Add to ORKGIncineration of solid waste with recovery of energy is practiced in communities serving over 30 % of the population of the F.R.G. Although solid waste has an energy content corresponding to only 2 % of the total energy demand, in individual cases, up to 9% of the electrical requirements (e.g, Munich) are supplied by waste incineration. The basic problems of energy recovery via incineration are reviewed, and a number of practical suggestions are made for the planning and implementation of such schemes. K.ey Words—Incineration, energy recovery, district heating, electricity production, Federal Republic of Germany. 1
The actual attention to the necessity to improve innovative systems of energy recovery, together wit...
In the EU’s waste strategy, the order for sustainable waste actions is: reduction, reuse and recycli...
This study gives a detailed overview over the German waste-to-energy sector in 2015. The aim is to q...
none2Thanks to energy recovery, municipal solid waste (MSW), in addition to acquiring a significan...
The first part of this thesis sums up problems arising from waste production and compares different ...
Recycling as domestic waste treatment means recovering materials and returning them to the industria...
The aim of this work is to identify the current level of energy recovery through waste thermal treat...
This paper presents an overview of the solutions available for obtaining energy from municipal solid...
This paper deals with a key issue related to municipal waste incineration, which is the efficiency o...
The actual attention to the necessity to improve innovative systems of energy recovery, together wit...
This study proposes a multi-step approach to evaluating the environmental and economic aspects of a ...
Energy recovery from waste can follow several routes. The most common one is waste direct combustion...
Given the desirability of reducing fossil fuel consumption, together with the increasing production ...
The article summarizes possibilities of energy recovery from municipal waste. It describes the histo...
In the EU’s waste strategy, the order for sustainable waste actions is: reduction, reuse and recycli...
The actual attention to the necessity to improve innovative systems of energy recovery, together wit...
In the EU’s waste strategy, the order for sustainable waste actions is: reduction, reuse and recycli...
This study gives a detailed overview over the German waste-to-energy sector in 2015. The aim is to q...
none2Thanks to energy recovery, municipal solid waste (MSW), in addition to acquiring a significan...
The first part of this thesis sums up problems arising from waste production and compares different ...
Recycling as domestic waste treatment means recovering materials and returning them to the industria...
The aim of this work is to identify the current level of energy recovery through waste thermal treat...
This paper presents an overview of the solutions available for obtaining energy from municipal solid...
This paper deals with a key issue related to municipal waste incineration, which is the efficiency o...
The actual attention to the necessity to improve innovative systems of energy recovery, together wit...
This study proposes a multi-step approach to evaluating the environmental and economic aspects of a ...
Energy recovery from waste can follow several routes. The most common one is waste direct combustion...
Given the desirability of reducing fossil fuel consumption, together with the increasing production ...
The article summarizes possibilities of energy recovery from municipal waste. It describes the histo...
In the EU’s waste strategy, the order for sustainable waste actions is: reduction, reuse and recycli...
The actual attention to the necessity to improve innovative systems of energy recovery, together wit...
In the EU’s waste strategy, the order for sustainable waste actions is: reduction, reuse and recycli...
This study gives a detailed overview over the German waste-to-energy sector in 2015. The aim is to q...