Economic optimization and energy analysis in shell and tube heat exchanger by meta-heuristic approach

Energy utilization attributed technological advancement and social development for the mankind. The population growth and large scale energy use boosted demand for energy across the globe. Design of Cost effective energy system can provide solution for energy crisis with sustainable growth for industry and society. In present paper radical parameters have been selected from literature for heat exchanger investigation. In shell and tube heat exchanger fouling rate, exchange efficiency and cost majorly affects exchanger performance. The objective of the research is improving exchanger performance analyzing cost, exchange efficiency and fouling rate of heat exchanger using marvellous meta-heuristic optimization techniques. In this paper bio-inspired Kril Herd (KH)) strategy is utilized to optimize hidden layers. Advance, the execution of KHO algorithm is contrasted with different algorithms illustrative of state-of-the-art territory. The results of various algorithms are poor down and emerged from comparative frameworks. The finest outcomes achieved by KH approach for minimum cost & fouling rate and maximum energy efficiency in the exchange process. This proposed model compared with existing optimization techniques in the heat exchanger with energy analysis and KH strategy outperforms well-known methods in the literature.