Thermal Waste Treatment Plant Spittelau – New Construction to the Existing Plant –
© Thomé-Kozmiensky Verlag GmbH (12/2015)
The thermal waste treatment plant Spittelau is steeped in history and tradition. It is one out of four municipal solid waste incinerations plants in Vienna. The plant was built from 1969 until 1971 for the purpose of thermal utilization of municipal waste and household-type commercial waste as well as energy supply of the new General Hospital Vienna two kilometres away via district heating. The plant was equipped with two hot-water boilers to ensure heat supply at all times. Although it is located in the town-centre of Vienna its architectural structure did not differ significantly from the traditional plant structure.
© Thomé-Kozmiensky Verlag GmbH (12/2015)
The thermal waste treatment plant Spittelau is steeped in history and tradition. It is one out of four municipal solid waste incinerations plants in Vienna. The plant was built from 1969 until 1971 for the purpose of thermal utilization of municipal waste and household-type commercial waste as well as energy supply of the new General Hospital Vienna two kilometres away via district heating. The plant was equipped with two hot-water boilers to ensure heat supply at all times. Although it is located in the town-centre of Vienna its architectural structure did not differ significantly from the traditional plant structure.
Thermal Waste Treatment Plant Spittelau – New Construction to the Existing Plant –
© Thomé-Kozmiensky Verlag GmbH (11/2014)
The thermal waste treatment plant Spittelau is steeped in history and tradition. It is one out of four municipal solid waste incinerations plants in Vienna. The plant was built from 1969 until 1971 for the purpose of thermal utilization of municipal waste and household-type commercial waste as well as energy supply of the new General Hospital Vienna two kilometres away via district heating. The plant was equipped with two hot-water boilers to ensure heat supply at all times. Although it is located in the town-centre of Vienna its architectural structure did not differ significantly from the traditional plant structure.
© Thomé-Kozmiensky Verlag GmbH (11/2014)
The thermal waste treatment plant Spittelau is steeped in history and tradition. It is one out of four municipal solid waste incinerations plants in Vienna. The plant was built from 1969 until 1971 for the purpose of thermal utilization of municipal waste and household-type commercial waste as well as energy supply of the new General Hospital Vienna two kilometres away via district heating. The plant was equipped with two hot-water boilers to ensure heat supply at all times. Although it is located in the town-centre of Vienna its architectural structure did not differ significantly from the traditional plant structure.
Waste Availability, Successful Regional Strategies and New WtE Projects Shaping – The Benefits and Application of the Optimization Tool NERUDA –
© Thomé-Kozmiensky Verlag GmbH (11/2014)
There are more than 2,000 waste-to-energy plants (WtE) in operation worldwide. Only in Europe are there facilities with an overall processing capacity of around 100 million tons. These are mainly located in Western Europe and their erection took place between 1980 and 2000 when these countries were in the process of transiting their waste management systems into more efficient forms. Even though 120 million tons of municipal solid waste (MSW) was still landfilled in 2010 in EU, the outlook for new plants within Europe in this decade is pessimistic. There are only a number of several new plants planned and the centre point of future construction has shifted to Asia.
© Thomé-Kozmiensky Verlag GmbH (11/2014)
There are more than 2,000 waste-to-energy plants (WtE) in operation worldwide. Only in Europe are there facilities with an overall processing capacity of around 100 million tons. These are mainly located in Western Europe and their erection took place between 1980 and 2000 when these countries were in the process of transiting their waste management systems into more efficient forms. Even though 120 million tons of municipal solid waste (MSW) was still landfilled in 2010 in EU, the outlook for new plants within Europe in this decade is pessimistic. There are only a number of several new plants planned and the centre point of future construction has shifted to Asia.
Energy Directive 2009/28/EC of 23 April 2009
© AIRE (Adapting and installing an international vocational training for renewable energy) (1/2012)
Directive on promotion of the use of energy from renewable sources and ... on the qualified labour needed in order to implement this directive.
© AIRE (Adapting and installing an international vocational training for renewable energy) (1/2012)
Directive on promotion of the use of energy from renewable sources and ... on the qualified labour needed in order to implement this directive.
3. Other Forms of Energy, EQF 3 Premium
© AIRE (Adapting and installing an international vocational training for renewable energy) (1/2012)
Which knowledge, skills and competences does an AIRE specialist need as far as usual forms of energy are concerned?
© AIRE (Adapting and installing an international vocational training for renewable energy) (1/2012)
Which knowledge, skills and competences does an AIRE specialist need as far as usual forms of energy are concerned?
Solid Recovered Fuel Power Station Eisenhüttenstadt for the Energy Supply of a Paper Machine
© Thomé-Kozmiensky Verlag GmbH (9/2011)
In principle the typical technologies known from the thermal treatment of municipal solid waste are applicable for the thermal utilization of residues from the paper industry. The most commonly used technologies are the grate firing systems and fluidized bed combustors. Grate systems are a well proven technology. Their advantages are their robust construction, ability to handle large fuel particles and contraries as well as a comparatively simple fuel feeding.
© Thomé-Kozmiensky Verlag GmbH (9/2011)
In principle the typical technologies known from the thermal treatment of municipal solid waste are applicable for the thermal utilization of residues from the paper industry. The most commonly used technologies are the grate firing systems and fluidized bed combustors. Grate systems are a well proven technology. Their advantages are their robust construction, ability to handle large fuel particles and contraries as well as a comparatively simple fuel feeding.
How Construction Standards Can Reduce Carbon Emissions: An African Case Study
© Lexxion Verlagsgesellschaft mbH (12/2010)
Building techniques typically employ cement, a material with high embedded carbon. Rammed Earth, a traditional building material, has a far lower carbon impact. In the search for sustainable development across the developed and developing world, building techniques have an important role to play.
© Lexxion Verlagsgesellschaft mbH (12/2010)
Building techniques typically employ cement, a material with high embedded carbon. Rammed Earth, a traditional building material, has a far lower carbon impact. In the search for sustainable development across the developed and developing world, building techniques have an important role to play.
Warming Up to Climate Action
© Lexxion Verlagsgesellschaft mbH (6/2010)
A Survey of GHG Mitigation through Building Energy Efficiency in City Climate Action Plans
© Lexxion Verlagsgesellschaft mbH (6/2010)
A Survey of GHG Mitigation through Building Energy Efficiency in City Climate Action Plans
Construction with Plastic Bottles and Debris
© Eigenbeiträge der Autoren (4/2010)
The ECO-TEC method, a system where individuals and families learn by working together to form a structure that will be of benefit to the community, utilizes non-Âreturnable PET bottles as bricks, filling them with soil, gravel, plastic trash, or other materials from the site. The PET bottle bricks are linked together to form a coherent structure.
© Eigenbeiträge der Autoren (4/2010)
The ECO-TEC method, a system where individuals and families learn by working together to form a structure that will be of benefit to the community, utilizes non-Âreturnable PET bottles as bricks, filling them with soil, gravel, plastic trash, or other materials from the site. The PET bottle bricks are linked together to form a coherent structure.
New technologies opposing urban sustainability
© Aristotle University of Thessaloniki (6/2009)
In the last two decades or so, a series of new technological developments has strongly affected everyday life of individuals in developed regions of the global: First, new developments in ICT’s, multimedia and telecommunications provide excessive information to individuals generating a growing flow of events in time, or a kind of ‘acceleration of history’, and giving rise to information societies.
© Aristotle University of Thessaloniki (6/2009)
In the last two decades or so, a series of new technological developments has strongly affected everyday life of individuals in developed regions of the global: First, new developments in ICT’s, multimedia and telecommunications provide excessive information to individuals generating a growing flow of events in time, or a kind of ‘acceleration of history’, and giving rise to information societies.
