What is Isothermal process???
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Constraints in the Popularization of Vermicomposting
Vermicomposting is regarded as a clean, sustainable, and zero-waste approach to manage organic wastes but there are still some constraints in the popularization of vermicomposting. Instead of increasing research in the field of vermicomposting, practical application of vermicomposting needs more attention. Vermicomposting on a large scale is required to solve the problem of waste disposal effectively and on a global level. One of the major constraints is the lack of awareness and proper knowledge regarding vermicomposting and the use of vermicompost. It is necessary to guide farmers about vermicomposting and the appropriate use of vermicompost by organizing various training and extension activities. Innovative and effective agricultural activities must be developed to educate and assist farmers for organic farming. They should be educated about the process of vermicomposting and quantities of vermicompost that should be applied to achieve the best results in agricultural fields [9]. Higher cost of organic fertilizer than synthetic fertilizer is also an obstacle for farmers to adopt organic farming on a large scale. Mass application of vermicompost is not achieved due to the failure of policy implementation related to vermicompost technology.
Maintaining a continuous supply of organic waste, water, temperature, and moisture are major hurdles that complicate the process of vermicomposting [100]. Most of the wastes require a bulking substrate (most extensively, animal manure) and precomposting before vermicomposting. Transportation cost also makes the process more expensive. The combined effect of all these problems has hindered the commercial scale popularity of vermicomposting. However, a few studies are available that reported
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In thermodynamics, an isothermal process is a type of thermodynamic process in which the temperature of the system remains constant: ΔT = 0. ... In contrast, an adiabatic process is where a system exchanges no heat with its surroundings (Q = 0).