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Featured researches published by Ankit Sethi.


Science and Technology for the Built Environment | 2016

Experimental evaluation and field trial of low global warming potential R404A replacements for commercial refrigeration

Ankit Sethi; Gustavo Pottker; Samuel F. Yana Motta

R404A refrigerant is widely used for various refrigeration applications ranging from centralized refrigeration systems for supermarkets to transport refrigeration for truck/trailer. Various environmental regulations have been proposed in the United States and Europe that phase out the use of high global warming potential refrigerants like R404A (global warming potential = 3943) in these applications. This article presents an evaluation of two low global warming potential R404A replacements: A nonflammable refrigerant R448A with global warming potential of 1273 and a mildly flammable refrigerant R455A with global warming potential of 146. Tests carried out with a commercially available R404A self-contained freezer showed that the compressor run time of R448A and R455A are similar to R404A due to similar capacity. The 24-h energy consumption of the compressor is 9% lower for R448A and 6% lower for R455A compared to R404A. Tests were also performed with R448A in a commercially available walk-in freezer/cooler. R448A matches the capacity with 4 to 8% higher efficiency compared to R404A. This indicates that R448A and R455A can reduce both the direct and indirect emissions significantly in these systems. Finally, this study presents the performance results conversion of an actual supermarket refrigeration system from R404A to R448A, which resulted in energy savings from about 9 to 20% depending on outdoor ambient temperature.


International Journal of Refrigeration-revue Internationale Du Froid | 2016

Low GWP R134a replacements for small refrigeration (plug-in) applications

Ankit Sethi; Elizabet Del Carmen Vera Becerra; Samuel F. Yana Motta


Archive | 2013

Low gwp heat transfer compositions

Samuel F. Yana Motta; Mark W. Spatz; Elizabet Del Carmen Vera Becerra; Ankit Sethi; Thomas W. Morris


International Journal of Refrigeration-revue Internationale Du Froid | 2015

Low GWP R22 replacement for air conditioning in high ambient conditions

Ankit Sethi; Elizabet Del Carmen Vera Becerra; Samuel F. Yana Motta; Mark W. Spatz


Archive | 2012

Latest Developments of Low Global Warming Refrigerants for Chillers

Mark W. Spatz; Ankit Sethi; Samuel F. Yana Motta


Archive | 2014

Low GWP fluids for high temperature heat pump applications

Samuel F. Yana Motta; Mark W. Spatz; Ankit Sethi


Archive | 2013

COMPOSITIONS AND METHOD FOR REFRIGERATION

Zhili Lu; Jun Liu; Samuel F. Yana Motta; Xiangrui Wang; Yongming Niu; Andrew Sun; Mark W. Spatz; Robert G. Richard; Ankit Sethi


Archive | 2016

Low GWP Refrigerants for Air Conditioning and Chiller Applications

Ankit Sethi; Samuel F. Yana Motta


Archive | 2018

HEAT TRANSFER METHODS, SYSTEMS AND COMPOSITIONS

Ankit Sethi; Samuel F. Yana Motta; Gustavo Pottker; Gregory L. Smith; Elizabet Del Carmen Vera Becerra; Yang Zou; Joshua Close


Archive | 2017

composição de transferência de calor, composição de refrigerante, método de substituir um fluido de transferência de calos existente contido em sistema de transferência de calor, sistema de transferência de calos, método de transferir calor para ou a partir de um fluido ou corpo, e sistema de refrigeração

Ankit Sethi; Elizabet Del Carmen Vera Becerra; Mark W. Spatz; Samuel F. Yana Motta; Thomas W. Morris

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