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=== MetGen Oy === | === MetGen Oy === | ||
{{Infobox provider-enzymatic processes|Company=MetGen Oy|Processable volume=3 tonnes|Feedstock=Lignin (waste stream in pulp and paper industries and biorefineries)|Other=|Temperature=50|Safety restrictions=|Reactor material=Acid durable steel quality S 316|Reactor=Steel Reactor|Controlled paramaters=Temperature, pressure, air flow, pH, DS|Webpage=www.metgen.com|Agitator=Rushton turbine|Capacity=50 kg/week (lignin)|TRL=8|Technology category=Conversion (Biochemical processes and technologies)|Technology name=METNIN™|Contact=Alex Michine|Country=Finland|Product=METNIN™ SHIELD - a sustainable BIO-BASED additive for fiber-based packaging boards.}} | {{Infobox provider-enzymatic processes|Company=MetGen Oy|Processable volume=3 tonnes|Feedstock=Lignin (waste stream in pulp and paper industries and biorefineries)|Other=|Temperature=50|Safety restrictions=|Reactor material=Acid durable steel quality S 316|Reactor=Steel Reactor|Controlled paramaters=Temperature, pressure, air flow, pH, DS|Webpage=www.metgen.com|Agitator=Rushton turbine|Capacity=50 kg/week (lignin)|TRL=8|Technology category=Conversion (Biochemical processes and technologies)|Technology name=METNIN™|Contact=Alex Michine|Country=Finland|Product=METNIN™ SHIELD - a sustainable BIO-BASED additive for fiber-based packaging boards.|Image=METGEN logo.jpg}} | ||
MetGen has developed and commercially launched a novel lignin valorization technology, METNIN™ to valorize the underutilized lignin streams from modern biorefineries, and pulp and paper mills. METNIN™ is a unique market driven technology combines affordable engineering with advanced biotechnology and turns abundant industrial side stream into sustainable and recyclable alternatives for petrochemicals. | MetGen has developed and commercially launched a novel lignin valorization technology, METNIN™ to valorize the underutilized lignin streams from modern biorefineries, and pulp and paper mills. METNIN™ is a unique market driven technology combines affordable engineering with advanced biotechnology and turns abundant industrial side stream into sustainable and recyclable alternatives for petrochemicals. |