From now until 2040, the United States wants to increase the core role of solar energy in the United States' share of the renewable energy portfolio. Yesterday released the 2013 government energy outlook forecast: Renewable energy will meet 16% of our energy demand by 2040, up from 13% in 2011.
The report said that as the cost of power generation declines, solar energy and wind will play a central role in promoting the growth of renewable energy in the United States to a lesser extent.
It pointed out that as the renewable energy industry, the fastest-growing photovoltaic business, in addition to hydropower, will account for 17% of the total generation of renewable energy power generation by 2040.
EIA director Adam Sieminski said: "As consumer preferences change, technological improvements and economic changes drive the direction of domestic energy products, improve the efficiency of the use of vehicles, use more clean energy, and reduce energy imports. This combination has been remarkable. Reduce the estimated energy-related CO2 emissions."
The disperse dye class is so named because these dyes are almost insoluble in water and are used as finely divided aqueous dispersions. Disperse Dyes can be applied to nylon, cellulose acetate, acrylics and occasionally others fibers, but the major consumption is for dyeing of polyester. Disperse dyes comprise the only dye class generally acceptable for dyeing of polyester and cellulose acetate. Wash fastness and light fastness of disperse dyes is generally good. Fastness to dry heat is deficient in some disperse dyes because they sublime at relatively low temperature. Certain disperse dyes are susceptible to degradation by ozone and atmospheric contaminants. Some disperse dyes hydrolyze at high temperature especially under alkaline conditions. Therefore, dyeing with disperse dyes is virtually always done using slightly acidic conditions.
Disperse Dyes
Disperse Dyes,Disperse Dyestuff,Disperse Yellow 82,Disperse Yellow 119
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