biosng.com
BioSNG: Ongoing Activities
http://www.biosng.com/ongoing-activities
The production of SNG from biomass is expected to become much more efficient compared to options that might be realised on short term with â availableâ technologies. For high-efficient SNG-systems to become available, R&D should focus on pressurised indirect gasification, self-gasification, high-temperature tar reduction, OLGA, dry sulphur and chlorine removal, and SNG synthesis. The main activities with regards to this SNG related R&D comprise:. Develop high-temperature tar reduction (catalytic, partial...
biosng.com
BioSNG: System assessment
http://www.biosng.com/system-assessment
The optimum system concept is based on a gasifier that produces a (almost) nitrogen-free syngas (i.e. indirect gasifier) with preferably high amount of methane (i.e. low-temperature gasifier). The MILENA. Gasifier can be operated at indirect gasification conditions and at a temperature of about 850Â C producing such a syngas. Due to the (relatively) low temperature the syngas will, however, contain tars as well. These tars can be removed with the OLGA.
biocng.com
BioSNG: Links
http://www.biocng.com/links
Energy research Centre of the Netherlands (ECN). Homepage of the Energy research Centre of the Netherlands. Member page of the BioSNG website. Information page of the indirect gasification Milena technology. The composition of biomass and waste database. Website for tar dewpoints calculations. Gas treatment for biomass gasification.
biocng.com
BioSNG: Ongoing Activities
http://www.biocng.com/ongoing-activities
The production of SNG from biomass is expected to become much more efficient compared to options that might be realised on short term with â availableâ technologies. For high-efficient SNG-systems to become available, R&D should focus on pressurised indirect gasification, self-gasification, high-temperature tar reduction, OLGA, dry sulphur and chlorine removal, and SNG synthesis. The main activities with regards to this SNG related R&D comprise:. Develop high-temperature tar reduction (catalytic, partial...
biosng.com
BioSNG: Links
http://www.biosng.com/links
Energy research Centre of the Netherlands (ECN). Homepage of the Energy research Centre of the Netherlands. Member page of the BioSNG website. Information page of the indirect gasification Milena technology. The composition of biomass and waste database. Website for tar dewpoints calculations. Gas treatment for biomass gasification.
biocng.com
BioSNG: System assessment
http://www.biocng.com/system-assessment
The optimum system concept is based on a gasifier that produces a (almost) nitrogen-free syngas (i.e. indirect gasifier) with preferably high amount of methane (i.e. low-temperature gasifier). The MILENA. Gasifier can be operated at indirect gasification conditions and at a temperature of about 850Â C producing such a syngas. Due to the (relatively) low temperature the syngas will, however, contain tars as well. These tars can be removed with the OLGA.
biobtx.com
BioBTX: Links
http://www.biobtx.com/links
ECN developments and results. Chemicals from biomass: ECN-L-13-083. Benzene and ethylene in SNG-process: ECN-L-11-092. OLGA tar (Poly-Aromatic Hydrocarbon) removal: www.olgatechnology.com. Energy research Centre of the Netherlands (ECN) P.O. Box 1, 1755 ZG Petten, tel. 31 224 56 49 49.
