A REVIEW ON ABSORPTION HEAT TRANSFORMER SYSTEM

Authors

  • Priyanka Research Scholar, Department of Electrical Engineering, IIET Kinana
  • Nipun Aggarwal HOD and Assistant Profesor, Department of Electrical Engineering, IIET Kinana

Keywords:

Refrigerant, Thermodynamic, Transformer, Heat Transformer system

Abstract

System is absorption Heat Transformer that is having special capability. The capability is to raise temperature of small or moderately warm waste heat sources to major levels. Study is considering investigation in order to analyze Absorption Heat Transformer systems which make use of water lithium bromide solutions that have water as refrigerant. Operating sequence has been explained as well as thermodynamic system analysis has been discussed here. Applications of Absorption Heat Transformer system to industrial company are discussed in this paper.

References

S.Sekar R.Saravanan, Experimental studies on absorption heat transformer coupled distillation system

G. Aly, K. Abrahamsson, A. Jernqvist, Integration of Absorption Heat Transformers in Process Industry - Applications in Oleochemical, Pulp & Paper Industries

Abrahamsson, K., Aly, G. & Jernqvist, Å., Heat transformer systems for evaporation applications in pulp & paper industry. Nordic Pulp & Paper Research J., 1992, 6, 9–16.CrossRefGoogle Scholar

Jernqvist, Å., Abrahamsson, K. & Aly, G., On efficiencies of absorption heat transformers. J. Heat Recovery Systems & CHP. 1992, In press.Google Scholar

Jernqvist, Å., Abrahamsson, K. & Aly, G., On efficiencies of absorption heat pumps, ibid. 1992, In press.Google Scholar

Gidner, A. & Jernqvist, Å. Energy Conservation in Sugar Industry. Accepted for publication, International Conference on Energy Efficiency in Process Technology. Athens (1992).Google Scholar

Bolmstedt, U. & Jernqvist, Å., Simulation of steady-state & dynamic behaviour of multiple-effect evaporation plants. Part I: Steady-state simulation. Computer Aided Design. 1976, 8:3,142–148.CrossRefGoogle Scholar

Bolmstedt, U. & Jernqvist, Å., Simulation of steady-state & dynamic behaviour of multiple-effect evaporation plants. Part II: Dynamic simulation. ibid. 1977, 8:1, 29–40.Google Scholar

Abrahamsson, K. & Jernqvist, Å., Modeling & simulation of absorption heat pump cycles. Submitted for publication (1992).Google Scholar

Rinheat OY, Finland, private communication (1991).Google Scholar

Eriksson, K. & Jernqvist, Å., Heat transformers with self-circulation: Design & preliminary operational data.

Int. J. Refrig.. 1989, 12, 15–20.CrossRefGoogle Scholar

Abrahamsson, K. & Jernqvist, Å., Design features of various components for heat transformers with self-circulation. Submitted for publication (1992).Google Scholar

Aly, G., Abrahamsson, K. & Jernqvist, Å., Application of absorption heat transformers for energy conservation in oleochemical industry. Submitted for publication (1992).Google Scholar.

Downloads

Published

31-03-2018

How to Cite

Priyanka, & Nipun Aggarwal. (2018). A REVIEW ON ABSORPTION HEAT TRANSFORMER SYSTEM. International Journal for Research Publication and Seminar, 9(1), 12–15. Retrieved from https://jrps.shodhsagar.com/index.php/j/article/view/1291

Issue

Section

Original Research Article

Most read articles by the same author(s)

1 2 > >>