Sludge Treatment System
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2017, Vol 5, Issue 6
Abstract
sets of environmental scientists from all leading countries have predicted that the sources of sweet water are losing their strongholds and are expected to deploy overtime. It is also known that with increase of demand with respect to growth in population, pollution of water is increasing. Also uses of pesticides, insecticides and synthesized fertilizers are being used to increase the productivity in the field of agriculture and also, it compromises the health of the consumers. In short, we can conclude that these agricultural items say vegetables, pulses etc. Where these synthesized products are used not only kills the pests but also affects the health of the consumer by causing diseases which might be cancer.therefore, in this project, we will be conceptualizing a method to overcome with the solution, for the problem that we have mentioned earlier. And therefore, we will be trying to come up with a design with which we may be able to deliver a system that not only gives us pure water but also one of the best kind of organic fertilizers which will increase the productivity of the agricultural products and will be safe for the consumers. Here we will be using sludge, a polluted water source, mixed with organic and inorganic waste available in sewage or drains with abundancy. As our main medium from which we will be extracting water by compressing the sludge in the piston-cylinder mechanism and the compressed sludge cake obtained from the cylinder is dumped in the composting unit to convert it into manure, i.e. Organic fertilizers. So, in short here we will be using one of the most polluted source of water (mixed with organic and inorganic waste ) to produce sweet water so that water scarcity can be limited and abundancy of sweet water is sustained also we will be using the extracted sludge cake to convert it into fertilizers. Therefore, we will be converting a single complete waste product which is very harmful for humans into two such important things, which will play one of the most important role in the existence of life in the earth. Therefore, “we go green and we grow clean”.
Authors and Affiliations
Imran Hussain, Bidesh Kumar Singha, Michael Seikh, Robiul Hoque Chowdhury, Shiva Bhagat, Minhaz Wazid Rahm, Shanjenbam Brojendro Singh
Keywords
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