shyamveer chauhan - Academia.edu (original) (raw)

Uploads

Papers by shyamveer chauhan

Research paper thumbnail of Assessment of Surface Water Quality Index of Gwalior-Chambal Region Using Fuzzy-Based Approach

Journal of The Institution of Engineers (India): Series A

Research paper thumbnail of Utilization of Municipal Solid Waste of Gwalior City for Energy Generation (A Case Study)

Gwalior is the large city of Madhya Pradesh region which is located 319 kilometers south of Delhi... more Gwalior is the large city of Madhya Pradesh region which is located 319 kilometers south of Delhi a capital city of India .The population of Gwalior is 1159032 as calculated by ICLEI in Aug 2015. The MSW generated in the city is around 380 tonnes and about 80 % of MSW is collected per day from the various collection points in the city. The uncontrolled and unscientific dumping of such waste has brought about a rising number of incidents of hazards to human health. Based on the Quantum and Quality of MSW generated in Gwalior, Various technological options to recover energy from solid waste are available like Incineration, Pyrolysis, Anaerobic digestion & Landfill gas recovery. The waste composition of Gwalior city mostly shows organic matter approx. 55 %. Wastes to Energy technologies are able to derive renewable energy from organic matter present in municipal solid waste. By using various WTE technology the energy can be recovered in the form of Electricity (i.e. power), Heat, Fuel, Biogas (Methane) ,and Syngas with additional byproducts such as fertilizer from digested sludge and the Ash content which is used for construction material.

Research paper thumbnail of Utilization of Municipal Solid Waste of Gwalior City for Energy Generation (A Case Study)

Gwalior is the large city of Madhya Pradesh region which is located 319 kilometers south of Delhi... more Gwalior is the large city of Madhya Pradesh region which is located 319 kilometers south of Delhi a capital city of India .The population of Gwalior is 1159032 as calculated by ICLEI in Aug 2015. The MSW generated in the city is around 380 tonnes and about 80 % of MSW is collected per day from the various collection points in the city. The uncontrolled and unscientific dumping of such waste has brought about a rising number of incidents of hazards to human health. Based on the Quantum and Quality of MSW generated in Gwalior, Various technological options to recover energy from solid waste are available like Incineration, Pyrolysis, Anaerobic digestion & Landfill gas recovery. The waste composition of Gwalior city mostly shows organic matter approx. 55 %. Wastes to Energy technologies are able to derive renewable energy from organic matter present in municipal solid waste. By using various WTE technology the energy can be recovered in the form of Electricity (i.e. power), Heat, Fuel,...

Research paper thumbnail of Assessment of Surface Water Quality Index of Gwalior-Chambal Region Using Fuzzy-Based Approach

Journal of The Institution of Engineers (India): Series A

Research paper thumbnail of Utilization of Municipal Solid Waste of Gwalior City for Energy Generation (A Case Study)

Gwalior is the large city of Madhya Pradesh region which is located 319 kilometers south of Delhi... more Gwalior is the large city of Madhya Pradesh region which is located 319 kilometers south of Delhi a capital city of India .The population of Gwalior is 1159032 as calculated by ICLEI in Aug 2015. The MSW generated in the city is around 380 tonnes and about 80 % of MSW is collected per day from the various collection points in the city. The uncontrolled and unscientific dumping of such waste has brought about a rising number of incidents of hazards to human health. Based on the Quantum and Quality of MSW generated in Gwalior, Various technological options to recover energy from solid waste are available like Incineration, Pyrolysis, Anaerobic digestion & Landfill gas recovery. The waste composition of Gwalior city mostly shows organic matter approx. 55 %. Wastes to Energy technologies are able to derive renewable energy from organic matter present in municipal solid waste. By using various WTE technology the energy can be recovered in the form of Electricity (i.e. power), Heat, Fuel, Biogas (Methane) ,and Syngas with additional byproducts such as fertilizer from digested sludge and the Ash content which is used for construction material.

Research paper thumbnail of Utilization of Municipal Solid Waste of Gwalior City for Energy Generation (A Case Study)

Gwalior is the large city of Madhya Pradesh region which is located 319 kilometers south of Delhi... more Gwalior is the large city of Madhya Pradesh region which is located 319 kilometers south of Delhi a capital city of India .The population of Gwalior is 1159032 as calculated by ICLEI in Aug 2015. The MSW generated in the city is around 380 tonnes and about 80 % of MSW is collected per day from the various collection points in the city. The uncontrolled and unscientific dumping of such waste has brought about a rising number of incidents of hazards to human health. Based on the Quantum and Quality of MSW generated in Gwalior, Various technological options to recover energy from solid waste are available like Incineration, Pyrolysis, Anaerobic digestion & Landfill gas recovery. The waste composition of Gwalior city mostly shows organic matter approx. 55 %. Wastes to Energy technologies are able to derive renewable energy from organic matter present in municipal solid waste. By using various WTE technology the energy can be recovered in the form of Electricity (i.e. power), Heat, Fuel,...

Log In