Quadgeneration is most effectively utilized in areas with a local demand for carbon dioxide. This need often arises within industries like carbonated beverage or food manufacturing. The recovery of...

Combined heat and power (CHP), also known as cogeneration, involves the simultaneous production of electricity and heat. Cogeneration is a highly efficient energy conversion method. By utilizing ga...

Continual investment in research and development positions MWM gas engines as frontrunners in the gas engine sector. These engines excel in efficiently converting gas energy into practical electric...

Trigeneration, also referred to as combined cooling, heat, and power (CCHP), involves utilizing a portion of the heat generated by a cogeneration plant to produce chilled water for air conditioning...

Maximization of Fuel ResourcesMWM has developed gas engines and power generators especially for coal-mine methane (CMM). Implementing methods to use this gas as an alternative fuel can help:Improve...

In recent years, sustainable practices have gained momentum, and the agricultural sector has not been left behind. Animal farming, while essential for meeting the world's growing food demands, gene...

Agricultural biogas facilities harness organic materials present on farms to produce biogas, a renewable fuel, which is then converted into renewable power via cogeneration or combined heat and pow...

Electric utilities can consistently run gas engine generators to fulfill foundational electrical loads. This approach is particularly beneficial when a dependable centralized power plant is absent,...

Numerous wastewater treatment plants utilize waste gas or digester gas derived from wastewater treatment as a fuel source for generator sets, specifically gas engines. This gas primarily consists o...

Amidst the contemporary emphasis on renewable energy and curbing carbon emissions, landfill gas-to-energy initiatives are swiftly gaining traction. Emerging as a significant and expanding energy pr...