Regenerative Energie

Biogas

Biomasse

Erneuerbare allgemein

Energieeinsparung

Erdwärme

Grünes Geld

Klimaschutz

Kraft-Wärme-Kopplung

Meeresenergie

Mobilität

Photovoltaik

Solarthermie

Wärmepumpen

Wasserkraft

Windenergie

content-Partner

Increasing co-incineration requirements and the utilization of Solid Recovered Fuels (SRF) to realize the best overall environmental outcome

The introduction of the five steps waste hierarchy in the current revision of the Closed Substance Cycle Management Act, the cessation of free allocation from 2013 on and the upcoming tightening of requirements in 17th Federal Immissions Control Decree cause increasing demands on co-incineration. These requirements include the precise determination of fuel consumption and property and the guarantee of a proper, safe and environmentally compatible utilisation. By using high quality solid recovered fuels high CO2 savings and a high efficient utilisation of the energy contained in waste are achieved. Within the framework of the new legal regulations the quality assurance can be used as "verification instrument".

Caused by the present changings in legal situation the German waste management must cope with numerous changes. The sector of solid recovered fuels must face not only the changes through the revision of the Closed Substance Cycle Management Law but through the Greenhouse Gas Emissions Trading Act and the amendment of the 17th Federal Immissions Control Drecree as well. In the present paper the resulting requirements shall be pointed out especially together with the chances for co-incineration and the possibilities of quality assurance as 'verification-instrument�. By means of CO2 emissions and other factors like the biomass content and energy-efficient utilisation of solid recovered fuels in power plants and cement kilns, the 'high-grade� of coincineration of quality assured solid recovered fuels is explained.

Copyright:	© Arbeitsgemeinschaft Stoffspezifische Abfallbehandlung ASA e.V.
Quelle:	9. Recyclingtage 2012 (September 2012)
Seiten:	11
Preis:	€ 5,50
Autor:	Dipl.-Ing. Julia Geiping Prof. Dr.-Ing. Sabine Flamme
	Diesen Fachartikel kaufen... (nach Kauf erscheint Ihr Warenkorb oben links)
	Artikel weiterempfehlen
	Artikel nach Login kommentieren

---