国家/地区 世界知识产权组织（13）
IPC部 C（13）
IPC大类 C10（13） C01（6） C08（4）
B01（3） B82（2） H01（2）
IPC小类 C10B（13）
IPC C10B053/02（6） C10G003/00（6） C10B053/07（5）
C10B057/16（5） C10G001/00（5） C10B053/00（4）
C10B057/10（4） C10G001/10（4） C10G049/04（4）
C10G049/06（4） C10G049/08（4） C10G031/09（3）
C10G045/08（3） C10G045/12（3） C10G045/62（3）
发明人 ATKINS M（5） AZCONA CALERO M（2） URAGA PASTOR C（2）
公开年 2022（6） 2021（3） 2023（3）
申请年 2021（5）  2020（4）  2022（3） 
专利权人 ABUNDIA BIOM.（5） NANTEK HUB S.（2）

Producing thermally stabilized agglomerated lignin-carbon composite material, by providing agglomerated lignin-carbon composite material, and heating agglomerated lignin-carbon composite material to specific temperature to obtain thermally stabilized agglomerated lignin-carbon composite material.

OLSSON V, WALTER S, WACHTLER M, LINDSTROEM M

Treating polymeric materials e.g. polyolefinic used in co-producing hydrogen, comprises submitting polymeric materials to depolymerization treatment, and introducing hydrocarbons contained in second fraction into catalytic decomposition.

BASSET J, GORIUS A

Pyrolysis process activated by nanocarbon-based metal free reagents to obtain synthetic fuels from plastic waste, involves adding feedstock of plastic waste and metal free reagent to reactor, separating gases, cooling gas fractions, and extracting resulting liquid fraction as final product.

URAGA PASTOR C, AZCONA CALERO M

Production of carbon nanofilament for producing e.g. graphene, involves feeding reaction chamber containing carbon-sequestration catalyst particles with continuous gaseous flow containing hydrocarbon compounds and carbon oxide, inside reaction chamber, and withdrawing gas from chamber.

ABATZOGLOU N, GITZHOFER F, LAROCHE Y, BLANCHARD J

Forming bio-gasoline fuel from biomass feedstock involves providing biomass feedstock, ensuring moisture content of biomass feedstock, pyrolyzing low moisture biomass feedstock to obtain mixture of biochar, hydrocarbon feedstock, non-condensable light gases, such as hydrogen, carbon monoxide.

ATKINS M

Forming bio-diesel fuel from biomass feedstock involves pyrolyzing low moisture biomass feedstock to form mixture of biochar, hydrocarbon feedstock, non-condensable light gases, separating hydrocarbon feedstock, hydrocracking hydrocarbon feedstock in presence of hydrocracking catalyst and hydrogen.

ATKINS M

Formation of biomass-derived hydrocarbon feedstock used for forming e.g. bio-derived liquefied petroleum gas, involves pyrolyzing low-moisture biomass feedstock to form mixture of biochar, hydrocarbon feedstock, non-condensable light gases and water, and separating hydrocarbon feedstock from mixture.

ATKINS M

Formation of biomass-derived hydrocarbon feedstock in formation of e.g. refined bio-oil, involves adjusting moisture content of biomass feedstock, pyrolyzing to obtain mixture of biochar, hydrocarbon feedstock, non-condensable light gases, and water, and separating hydrocarbon feedstock from mixture.

ATKINS M

Forming biomass derived hydrocarbon feedstock, suitable for producing bionaphtha, from biomass feedstock by providing biomass feedstock, ensuring moisture content of biomass feedstock, pyrolysing low moisture biomass feedstock to form mixture comprising biochar and separating.

ATKINS M

Pyrolyzing for obtaining petrochemical products from plastic waste by adding feedstock of plastic waste and nanoparticle carbon-based reagents to pyrolysis reactor, heating, separating generated gases, cooling obtained gas fractions to obtain liquid fraction, and extracting resulting liquid fraction.

ANDRAKA RUEDA N, URAGA PASTOR C, AZCONA CALERO M