Gauge Newsletter September 2015 | Page 5

tion of raw materials up to the disposal of materials after the SUSTAINABLE ENGINEERING product has been used. This analysis should be able to create a A process which uses energy as well as the natural resources efficiently and sustainably. the entire eco system at the early stages of design and develop- H complete picture of the product and its production process once it has been assessed. Sustainable engineering implements strategies to minimize the generation of pollution and risk to human health as well as to ment of a process or a product. This is done after the life cycle of the particular product or process has been subjected to complete assessment. ave you ever thought of the environmental impact of Wastage management and pollution control have also become any industrial product on which you spend a lot of major problems in production processes. But today, through money? This is a question that has not been clearly advanced operation and maintenance technologies engineers answered for years, but today, designers and manufac- have been able to come up with novel and innovative ideas to turers pay more attention to how their productions are going to reduce the total impact of the pollutants and waste by a higher affect the environment. percentage. Sustainable engineering is a process which uses energy as well These trends have given rise to new fields of engineering such as the natural resources efficiently and sustainably in design or as green engineering with targets directed towards the improve- operating systems, minimizing the depletion of materials. It deals ment of environmental quality through the implementation of with almost all the manufacturing and production processes. It developed engineering practices together with environmental is not considered as a sole responsibility of environmental engi- friendly attitudes and principles. neering, but is treat