Beringen

Oftringen

Switzerland

Frankfurt – Fechenheim

Germany

The grate is designed to work with caloric values in the range from 8.0 to 16 MJ/kg. It provides the steam production of 50 t/h (44 MW).

Berlin - Neukölln line 1 and line 2

Germany

The grate is designed to work with caloric values in the range from 8.5 to 16 MJ/kg. It provides the steam production of 60 t/h (52 MW) for each one of the two lines.

Andernach

Germany

The grate is designed to work with caloric values in the range from 11 to 15 MJ/kg. It provides the steam production of 60 t/h (52 MW).

Kleannara Daehan line 1 and line 2

Korea

The grate is designed to work with caloric values in the range from 17 to 22 MJ/kg. It provides the steam production of 43 t/h (42 MW) for each one of the two lines.

Koentec Busan

Korea

The grate is designed to work with caloric values in the range from 17 to 23 MJ/kg. It provides the steam production of 41 t/h (36 MW).

Nijmegen 2

Netherlands

The grate is designed to work with caloric values in the range from 7.5 to 16 MJ/kg. It provides the steam production of 93 t/h (79 MW).

Asia Paper 1

Korea

The grate is designed to work with caloric values in the range from 20 to 27 MJ/kg. It provides the steam production of 30 t/h (27 MW).

Asia Paper 2

Korea

The grate is designed to work with caloric values in the range from 16.5 to 21 MJ/kg. It provides the steam production of 54 t/h (41 MW).

Sao Miguel

Portugal

The significant logistical difficulties due to the particular geographical and environmental circumstances led the client to seek a grate guaranteeing an extraordinary availability and reliability, with significantly low maintenance needs.

Rzeszów 2

Poland

Koentec KT-1

Korea

Bologna

Italy

Thanks to this WtE plant built by TM.E. every year 140 mln KWh of electricity is produced as a result of waste-to-energy, meeting the needs of 55,000 homes. 167,360,000 MJ is transferred to the district heating network, supplying power to 3,000 homes.

Valmadrera - Lecco

Italy

Silea, the project leader, has taken on metropolitan responsibility, ensuring that all municipalities in the region meet their environmental and waste management goals.

Terceira – Azores Islands

Portugal

The challenge was to build a plant on a small island in in the Azores archipelago, in the middle of the Atlantic Ocean, where logistical difficulties were particularly severe.

Bydgoszcz

Poland

One of the first Waste to Energy plants in Poland with the modern technology that allows achieving emission parameters significantly lower and more favorable for the environment than the acceptable standards.

Szczecin

Poland

The Waste to Energy plant was named EcoGenerator as it is a modern industrial plant, promoting the development of the waste management system in Szczecin and the region, improving the quality of life of residents.

Rzeszów

Poland

The plant ensures the energy security of Rzeszow by producing electricity and heat in the process of high-efficiency cogeneration. The produced energy and heat are used by residents and institutions in Rzeszow.

Gdansk

Poland

This is a modern, environmentally responsible cogeneration plant with the biggest single WtE line in Poland designed to produce 109 GWh of electricity, with 509 TJ heat cogeneration.

Perpignan

France

The plant treating 60.000 tones of Municipal Solid Waste per year is one of the most striking buildings in the region. TME’s scope of work was the supply of a new furnace and boiler system.

San vittore del lazio

Italy

The plant is characterized by high efficiency and reliability, which led the client to implement a fourth line, for which work is underway and TME has the honor of being confirmed again as Leader of the contractor Joint venture.