Global warming reducing techniques for net zero energy domestic and commercial buildings

Abstract

This paper is mainly dealt with how global warming reduces from domestic and commercial building design. The mainly civil structural buildings gives better designed one can enhance green energy and emissivity of carbon compounds reducing from these concepts. If utilization of carbon as organic way of materials using is reduced surely one can reduce global warming and finally leads to enhance increase in green energy usage. The building materials may be metals, alloys, polymers, composites all these should be free from carbon and its compounds. The design of this building construction is fully free from carbon as one of the earth elements. The insulation materials take the role on climatic conditions controlling rather than actual situations. The barrier material for element carbon is sodium from this one can strong repulsion is achieved. In this way from barrier and penetration of carbon element one can know its strength and weakness of that particular element and materials. Decarburization process will bring removing of carbon from system usually by oxygen and hydrogen exposure. There are several ways to control the emission of carbon; these are the ways one can reduce carbon and its compounds. The carbons can penetration materials are silicon and germanium etc.

Cite as

Jitendra Sunte. (2023). Global Warming Reducing Techniques for Net Zero Energy Domestic and Commercial Buildings. Journal of Advanced Research in Industrial Engineering, 5(3), 1–5. https://doi.org/10.5281/zenodo.10077586