Slow pyrolysis of solid materials can produce new materials usable for energy or chemical industry. The advantage of pyrolysis devices is the simple construction and process control and the ability to utilize materials with different properties (composition, ash content). Produced gaseous, liquid and solid materials could be used as a sources of energy, raw materials in chemical industry or substances for improving of soil properties. At article are described products of slow pyrolysis of biomass (wood chips), agrifuels (hay, wheat straw) and sewage sludge
This study is an analysis of the potential to have a slow pyrolysis power plant in Brista, Sweden. T...
The use of fossil fuels for energy purposes results in the emission of large amounts of carbon dioxi...
Biomass is a promising sustainable and renewable energy source, due to its high diversity of sources...
Slow pyrolysis of solid materials can produce new materials usable for energy or chemical industry. ...
Pyrolysis is the thermal process of decomposition of organic material under elevated temperatures an...
Biomass materials can be transformed to a gas, a solid or a liquid by pyrolysis, the thermal decompo...
In the future, renewable energy technologies will have a significant role in catering to energy secu...
This article is focused on a complex evaluation of the process gas produced within an experimental p...
Pyrolysis of coal or any carbonaceous material is a good method for producing valuable products such...
Normally any organic substance (oil, plastic, wood, paper, rubber, cloth, animal waste biomass, slu...
Liquid biofuels have several advantages over solid or gaseous fuels. Pyrolysis liquids produced from...
This article reports the state of the art of the characteristics of products derived from the pyroly...
The primary aim of the Hidaspyro project was to support and develop slow pyrolysis business operatio...
The fundamentals of pyrolysis, its latest developments, the different conditions of the process and ...
The pyrolysis of biomass is a thermal treatment which results in the production of char, liquid and ...
This study is an analysis of the potential to have a slow pyrolysis power plant in Brista, Sweden. T...
The use of fossil fuels for energy purposes results in the emission of large amounts of carbon dioxi...
Biomass is a promising sustainable and renewable energy source, due to its high diversity of sources...
Slow pyrolysis of solid materials can produce new materials usable for energy or chemical industry. ...
Pyrolysis is the thermal process of decomposition of organic material under elevated temperatures an...
Biomass materials can be transformed to a gas, a solid or a liquid by pyrolysis, the thermal decompo...
In the future, renewable energy technologies will have a significant role in catering to energy secu...
This article is focused on a complex evaluation of the process gas produced within an experimental p...
Pyrolysis of coal or any carbonaceous material is a good method for producing valuable products such...
Normally any organic substance (oil, plastic, wood, paper, rubber, cloth, animal waste biomass, slu...
Liquid biofuels have several advantages over solid or gaseous fuels. Pyrolysis liquids produced from...
This article reports the state of the art of the characteristics of products derived from the pyroly...
The primary aim of the Hidaspyro project was to support and develop slow pyrolysis business operatio...
The fundamentals of pyrolysis, its latest developments, the different conditions of the process and ...
The pyrolysis of biomass is a thermal treatment which results in the production of char, liquid and ...
This study is an analysis of the potential to have a slow pyrolysis power plant in Brista, Sweden. T...
The use of fossil fuels for energy purposes results in the emission of large amounts of carbon dioxi...
Biomass is a promising sustainable and renewable energy source, due to its high diversity of sources...