With our robust and versatile M+M backpressure turbines, your process steam can be utilised more efficiently and sustainably. Instead of simply reducing the steam pressure at a pressure-reducing station, you can expand your process steam in the turbine and generate electricity. This combined heat and power (CHP) generation, significantly reduces the energy costs of your facility and contributes to a sustainable reduction in CO₂ emissions.

Generate maximum electricity from your steam in our M+M Condensing Turbines. By using a flexible and multistage design, we achieve maximium power and efficiency in a condensing turbine. Through flexible design of steam bleeds and extractions, the overall process efficiency can be even further enhanced. Our solid design, based on the proven robust impulse turbine principle, ensures high availability, low maintenance costs, and thus, operational efficiency with our turbine. And this across a wide range of operating conditions.

In our M+M extraction turbines, a portion of the turbine steam is regulated and extracted as process steam. The remaining steam is expanded to the exhaust pressure for additional power generation. The extraction turbine can be combined into either a backpressure or a condensing turbine. With a customized turbine design, fluctuating process steam demands for each individual application can be fulfilled. This ensures a flexible and efficient balance between process steam supply and power generation. Multiple controlled extractions at different pressure levels in one turbine is easily achieved through M+M’s concept of individualized turbine design. A controlled extraction is possible at very high and very low pressure levels, including even an extraction in vacuum. Talk to our experts to explore the possibilities!

In our M+M induction turbines, steam is supplied into the turbine at more than one pressure. (In principle, the turbine is supplied with two steam inlets: the ‘normal’ inlet and the ‘induction’ steam inlet.) This permits flexible efficient power generation to be integrated into an existing or complex process. The induction turbine can be combined with either a backpressure or a condensing turbine. With this customized turbine design, fluctuating plant steam demands for each individual application can be economically fulfilled. The induction turbine ensures a flexible and efficient balance between process steam supply/generation and power generation. Multiple controlled inductions at different pressure levels within one turbine is easily achieved through M+M’s concept of individualized turbine design. An induction is possible at very high and very low pressure levels, including an induction even in vacuum. Talk to our experts to explore the possibilities!

For applications where heat production is the primary goal, our District-Heating (or CHP) turbines are the ideal solution. Steam is expanded in the turbine for power generation and removed at the exhaust for heat production. By using the full condensing energy of the steam, the most efficient use of valuable energy resources is achieved – reducing your C0₂ footprint. Our turbines are individually designed to meet your specific application – for example, this includes considering the process demand profile across the entire year, not just at one single design point. It also means considering the potential use of a two-stage heat production, which can further maximize the efficiency. If desired, we can supply the heating condenser, ensuring that you receive a fully functional system supplied from a single hand.

If you have an unusual application, or a complex process, please do not hesitate to contact us. If you have large steam flows, low pressure inlets or small pressure drops, please do not hesitate to contact us. Our team will review the situation and discuss possible solutions tailored to fit your specific project. We build the turbines that no one else builds.