Paths to Sustainable Distributed Generation through 2050: Matching Local Waste Biomass Resources with Grid, Industrial, and Community Needs | Zendy

Corinne D. Scown | Zendy; Alastair Robinson | Zendy; Hanna Breunig | Zendy; Ling Jin | Zendy; Tyler Huntington | Zendy; Sarah Smith | Zendy; Jay Devkota | Zendy; Sarah L. Nordahl | Zendy; Nawa Raj Baral | Zendy

Open Access

Paths to Sustainable Distributed Generation through 2050: Matching Local Waste Biomass Resources with Grid, Industrial, and Community Needs

Author(s) -

Corinne D. Scown,

Alastair Robinson,

Hanna Breunig,

Ling Jin,

Tyler Huntington,

Sarah Smith,

Jay Devkota,

Sarah L. Nordahl,

Nawa Raj Baral

Publication year - 2019

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/1616177

Subject(s) - biogas , biomass (ecology) , waste to energy , waste heat , resource (disambiguation) , environmental science , environmental economics , grid , waste management , industrial ecology , biodegradable waste , greenhouse gas , electricity generation , renewable energy , municipal solid waste , computer science , engineering , sustainability , heat exchanger , power (physics) , mathematics , ecology , biology , electrical engineering , economics , computer network , oceanography , geometry , quantum mechanics , mechanical engineering , physics , geology

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