+ All Categories
Home > Documents > Fuel cell power plant at FRIATEC · Fuel cells convert fuel into electricity and heat using a...

Fuel cell power plant at FRIATEC · Fuel cells convert fuel into electricity and heat using a...

Date post: 09-Jul-2020
Category:
Upload: others
View: 1 times
Download: 0 times
Share this document with a friend
1
Competence plus responsibility Our clients rightly expect first class service with sustainable value. FRIATEC Aktiengesellschaft - Ceramics Division Steinzeugstraße 50 - 68229 Mannheim - Germany phone: +49 621 486-1378 - [email protected] www.friatec.de A LIGHTHOUSE FOR CLEAN ENERGY INSTALLATION OF A FUEL CELL POWER PLANT Europe’s first fuel cell power plant in the megawatt class will be installed in an industrial environment on the site of FRIATEC AG in Mannheim. The power plant is expected to go into operation in June 2016. „We are very proud to be a pioneer in the implementation of this technology", says FRIATEC Chairman Wolf. The 1.4 MW-fuel cell with an electrical efficiency of 47 percent will provide approximately 60 percent of the power requirements of FRIATEC’s production processes. This will enable FRIATEC to generate up to 46 percent of the required electrical energy, leading to a reduction of CO 2 of approximately 3,000 tons annually. FRIATEC has entered into a partnership with E.ON Connecting Energies and FuelCell Energy Solutions GmbH which are responsible for the technical implementation, installation and maintenance of the plant. Fuel cells convert fuel into electricity and heat using a highly efficient, electrochemical process. As there is no combustion, the process emits practically no pollutants. Just like a battery, a fuel cell comprises many individual cells that can be assembled to form a fuel cell stack. Each individual cell contains an anode, a cathode and an electrolyte. When a hydrogen-rich fuel such as natural gas or biogas enters the fuel cell stack, it reacts electrochemically with oxygen (i.e. air) to produce electric current, heat and water. While a typical battery provides a fixed amount of energy, fuel cells continually generate current as long as fuel is supplied. Delivery of the fuel cell module at the FRIATEC premises on 18 February 2016 Dielectric rails made of FRIALIT F99,7 for the fuel cell from left: Michael Schäfer (Project Manager), Klaus Wolf (CEO), Bernhard Stähle (ALIAXIS HR Director Germany)
Transcript
Page 1: Fuel cell power plant at FRIATEC · Fuel cells convert fuel into electricity and heat using a highly e˚ cient, electrochemical process. As there is no combustion, the process emits

Competence plus responsibilityOur clients rightly expect fi rst class service with sustainable value.

FRIATEC Aktiengesellschaft - Ceramics DivisionSteinzeugstraße 50 - 68229 Mannheim - Germanyphone: +49 621 486-1378 - [email protected]

A LIGHTHOUSE FOR CLEAN ENERGYINSTALLATION OF A FUEL CELL POWER PLANTEurope’s fi rst fuel cell power plant in the megawatt class will be installed in an industrial environment on the site of FRIATEC AG in Mannheim. The power plant is expected to go into operation in June 2016.

„We are very proud to be a pioneer in the implementation of this technology", says FRIATEC Chairman Wolf.

The 1.4 MW-fuel cell with an electrical e� ciency of 47 percent will provide approximately 60 percent of the power requirements of FRIATEC’s production processes. This will enable FRIATEC to generate up to 46 percent of the required electrical energy, leading to a reduction of CO2 of approximately 3,000 tons annually.

FRIATEC has entered into a partnership with E.ON Connecting Energies and FuelCell Energy Solutions GmbH which are responsible for the technical implementation, installation and maintenance of the plant.

Fuel cells convert fuel into electricity and heat using a highly e� cient, electrochemical process. As there is no combustion, the process emits practically no pollutants. Just like a battery, a fuel cell comprises many individual cells that can be assembled to form a fuel cell stack. Each individual cell contains an anode, a cathode and an electrolyte. When a hydrogen-rich fuel such as natural gas or biogas enters the fuel cell stack, it reacts electrochemically with oxygen (i.e. air) to produce electric current, heat and water. While a typical battery provides a fi xed amount of energy, fuel cells continually generate current as long as fuel is supplied.

Delivery of the fuel cell module at the FRIATEC premises on 18 February 2016

Dielectric rails made of FRIALIT F99,7 for the fuel cell

from left: Michael Schäfer (Project Manager), Klaus Wolf (CEO), Bernhard Stähle (ALIAXIS HR Director Germany)

Recommended