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Cogeneration Articles & Analysis
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Most notably, it produces renewable energy in the form of biogas, which can be used to fuel operations, cogenerate electricity, or even be sold. Another valuable by-product of the process is digestate, which can be used in agricultural and horticultural applications, as well as a foundation for bioplastics and other products. ...
Sartex, an industrial group specialising in the manufacture of jeans, opted for a cogeneration solution to meet the challenges of rising energy costs and environmental pressures. ...
In those days, growing tomatoes during winter wasn't on the agenda. Therefore, cogeneration for lighting close to a greenhouse wasn't anticipated. Yet, Hortiplan managed to install a lighting solution which limited grid losses to the maximum. ...
With the intent of optimizing the CHP system – having fewer losses in the process of transmission and distribution of electricity and heat, Tamijuddin Textile Mills Limited decided to evaluate natural gas-based cogeneration plant using reciprocating gas engine technology for their manufacturing unit at Gazipur, Bangladesh. ...
The company was facing mounting energy costs and environmental pressures, to address these challenges and improve operational efficiency, made a strategic investment in a containerized cogeneration power plant. This innovative solution, designed, supplied and installed by Clarke Energy featuring a 2MWe INNIO Jenbacher gas engine powered by natural gas, aimed to optimize energy ...
It mostly includes biomass cogeneration as well as biomass boilers that satisfy the corresponding environmental exhaust requirements. ...
Drobeta Turnu Severin through the implementation of the high-efficiency cogeneration plant. The INNIO Jenbacher JMS420 cogeneration engine is due to be commissioned by Clarke Energy’s service team in Romania in January 2023. ...
Sawdust is often useful for other purposes like feeding cogeneration plants to generate electricity, but producing charcoal is equally as lucrative. ...
Since 1970, Revico and its subsidiary Revico Energies Vertes have been utilising the by-products of the Cognac sector. Located in Saint-Laurent-de-Cognac (Charente), the company specialises in the treatment of effluents from the production of spirits, such as vinasses or wine dregs. ...
When Siouxland Ethanol, located in Jackson, Nebraska, USA decided to invest in a combined heat and power system (CHP), or cogeneration, it needed to make decisions regarding the plan's air abatement and compliance. The company wanted to take its current system, a heat recovery steam generator (HRSG) offline and replace it with a boiler to form a cogeneration ...
They are equipment used for the combustion of gases, in this case, the excess biogas from the anaerobic digestion system or the cogeneration system. The torches can be classified into two fundamental types of flame: visible flame and hidden flame. ...
For an adequate operation of the biogas cogeneration system, cleaning of this gas is required to eliminate its contaminants, with adequate operating costs and high cleaning efficiency. ...
Figures 2 show the corrosion produced in different parts of the cogeneration system by the presence of H2S in the biogas. Figures 2. Corrosion in the recuperator, silencer and piston due to the presence of H2S in the biogas. ...
However, a purification of certain contaminants with abrasive and corrosive character, such as siloxanes and H2S, is necessary to ensure a correct operation of the cogeneration ...
Bioconservacion's technology was the successful bidder in the public tender launched in 2015 for the design, execution and construction of a biogas desulfurization unit at the wastewater treatment plant in Chania, Greece. With a population of more than 100,000, Chania is the second largest municipality on the Greek island of Crete. Its wastewater treatment plant consists of primary and secondary ...
The biogas resulting from treatment is used as fuel for a cogeneration plant, where energy recovery is maximized through combined heat and power production. ...
Capacity: 512 MW A major utility company in Saudi Arabia contracted CMC Solutions to certify nine PEMS on combine cycle turbines that combust sales gas and light fuel oil. Eight of the turbines operate at 56 MW and one operates at 64MW. The PEMS were set to monitor SO2, NOx, O2, CO, and CO2 from the exhaust stack for all nine units. The equipment was installed and started up on April 2015. The ...
Capacity: 450 mm BTU A Texas Utility Plant owns and operates eight (8) GE Frame 7B/FA combustion turbines at its generation plant located in Houston, Texas. All eight of the turbines operate normally in combined cycle mode and are utilized for onsite generation of steam and electricity. All eight turbines combust pipeline natural gas exclusively. All eight units are affected by the Clear Air ...
Capacity: 50.5 mmBTU A University Steam Plant is using a predictive emission monitoring plan (PEMS) to determine NOx and CO emissions from a gas turbine. The turbine is a 14.8 MW gas fired turbine Solar Titan 130 located at the plant in Michigan (Ingham County). The gas turbine is configured with an 80 MMBTU/hr duct burner and heat recovery steam generator that is subject to 40 CFR 60, Subpart ...
Capacity: 1698 mmBTU A Michigan Cogeneration Plant owns and operates three gas-fired boilers and three combustion turbines designated BL1100, BL2100, BL3100, GTP1, GT2100, and GT3100 at the Dearborn, Michigan cogeneration site. ...