Presse
News
Download
Referenzen DE
Eiterfeld Hof
Eiterfeld Schule
Kupferzell
Remlingen
Schkölen
Talheim
standard
Visualisierung
Schnittstellen
Schnittstellen
Wirtschaftlichkeit
Über uns
Team
Partner
Zertifikate
Technologie
CR200 Biogas
Erdgas
MGT im Profil
Aufbau und Funktionsweise
Umweltaspekte
greenvironment greentech
Environmental aspects

Ever stricter environmental standards for exhaust and sound emissions make it increasingly necessary to use clean technologies. Many CHPs have to be expensively upgraded to meet the requirements of the TA Luft clean air regulations.

Greenvironment cogeneration plants are based on innovative microturbine technology. As well as economical, low-maintenance operation, microturbines are characterised by excellent environmental performance.

The environmental strongpoints of the microturbines

  • Very low exhaust emissions (well below TA Luft)
  • No oils or lubricants in the microturbine
  • Quiet operation (70 dBA at 10 m)
  • Negligible vibrations
  • Compact
  • Attractive design
  • Eligible for EEG emission reduction bonus
Exhaust air values of the Greenvironment cogeneration plant*:

Mikrogasturbine 65 kWel TA Luft thresholds Measured values % of threshold
Carbon monoxide (CO)
100 mg/m3
37 mg/m3
37 %
Nitrous oxides (NOx)
150 mg/m3
0,3 mg/m3
0,2 %
Formaldehyde (CH2O)
20 mg/m3
1,6 mg/m3
8 %

*Messung einer CR65 Mikrogasturbine vom 10.11.2008,

KWK-Anlage Remlingen bei 15 % O2 und trockenem Abgas.

 
Abluftwerte einer Greenvironment CR200 KWK-Anlage*:

Mikrogasturbine 200 kWel TA Luft thresholds Measured values % of threshold
Carbon monoxide (CO)
100 mg/m3
72 mg/m3
72 %
Nitrous oxides (NOx)
150 mg/m3
47 mg/m3
31,33 %
Formaldehyde (CH2O)
20 mg/m3
1,0 mg/m3
5 %

*Messung einer CR200 Mikrogasturbine vom 10.12.2009,

KWK-Anlage Kupferzell bei 15 % O2 und trockenem Abgas.



NEWS:
2. - 4. Februar 2010
19. Jahrestagung Fachverband Biogas, Congress Center Leipzig




9. - 11. Februar 2010
E-world energy & water 2010,             Messe Essen

 

 

 

 

 

 

 

 

 

 

 

Deutsch


mikrogasturbine technologie