Impianti di cogenerazione  Fabbricanti, Commercianti, Fornitori

Heating Quedlinburg Klimabau GmbH Consulting, planning and
implementation of modern heating and plumbing systems for all
applications from home to Wohnkomplex.Wärmepumpen, heating systems,
heating distribution systems container stations, floor heating systems,
wall installation, low temperature technology, condensing boiler,
central hot water heating systems, heat pump systems, heating oil tanks
to high safety standards, baths, saunas, household,
pipe systems in steel, copper or plastic, welding, soldering, crimping
connectors, TÜV - approved by the Water Conservation Act welding to DIN
287

Maxxtec (www.maxxtec.com) is a leading supplier of a wide range of products, solutions and services for industrial process heating and electrical power generation from waste heat and all available fossil and biogenic fuels such as oil, gas, coal, biomass or wastes.

Production, conversion, and transport
Heat transfer and power generation, as well as for the production conversion and transport of all available heat transfer fluids and fuels, such as oil, gas, coal or biomass, the material handling these fuels and products for energy efficiency.
As a global company, we help our customers in virtually all industries to sustainably increase the efficiency and reliability of your equipment and improve efficiency.
Ever since the construction of the very first machine for heat and power generation from energy sources some 20 years ago, Maxxtec has dominated the market for energy supply crucial with decentralized ORC power plants in Europe and is now capable of a full range of heat transfer media such as thermal oil, water, steam and salt or molten metal with all available solid, liquid or gaseous fuels combine for heat and electricity from local energy sources.
In addition to these products Maxxtec also provides components to improve reliability, such as the "airmaxx" systems for boiler cleaning of heating surfaces, the "pumpmaxx" system for pump monitoring (Condition Monitoring System), the "kontamaxx" system for online media monitoring, particularly low pressure loss Strainers, oil filters in parallel "cleanmaxx" and systems for reproducible sampling of thermal oil "samplemaxx" and a seminar program, with which we provide our customers the necessary information for the planning and safe operation of your equipment.
Since March 2013 Maxxtec GmbH is a member of the NRGgroup and supports international customers in over 45 countries.

Since 1997 we have been developing and producing energy equipment at our site in Moers. CHP Units are our core business. The added value that we provide is ideas, quality and service. Technical knowledge, a capacity for innovation and customer orientation make us a high-performing player in the market for independent energy supply. Our customers include major energy suppliers and companies of all sizes. They require environmentally friendly and cost-efficient energy production. Qualified staff, know-how and years of experience are the basis for tried and tested solutions for the use of renewable and fossil fuels.
We focus on plants that are designed to be economical and sustainable in the long term, individually planned and tailored to your needs. Our qualified service team ensures that the plant functions reliably and at the highest possible operational availability.
Trouble-free order processing, high product quality and reliable service are the basis for a cooperative and long-term relationship. As a family-run, medium-sized company we are particularly conscious of our responsibilities to both our customers and our employees.

"Turboatom" è una delle più grandi imprese del mondo nella progettazione e produzione di:

• turbine a vapore per::

• centrali termiche (TPP);
• centrali termiche (CHP);
• centrali nucleari (NPP).

turbine idrauliche per:

• centrali idroelettriche (HPP):
• centrali ad accumulo con pompaggio (PSPP).

valvole idrauliche per HPP,PSPP e centrali di pompaggio.Le capacità di produzione permettono di produrre turbine a vapore e idroelettriche con una capacità totale progettata di 8 mln. kW e 2 mln. kW, rispettivamente all'anno.
La produzione di turbine è realizzata a ciclo chiuso: dallo sviluppo e ricerca fino alla produzione, assemblaggio, test e spedizione.