that its use can decrease the amount of methane, another greenhouse gas, emitted from decaying organic matter in landfills, and from livestock manure and sewage;
Reduced Pressure on Oil: One of the main drivers for governments, businesses and consumers to explore the use of biomass for renewable energy and bioproducts is that oil is a finite resource that cannot be renewed. While the use of oil for power is a significant contributor towards climate change, there are many oil-based products used today that cannot yet be produce sustainably with biomass; including medicines, cosmetics, plastics and synthetic fabrics. The advantage of biomass for renewable energy and bioproducts is that it reduces the pressure on rapidly depleting oil reserves, providing us with more time to develop biomass-based alternatives;
Less Waste: Growing population, changing consumption patterns and increased affluence have all resulted in increased production of certain types of biomass that are often sent to landfill. Landfills are not only an eyesore for local communities, but they can also pollute local groundwater and soils. Furthermore, in Canada and the United States, many landfills are reaching their capacity with no long-term alternatives. Theadvantage of biomass for renewable energy and bioproducts is that it results in less material being sent to the landfill, thus prolonging the landfill’s life and reducing negative impacts;
Flexibility: Biomass can be converted into solid, liquid or gaseous energy for a variety of industrial, agricultural and residential applications; including electricity, heat and transportation fuels. Biomass can also be used to produce a multitude of different bioproducts, such as biochemicals, bioplastics and biolubricants. The advantage of biomass for renewable energy and bioproducts is that it can be converted into many different types of power and products to suite local needs and capture local opportunities;
that its use can decrease the amount of methane, another greenhouse gas, emitted from decaying organic matter in landfills, and from livestock manure and sewage;
Reduced Pressure on Oil: One of the main drivers for governments, businesses and consumers to explore the use of biomass for renewable energy and bioproducts is that oil is a finite resource that cannot be renewed. While the use of oil for power is a significant contributor towards climate change, there are many oil-based products used today that cannot yet be produce sustainably with biomass; including medicines, cosmetics, plastics and synthetic fabrics. The advantage of biomass for renewable energy and bioproducts is that it reduces the pressure on rapidly depleting oil reserves, providing us with more time to develop biomass-based alternatives;
Less Waste: Growing population, changing consumption patterns and increased affluence have all resulted in increased production of certain types of biomass that are often sent to landfill. Landfills are not only an eyesore for local communities, but they can also pollute local groundwater and soils. Furthermore, in Canada and the United States, many landfills are reaching their capacity with no long-term alternatives. Theadvantage of biomass for renewable energy and bioproducts is that it results in less material being sent to the landfill, thus prolonging the landfill’s life and reducing negative impacts;
Flexibility: Biomass can be converted into solid, liquid or gaseous energy for a variety of industrial, agricultural and residential applications; including electricity, heat and transportation fuels. Biomass can also be used to produce a multitude of different bioproducts, such as biochemicals, bioplastics and biolubricants. The advantage of biomass for renewable energy and bioproducts is that it can be converted into many different types of power and products to suite local needs and capture local opportunities;
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