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Controlled Entropy and Gauge Theory in Recycling Condensed Matter by Solar Energy
Nilo Sylvio Costa Serpa1,2,3
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DOI:10.17265/2159-5348/2017.06.002
1. GAUGE-F Scientific Researches, Brazil 2. Institute of Science and Technology, Universidade Paulista, Brazil 3. Faculdades ICESP, Brazil
This article discusses the physical principles to be considered in a thermodynamic engineering solar system running under operational control algorithms designed to minimize entropy rates. The proposed plant is based on scientific foundations established by thermodynamics and classical field theory, and empirical disciplines that deal with properties of chemical elements and with technologies of calorific capture from remote sources. The gauge principle was applied in theoretical formalization as an essential tool in the control background of the entropy rates involved. The industrial system presented was planned to recycle condensed matter within the scope of a solid waste management policy.
Waste, thermodynamics, gauge principle, pyrolysis, solar energy, cleaner production.