Finaxo Environnement reports successful trial of experimental pyrogasification of biomass
Finaxo Environnement, a French bioenergy and water treatment developer, announces that tests carried out over six months on the experimental pyrogasification unit at the CVG Carbohydrate Utilization Centre in Amiens (France) have confirmed the efficiency of its patented technology on sugar beet molasses distillery slops (DS), with results 5% better than forecast.
Work on the experimental pyrogasification unit is part of the Pyrobio Energy+ project [*.pdf/French] run jointly by Finaxo Environnement, Téréos (an agro-industrial giant) and CVG (Centre de valorisation des glucides et produits naturels) at the Industry & AgroRessources science park operated by the Picardie and Champagne-Ardenne regional governments.
Pyrogasification involves ultra-fast transfer of heat (600 to 900°C) to the heart of the material, in the absence of oxygen, to burn organic matter and extract gas as a utilizable bioenergy source. Fertilizer rich in potassium and trace elements is produced as a valuable byproduct.
Finaxo Environnement's experimental reactor (schematic, click to enlarge) shows several key innovations:
The tests on beet slops confirmed the feasibility of an industrial-scale plant, which should achieve results higher than initially expected. Initial validation results indicate that the target set by Téréos project manager Philippe Roux, namely '20% energy savings and 35,000 tonne reduction in atmospheric discharge of carbon at the Origny distillery' will be bettered.
Encouraged by these results, Finaxo Environnement will be pushing ahead with its programme, using the experimental pyrogasification unit to run tests on other types of biomass. Phase 2 of the project with Téréos, involving development of an industrial-scale pyrogasification unit capable of processing five tonnes of beet slop per hour, thus appears to be on track.
Molasses distillery slops are a byproduct of distillation of sugar crops, a product with a high viscosity which is difficult to handle and store, and requires specific equipment. Simply burning the product is energy inefficient and releases a large amount of pollution. As global ethanol output from beets and sugar cane increases, Finaxo Environnement wants to tap into this abundant resource with its pyrogasification process:
energy :: sustainability :: biomass :: bioenergy :: biofuels :: fast pyrolysis :: gasification :: waste :: France ::
The pyrogasification process can be applied to a large number of biomass feedstocks (from dedicated energy crops to agro-forestry residues). Other organic waste streams, such as livestock residues, abbatoir coproducts, organic rich muds and sludges from urban and industrial processes, plastics, tires, and so on can be utilized as well.
Finaxo Environnement has also taken its first order for a heat-from-waste unit using its Pyrobio pyrogasification technology. The unit, to be delivered in November 2007, will be used by a shopping centre to heat and air-condition premises measuring 800 square metres using energy from waste wood, paper and card.
The 100 tonnes per year of waste material will convert under pyrolysis to 417,600 kWh, equivalent to burning 42 tonnes of fuel, to bring an overall CO2 reduction of 142 tonnes.
As well as avoiding dioxin pollution and achieving higher efficiency, the other main advantage of the Pyrobio process over incineration is that it produces gas, which means energy can be used for air-conditioning, by absorption cooling, for improved energy savings.
Finaxo Environnement sees substantial development prospects from Pyrobio implementation in this kind of shopping centre application.
In another development, the company has received an order for 12 ultrafiltration units for Annecy City Council.
Ultrafiltration involves filtering water through a membrane that traps viruses, larger bacteria and mineral matter larger than a hundredth of a micron. Free of organic matter, the resulting water does not need chlorination, and its mineral salt content is unaltered.
The units will be delivered in March 2008. The contract is worth €1 million.
Finaxo Environnement specializes in water treatment and biomass energy applications. As well as designing and making wastewater and drinking water treatment plants, it owns and develops rapid pyrogasification technology for organic matter treatment and energy utilization. Finaxo Environnement has been listed on the Marché Libre stock market since 18 June 2007.
The Pyrobio Energy+ project is the first to have been accepted by the French government for its 'plan for competitiveness' ('Pôle de Compétitivité') in the agro-industrial sector. Located in Picardia and the Champagne-Ardenne region, the project benefits from the large availability of biomass resources and industrial and scientific expertise in the green chemistry sector.
Projects in this 'pôle' must put France on the map as a leader in the development of bioenergy (biofuels, bio-electricity, heat), biomaterials (in construction, textiles, etc), biomolecules (in the pharmaceutical, cosmetic, and household product sectors) and in the sector of nutrition. Under the plan, by 2015, France wants to be a global reference for innovation in the bioeconomy.
References:
Finaxo Environnement: Pyrobio Energy+ Pyro-gazeification des matières organiques [*.pdf].
Betteraves, vinasses, énergie et éthanol - Pyrobio Energy +, premier projet financé par le gouvernement [*.pdf] - Champ'éco, Juin-Juillet 2006, Supplément N°52.
Work on the experimental pyrogasification unit is part of the Pyrobio Energy+ project [*.pdf/French] run jointly by Finaxo Environnement, Téréos (an agro-industrial giant) and CVG (Centre de valorisation des glucides et produits naturels) at the Industry & AgroRessources science park operated by the Picardie and Champagne-Ardenne regional governments.
Pyrogasification involves ultra-fast transfer of heat (600 to 900°C) to the heart of the material, in the absence of oxygen, to burn organic matter and extract gas as a utilizable bioenergy source. Fertilizer rich in potassium and trace elements is produced as a valuable byproduct.
Finaxo Environnement's experimental reactor (schematic, click to enlarge) shows several key innovations:
- a patented process relying on the utilisation of beds of small preheated iron balls to which the feedstock is introduced, which offers an increased thermal transfer (shown in bright yellow in the schematic)
- fast pyrolysis (contrary to more common slow pyrolysis processes), which results in the production of a combustible gas with an energy potential closer to that of the raw material; reduction of energy losses
- residual coke is burned to boost the amount of energy needed to drive the pyrolysis reaction, while at the same time preheating the pyrolysis gas which reduces the condensable fraction
- the mineralisation of the organic material is close to complete
The tests on beet slops confirmed the feasibility of an industrial-scale plant, which should achieve results higher than initially expected. Initial validation results indicate that the target set by Téréos project manager Philippe Roux, namely '20% energy savings and 35,000 tonne reduction in atmospheric discharge of carbon at the Origny distillery' will be bettered.
Encouraged by these results, Finaxo Environnement will be pushing ahead with its programme, using the experimental pyrogasification unit to run tests on other types of biomass. Phase 2 of the project with Téréos, involving development of an industrial-scale pyrogasification unit capable of processing five tonnes of beet slop per hour, thus appears to be on track.
Molasses distillery slops are a byproduct of distillation of sugar crops, a product with a high viscosity which is difficult to handle and store, and requires specific equipment. Simply burning the product is energy inefficient and releases a large amount of pollution. As global ethanol output from beets and sugar cane increases, Finaxo Environnement wants to tap into this abundant resource with its pyrogasification process:
energy :: sustainability :: biomass :: bioenergy :: biofuels :: fast pyrolysis :: gasification :: waste :: France ::
The pyrogasification process can be applied to a large number of biomass feedstocks (from dedicated energy crops to agro-forestry residues). Other organic waste streams, such as livestock residues, abbatoir coproducts, organic rich muds and sludges from urban and industrial processes, plastics, tires, and so on can be utilized as well.
Finaxo Environnement has also taken its first order for a heat-from-waste unit using its Pyrobio pyrogasification technology. The unit, to be delivered in November 2007, will be used by a shopping centre to heat and air-condition premises measuring 800 square metres using energy from waste wood, paper and card.
The 100 tonnes per year of waste material will convert under pyrolysis to 417,600 kWh, equivalent to burning 42 tonnes of fuel, to bring an overall CO2 reduction of 142 tonnes.
As well as avoiding dioxin pollution and achieving higher efficiency, the other main advantage of the Pyrobio process over incineration is that it produces gas, which means energy can be used for air-conditioning, by absorption cooling, for improved energy savings.
Finaxo Environnement sees substantial development prospects from Pyrobio implementation in this kind of shopping centre application.
In another development, the company has received an order for 12 ultrafiltration units for Annecy City Council.
Ultrafiltration involves filtering water through a membrane that traps viruses, larger bacteria and mineral matter larger than a hundredth of a micron. Free of organic matter, the resulting water does not need chlorination, and its mineral salt content is unaltered.
The units will be delivered in March 2008. The contract is worth €1 million.
Finaxo Environnement specializes in water treatment and biomass energy applications. As well as designing and making wastewater and drinking water treatment plants, it owns and develops rapid pyrogasification technology for organic matter treatment and energy utilization. Finaxo Environnement has been listed on the Marché Libre stock market since 18 June 2007.
The Pyrobio Energy+ project is the first to have been accepted by the French government for its 'plan for competitiveness' ('Pôle de Compétitivité') in the agro-industrial sector. Located in Picardia and the Champagne-Ardenne region, the project benefits from the large availability of biomass resources and industrial and scientific expertise in the green chemistry sector.
Projects in this 'pôle' must put France on the map as a leader in the development of bioenergy (biofuels, bio-electricity, heat), biomaterials (in construction, textiles, etc), biomolecules (in the pharmaceutical, cosmetic, and household product sectors) and in the sector of nutrition. Under the plan, by 2015, France wants to be a global reference for innovation in the bioeconomy.
References:
Finaxo Environnement: Pyrobio Energy+ Pyro-gazeification des matières organiques [*.pdf].
Betteraves, vinasses, énergie et éthanol - Pyrobio Energy +, premier projet financé par le gouvernement [*.pdf] - Champ'éco, Juin-Juillet 2006, Supplément N°52.
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