting the heat into cooling via absorption chillers is called combined cooling heat and power or trigeneration, and can be deployed to support the cooling of data centre ...
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Greenhouse Combined Heat and Power (CHP) / Cogeneration
Gas engines are highly efficient at providing the stimulus for the growth of plants, whilst in parallel providing a flexible supply of electrical power. Heat, light and carbon dioxide (CO2) all promote plant growth. Gas engines provide electrical power at the alternator and when in a cogeneration configuration can also recover useful heat. Carbon dioxide is released in the exhaust gases of the engine as a by-product of the combustion of the fuel gas. ...
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Hospital Combined Heat and Power (CHP) / Cogeneration
Using a combined heat and power (CHP) or cogeneration plant in a hospital is an ideal way of achieving improved energy efficiency and reduced carbon emissions. Its utilisation helps a hospital’s limited financial resources go further. Natural gas is a clean-burning low carbon emission fuel. A CHP plant facilitates the high efficiency use of this fuel, by recovering not only electricity but also heat. If the hospital has need for cooling, hospital ...
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Industrial Combined Heat and Power (CHP) / Cogeneration
Gas engines based cogeneration, or combined heat and power (CHP), offers a range of potential benefits to industrial applications. Gas engine cogeneration systems can provide significant financial savings on fuel costs used to provide electricity and heat. In some countries the government provides tax benefits to the owner of combined heat and power ...
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Electricity Peaking Stations
Electricity peaking stations, also called peak-lopping plants, are power plants designed to help balance the fluctuating power requirements of the electricity grid. Clarke Energy is able to offer a range of rapid response gas-fuelled power stations. These plants are ideally suited to peaking reserve, power and grid support ...
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Residential Combined Heat and Power (CHP) / Cogeneration
Combined heat and power (CHP), or cogeneration, offers a range of potential benefits for residential applications. Cogeneration systems are successfully applied in a wide range of residential applications. Gas engine cogeneration systems can provide significant financial savings on fuel costs used to provide electricity and heat. In some countries the government provides tax benefits to the owner of combined heat and power ...
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Biological Gases
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Agricultural Biogas & Cogeneration / CHP
Agricultural biogas plants utilise organic materials found on farms to generate biogas, a renewable fuel source and in turn renewable power through cogeneration / combined heat & power. The plant may be designed to accept energy crops that have been grown specifically to input into the digestion facility or agricultural wastes. These crops are typically ensilaged and stored in clamps or hoppers and are continuously fed into the digester throughout ...
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Distillery Waste Biogas
The spent byproducts of distilleries have historically been treated as waste. However, the liquid and solid wastes of the distillation industry have greater potential and can be sent to anaerobic digesters and converted into biogas. This biogas in turn can be turned into renewable electricity at high efficiency via GE Jenbacher gas ...
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Biogas from Food Waste Cogeneration / CHP
Disposal and treatment of biological waste represent a major challenge for the waste industry. For a wide range of organic substances from agriculture, foodstuff of feed industries, anaerobic digestion is a superior alternative to composting. Biogas – a mixture of both methane and carbon dioxide – is created during anaerobic digestion and serves as a high-energy renewable fuel that can be used as a substitute for fossil fuels. ...
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Biomethane Plant
Biomethane is as a green non-fossil source of energy. Biomethane is produced from biogas derived from organic matter (often from sewage, landfill, food waste or distillery waste) which makes it a renewable source of energy. Biogas can be dried and cleaned to remove impurities and upgraded to pure biomethane. Biomethane has a number of environmental benefits, the main one being that the methane produced by organic matter decomposition would be released ...
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Coal Gas
Methane is often found in association with coal deposits. These deposits might be virgin coal seams (coal seam methane/coal bed methane), be in the process of being mined or may be abandoned. Gas from each of these may be suitable for the production of power. Using coal gas for power in the form of electricity and heat (via cogeneration) helps prevent emissions to atmosphere and provides a useful form of on-site power. It is also possible to gasify coal deposits in situ to provide synthetic gases for use in power generation.
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Coal Seam Gas / Coal Bed Methane
Coal Seam Methane (CSM) or Coal Bed Methane (CBM) is primary coal seam gas collected from unmined coal seams. These coal seams are drilled down into, releasing the associated gas which is extracted and can be used to generate electricity. CSM consists of over 90% methane and can be harvested independently of coal mining in some locations. The gas composition is normally stable, meaning that the gas can be fed directly into the natural gas network or a ...
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Model CMM - Coal Mine Methane
Coal mine methane (CMM) is a type of gas present in active, working mine sites. This gas is extracted from the air in the coal mine helping improve safety and preventing uncontrolled release of methane to ...
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Abandoned Mine Methane Gases (AMM)
Abandoned mine methane (AMM) can be recovered from disused coal mines. Abandoned mine methane (AMM) projects produce energy (thermal and electrical) with the added bonus of reducing atmospheric emissions of methane. Methane is a potent greenhouse gas and huge amounts of methane will escape from the mine for years to come following closure. Sealed abandoned mines offer an excellent opportunity for methane extraction, especially if recovery takes place ...
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Special Gases
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Furnace Gas for Power Production
Furnace gas is a gas which is produced in different types of furnace during the production of metals. High levels of power requirement and rising energy costs present a major challenge to the metallurgical industry. Some furnace gases created as a ‘free’ by-product during production processes serve as an attractive fuel for power generation. In addition to the economic benefit, using these gases reduces industrial CO2 emissions and reduces ...
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Syngas Cogeneration / Combined Heat & Power
Syngas, also known as synthesis gas, synthetic gas or producer gas, can be produced from a variety of different materials that contain carbon. These can include biomass (wood gas), plastics, coal, municipal waste or similar materials. Historically town gas was used to provide a gas supply to many residences in Europe and other industrialised countries in the 20th Century. Gas engines utilising syngas as a fuel can be configured in a combined heat and ...
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Other
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GE - Model 616 - High Efficiency Diesel Gensets
Demand for distributed power is growing at a fast pace. Distributed Power solutions furnish power right where you are, with fewer channelling and distribution losses. The 616 Genset goes where you need it – on or off the grid, in remote locations, and even under the most demanding operating conditions, providing you with reliable power at lower fuel cost, extended equipment life and smaller ...
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Steel Production Gas & Cogeneration / Combined Heat & Power
High levels of power requirement and rising energy costs represent a major challenge for the steel industry. Gases created as a ‘free’ by-product during steel production processes serve as an attractive energy source option for efficient power generation. In addition to the economic benefit, using these gases as engine fuel reduced industrial CO2 emissions and saves natural energy ...
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GE - Model APG - Associated Petroleum Gas / Flare Gas
Associated petroleum gas (APG) is also known as flare gas. APG can be converted to power at high efficiency utilising GE Energy’s Jenbacher gas engine. This power can be used for the provision of electricity and heating on-site whilst eliminating the cost of diesel deliveries to remote areas. The utilisation of APG as a fuel for a generator is an excellent way of reducing carbon dioxide emissions that might otherwise result from diesel fuel ...
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Power
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Electricity from Gas-Powered Generators
Through on-going investment in research and development GE's gas engines remain market leaders in the gas engine field. The engines are highly efficient at the conversion of the energy within gas into useful electrical power. In the event that there is a local use for heat, the alternative
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Cogeneration / Combined Heat and Power Systems (CHP)
Cogeneration (cogen) through combined heat and power (CHP) is the simultaneous production of electricity with the recovery and utilisation heat. Cogeneration is a highly efficient form of energy conversion and it can achieve primary energy savings of approximately 40% by compared to the separate purchase of electricity from the national electricity grid and a gas boiler for onsite heating. Combined heat and power plants are typically embedded close to ...
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Trigeneration - Combined Heat, Power and Cooling (CHPC)
Trigeneration or combined cooling, heat and power (CCHP), is the process by which some of the heat produced by a cogeneration plant is used to generate chilled water for air conditioning or refrigeration. An absorption chiller is linked to the combined heat and power (CHP) to provide this functionality. Quadgeneration takes this process one step further with the addition of systems to ...
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Remote Combined Heat and Power Generation
In those areas not serviced by a main electricity grid, locally generated electricity is ideally suited as a cost-effective way of meeting the local electricity demand while reducing significant network installation or upgrade costs. Through supply of energy directly at the load with a captive power plant, it is also possible to reduce or avoid altogether the transport and distribution losses. Producing electricity from gas is highly efficient ...
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Agricultural Biogas Plants
Agricultural biogas plants utilise organic materials found on farms to generate biogas, a renewable fuel source and in turn renewable power through cogeneration / combined heat and power. The plant may be designed to accept energy crops that have been grown specifically to input into the digestion facility or agricultural wastes. These crops are typically ensilaged and stored in clamps or hoppers and are continuously fed into the digester ...
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Trigeneration or Combined Cooling, Heat and Power (CCHP)
Trigeneration or combined cooling, heat and power (CCHP), is the process by which some of the heat produced by a cogeneration plant is used to generate chilled water for air conditioning or refrigeration. An absorption chiller is linked to the combined heat and power (CHP) to provide this functionality.
Kohler - Marine Generators
Ches Power Group (CPG) is an authorised dealer for Kohler Marine products. Always Present, Never Noticed. KOHLER marine generators are smaller. Quieter. Having redesigned their sound shield (with separate engine and alternator compartments) the improved air- management system significantly reduce sound ...
Model TPI - Biogas Upgrading Plants
Clarke Energy is an authorised distributor and service provider for Techno Project Industriale’s (TPI’s) biogas upgrading plants. These include both membrane and selective solvent-based washing systems. With Clarke Energy’s engineering, procurement, construction and aftersales support capabilities we are able to offer ...
Biomethane / RNG
Biomethane or renewable natural gas (RNG) is produced via biogas upgrading. It can also be used as a renewable fuel in gas engines. Clarke Energy can provide both biogas upgrading and
Model CNG/LNG - Compressed and Liquified Gas as a Fuel for Gas Engines
Natural gas or biomethane can be transported in cylinders where there is no availability of gas distribution networks, via a virtual gas pipeline. This gas can be used in gas engines to generate electricity and heat at high efficiency ...
Biogas Engines
Generate electricity and heat via a combined heat and power gas engine. Biogas is formed by the anaerobic decomposition of putrescible organic material. Biogas can either be used to generate electricity and heat via a combined heat and power gas engine, or can be cleaned to produce pure biomethane via biogas upgrading. Clarke Energy is a distributor of Jenbacher gas engines which are designed for robust operation on difficult gases such as biogas, ...
Carbon Capture, Utilisation & Storage (CCUS)
Carbon Capture, Utilisation & Storage (CCUS) is the process of capturing CO2 from energy intensive processes before it enters atmosphere and finding a market use or transport to a storage facility (normally underground in geological caverns). Long-term storage of CO2 in a geological formation is still relatively new as a concept but will play a huge part in the net-zero efforts in the future. However, there are possibilities to capture and utilise ...
Clarke Energy - Battery Energy Storage Systems (BESS)
Battery energy storage systems (BESS) play an essential role in integrating and accelerating renewable energy deployment. By helping to balance energy supply with demand, Energy storage greatly improves the efficiency of renewable sources and allow maximal renewable energy penetration into the energy network. Energy storage can provide support services to the electricity grid, or to an individual consumer behind-the-meter. Energy storage may be ...
Kohler - Model KV550C2 - Diesel Gensets - South Pacific
Clarke Energy is a KOHLER company and distributes KOHLER generators in the South Pacific which are suitable for a wide range of applications. Our generators are designed and manufactured in the KOHLER facility in France with more than 50 years of product optimisation experience, available with a “plug-and-play” design philosophy for ease of installation. Dedicated KOHLER service and parts support is available 24/7 throughout the South ...