New development – greatly reduced operating and installation costs and fully digitized power plant control
The All-Round Talent. Smart, secure plant control. Higher output and profitability despite compact design.
The highly efficient, space-saving MWM engine excels in natural gas applications, offering high profitability, flexibility, and maximum electrical efficiency.
Best electrical and thermal efficiency in its class. All gas types: natural gas, biogas, mine gas, landfill gas, sewage gas.
High reliability. Low operating costs. Gas types: natural gas, landfill gas, sewage gas, mine gas, coke oven gas. Mainly used in large IPP projects with up to 100 MWel.
Eco-friendly MWM cogeneration power plants with combined heat and power
enable decentralized, economical and energy-efficient power production.
Perfect modularity for a faster start of operations. Various customized solutions for the TCG 2032 gas engine.
Available for TCG 3016 and TCG 2020 gas engines
MWM offers customized system solutions in order to meet diverse customer requirements in the best way possible.
MWM offers comprehensive plant concepts from gas processing to plant control to cold and heat extraction.
What are the benefits of investing in a MWM cogeneration power plant or gas engine?
Highest efficiency by leveraging heat from power production for regional district heating networks. Clean energy solutions through MWM gas engines.
Highly-efficient CHP plants: Energy efficiency in plant nurseries
Reduced operating costs due to a highly efficient CHP, distributed generation or emergency standby power
Flexibly manage base or peak loads with natural gas-fueled cogeneration power plants
Maximization of fuel resources
Use of methane for sustainable power production in distributed power plants
Utilizing methane from wastewater treatment plants for electrical power production
A highly efficient and profitable alternative for power generation
Around the globe, MWM plants generate ecological and economic decentralized energy.
Higher efficiency through intensive research from the calculation to the inspection
The production processes of MWM are characterized by high manufacturing quality and optimum benefits.
MWM stands for premium quality in all areas of the value chain.
For MWM, sustainability means long-term efficiency along with modest use of resources.
The MWM Service Portal ensures direct support and quick diagnosis around the clock.
The X-Change part replacement program is an economically attractive alternative to on-site maintenance.
MWM service is characterized by long-term, trusting cooperation for the
purpose of fulfilling individual customer needs and ensuring the
economic success of the plant.
With its logistics center in Lorsch, Germany, MWM guarantees efficient and reliable global spare-part supply.
At the Mannheim
training center, experienced trainers provide comprehensive,
application-oriented expertise in the use of gensets and plants.
MWM plants to cover the base load may be small biogas gensets in Germany as well as large power plants in Asia or Africa.
Combined energy generation or the use of power and heat or cold enables energy savings of up to 60 percent.
MWM gas engines efficiently convert various gas types to power, heat, and cold.
MWM produces gas engines and power generators (gensets) for various gas types. These gases are used in various applications, such as combined energy generation.
Natural Gas and similar gases for highly efficient power and cogeneration plants
MWM gas engines in CHP plants using coal mine gas convert up to o 90 % of the energy bound in methane into power and warmth.
Using APG as fuel for power plants on drilling rigs. MWM cogeneration plants with gas engines offer energy solutions.
MWM CHP and power plants with gas engines ideally configured for sewage gas. Immediate readiness worldwide.
MWM gas engines can be configured for use in power plants fueled with landfill gas.
MWM offers gas generators, complete cogeneration plants, and containers especially tuned to biogas.
MWM gas engines can be configured to different gases containing hydrogen as fuel in cogeneration power plants.
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