Adsorbtion Equipment Energy Efficiency Increase

The research results presented in the article are devoted to the compressed air adsorption drying processes energy intensity reducing possibilities study. The investigation concerns the new adsorbent – composite. The material is considered as one of the most perspective at the present time. It’s ehergy efficiency is proved comparing traditional adsorbents such as silica gel, alumogel, zeolites, etc. The authors consider the bulk density as one of the factors at the adsorption process energy efficiency increase. The formulas given at the articles allow to calculate the different adsorbents bulk and apparent density, the compressor’s energy efficiency by using different adsorbents at pneumatic schemes, etc.

show abstract

Prospects for reducing energy consumption in zinc oxide technology

Estrin

2021

J. Phys.: Conf. Ser.

View full text Add to dashboard Cite

The heat-technological scheme for the production of zinc oxide from metallic zinc is considered. It is shown that the thermal efficiency factor of the existing industrial process is very low and is equal to 5%. The technological process thermodynamics analysis showed that the zinc vapor combustion exothermic reaction heat is sufficient to provide heat for all endothermic technology stages. The conditions and design of the installation, which make it possible to use this heat for all stages of the technological process, are considered. This provides an increase efficiency factor up to 44%.

show abstract

Adsorbtion Equipment Energy Efficiency Increase

Cited by 3 publications

References 8 publications

Improving the Reliability of the Brake and Unloading Lines of Motor Dump Cars Due to the Improvement of Individual Elements of the Tipping Cylinders

Improving the Reliability of the Brake and Unloading Lines of Motor Dump Cars Due to the Improvement of Individual Elements of the Tipping Cylinders

Investigation Adsorption Process Energy Capacity Reducing Possibility by Composite Adsorbents Implement

Prospects for reducing energy consumption in zinc oxide technology

Contact Info

Product

Resources

About