Sentence examples for for each waste from inspiring English sources

Results also indicate that significant knowledge gaps associated with ENM behaviour exist for each waste management process investigated.

For each waste sampling stage a different mathematical model was developed, in order to find the model that showed the best linear relation to predict residential solid waste generation.

At the same time, declarations of hazardous waste generation quantity made by the organizations in this industry in 2009 and 2010 to HWDS and the literature data were evaluated and the range of HWGFs was created by assessing possible minimum and maximum quantities for each waste.

In the original TSPA tool, we use a single source term model by assigning the same reference radionuclide inventory data for each waste package and the same shortest distance from the waste package to the MWCF (Major Waster Conducting Features) for conservatism.

The company donates 2 cents to charity for each waste item it ­recycles, raising $3.2 million so far.

In addition to the ­fertilizer, Terracycle collects trash and turns it into bright, fun products, like messenger bags made out of used Capri Sun packages and trippy "urban art trash cans". The company donates 2 cents to charity for each waste item it ­recycles, raising $3.2 million so far.

Average methane (CH4) production for the latrine waste (13.6 ml ml−1 substrate) was 23 times greater than septage (0.58 ml ml−1 substrate), and 151 times greater than grey water (0.09 ml ml−1 substrate), illustrating the larger potential when waste is source separated using the decentralized sanitation and reuse (DESAR) concept for more appropriate treatment of each waste stream.

For each raw waste water sample, the fraction on the biologically treated waste water was modeled, based on the canister volume, time of introduction in the MBR, the sludge exchanges (after 2.5 and further 4 days, in which 47 L of water and sludge were exchanged due to treatment break), and removal from the system due to filtration.

A repository holding IFR waste would only need to house each waste package for a few hundred years versus a repository for LWR waste that would need to store each waste package for hundreds of thousands of years.

For each possible waste wood conversion system, the obtained superstructure is analyzed through Energy and Mass integration methods for each set of the objectives.

For each food waste disposal technology, stages with the highest environmental burdens were identified using a hotspot analysis.