Sentences with phrase «solid waste generation»

A life cycle inventory (LCI) is an environmental profile that expresses environmental burdens from the perspective of energy consumption, solid waste generation, atmospheric emissions, and waterborne emissions.

To aid researchers, EPA hosts a collection of historic tables on municipal solid waste generation in America, as well as related scoping studies and research memos.

Solid waste generation in the United States continues to rise at a steady rate.

15Excludes existing hydroelectric generation, and excludes existing and new municipal solid waste generation.

New eco-clothes are still new clothes, and the fashion industry's insistence that one season's cool togs are the next season's trash spurs us to squander resources: Americans discarded 8,640,000 tons of clothing and footwear in 2006, according to Environmental Protection Agency estimates of municipal solid waste generation — a quantity that has more than doubled since 1990.

Minimizing solid waste generation continues to be an important environmental concern and one that Hormel Foods seeks to minimize through our operations.

Actions include setting and updating sustainability goals, improving the sustainability profile of their packaging, reducing solid waste generation, greenhouse gas emissions and consumption of water and power, supporting environmental organizations and adopting corporate social responsibility initiatives to improve the plight of the neediest among us.Read More >

Not exact matches

Anaerobic wastewater treatment and organic solid waste treatment, both with biogas generation, are definitely one of the most sustainable sources of renewable energy to consider for many industries around the world.

A: In 2005 (and again in 2010), we set a goal to reduce our solid waste (including food waste) generation rate in our manufacturing operations by 50 % in 2015 versus our fiscal 2005.

Rethinking Waste focuses on how to decrease the generation of solid waste and increase what is taken out of the waste stream through recycling and reuse.

The smallest subsidies on a per unit basis were for coal, natural gas and petroleum liquids, and municipal solid waste, all at less than $ 0.45 per megawatthour of generation.»

Tier II sources include: waste coal, large - scale hydropower, municipal solid waste, integrated combined coal gasification technology, utilizing wood pulping, employing distribution generation systems, and demand - side management use.

The solid lines show retail prices required for distributed generation or DG - building the same technologies near thermal users and recycling normally wasted heat.

Tomczyck (1997)(28) states the following... «The power generation and municipal solid waste management industries share an interest in the use of process engineered fuel (PEF) comprised mainly of paper and plastics as a supplement to conventional fuels.

-- The term «renewable energy» means energy generated from solar, wind, biomass, landfill gas, ocean (including tidal, wave, current, and thermal), geothermal, municipal solid waste, or new hydroelectric generation capacity achieved from increased efficiency or additions of new capacity at an existing hydroelectric project.

Environmental costs of coal combustion: health; agriculture; industry, transportation, materials, buildings and infrastructure; water pollution; pollution of heavy metal to soil; solid waste of coal burning and electricity generation.

Prior to that, I spent about 5 years in various aspects of power generation (coal, nuclear, and municipal solid waste).

It includes information on municipal solid waste (MSW) generation, recycling, combustion with energy recovery and landfilling.

Population density also lowers energy and water use in all categories, constrains family size, limits the consumption of all kinds of goods, reduces ownership of wasteful appliances, decreases the generation of solid waste, and forces most residents to live in some of the world's most inherently energy - efficient residential structures: apartment buildings.

Landfill methane was modeled using a forecast of municipal solid waste going to landfills of a dynamic fractionation: the degradable carbon content that would be anaerobically broken down was measured, and assumptions were made as to when and what portion of resultant methane could and would be captured and combusted for electricity generation.

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From generation to disposal, waste management entails the collection, transport and treatment of solid and wet waste.