Record Details

Sustainable energy solutions for irrigation and harvesting in developing countries / thesis by Prakhar Mehrotra ; Beverly J. McKeon, advisor and committee chair
Pasadena, California : California Institute of Technology, c2013
1 online resource (xi, 56 leaves) : illustrations (some color)
[CIT theses] ; 2013
"One of the critical problems currently being faced by agriculture industry in developing nations is the alarming rate of groundwater depletion. Irrigation accounts for over 70% of the total groundwater withdrawn everyday. Compounding this issue is the use of polluting diesel generators to pump groundwater for irrigation. This has made irrigation not only the biggest consumer of groundwater but also one of the major contributors to green house gases. The aim of this thesis is to present a solution to the energy-water nexus. To make agriculture less dependent on fossil fuels, the use of a solar-powered Stirling engine as the power generator for on-farm energy needs is discussed. The Stirling cycle is revisited and practical and ideal Stirling cycles are compared. Based on agricultural needs and financial constraints faced by farmers in developing countries, the use of a Fresnel lens as a solar-concentrator and a Beta-type Stirling engine unit is suggested for sustainable power generation on the farms. To reduce the groundwater consumption and to make irrigation more sustainable, the conceptual idea of using a Stirling engine in drip irrigation is presented. To tackle the shortage of over 37 million tonnes of cold-storage in India, the idea of cost-effective solar-powered on-farm cold storage unit is discussed."-- leaf vi
Advisor and committee chair names found in the thesis' metadata record in the digital repository
Dissertation note:
Thesis (Engineer) -- California Institute of Technology, 2013
Bibliography, etc. note:
Includes bibliographic references (leaves 46-56). 108
Linked resources:
Caltech Connect
Record appears in:

Options Library Call no Location Description Item type Status Due date
World Wide Web THESIS World Wide Web c.1 Remote access Online -


 Record created 2015-09-18, last modified 2016-03-03

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