Blueplasma Power converts WASTE (the very difficult carbon-based waste to valorize -mixed plastics, textiles, foams, paper, biomass, solid digestate … even mixed) that nowadays are going to landfilling or incineration into ULTRA-LOW CO2 FOOTPRINT CHEMICALS:
(a) Liquid Chemicals as Circular Advanced Methanol, Methylal, Formaldehyde, and other solvents, etc.
(b) Circular Ultra-Low CO2 footprint Carbonates as sodium bicarbonate, potassium carbonate, among others).

Therefore we solve 2 main problems:
1) Circularity goals and their costs: BPP avoids the landfilling and incineration and, therefore, reduces the high economic cost of managing the complex waste, but at the same time BPP obtains valuable products with a ultra-low CO2 footprint. 
2) Decarbonization: BPP helps industries to decarbonize by: 
	i) consuming BPP´s Circular Advanced Solvents (Methanol, etc..)
        Ii) consuming BPP´s Circular Ultra-Low CO2 footprint Carbonates  potassium carbonate, sodium bicarbonate, among others) as raw materials which have a reduction of up to 85% in the CO2 footprint compared to standard industrial processes.

BPP´s pilot plant was co-financed by the European Commission Projects (H2020 and LIFE) 2016-2020 with more than 1,000 hours of operations testing many feedstocks.

#waste-to-chemicals
#waste-to-methanol
#wastetoCO2-free-HYDROGEN
 #On-site-waste-to-CO2-free-HYDROGEN
#On-site-solid_digestate-to-CO2-free-HYDROGEN
#Waste-to-circular-carbonates
#wastetoCHEMICALS 
        #wastetoHYDROGEN

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