Sentence examples for waste management technologies from inspiring English sources

Targeted advances in systems analysis as well as design and optimization of integrated FWEN waste management technologies and processes are expected to have the greatest impact.

These include linked reactor separator combinations, as well as complex recycle structures which are integrated with the selection and operation of waste management technologies.

Having such high values of moisture and low heating value 5,642 J per g, introducing the modern waste management technologies like incineration and sanitary landfilling are not viable options.

This was due to the fact that the goal of the assessment was to investigate the environmental impacts of food waste management technologies rather than that of the overall waste management system.

An economic simulation model was used to understand the local and interregional economic impacts of four alternative waste management technologies proposed for the US Department of Energy's Savannah River nuclear weapons site.

This study analyzes the potential of three waste management scenarios that include the combination of four waste management technologies - incineration with energy recovery, composting, anaerobic digestion, and sanitary landfill gas collection - as ways to recover energy and material from municipal solid waste.

While the automated SMS service is finding efficiencies in the market, a new waste management technology known as the omniprocessor is turning faecal matter into a commodity, such as electricity, ash for fertiliser and even water.

The leachate production has been completely eliminated in the innovative biodrying reactor and that is a major achievement in the field of municipal solid waste management technology.

The main advantages of this technology are the following: a universal solution that provides ultimate waste disposal; relatively low cost and easy to implement to other waste management technology; and.

Green waste management technology was proposed, transforming Singapore incineration bottom ash (IBA) and marine clay (MC) into engineering applicable filling material for land reclamation, named as MC-IBA matrix.

The main advantages of this technology are the following: a universal solution that provides ultimate waste disposal; relatively low cost and easy to implement to other waste management technology; and can derive landfill biogas as a byproduct for household and industrial uses.