This research explains the holistic characteristic of Nano micro-plastic Exposure, degradation and microbial parameters by using different medium dilution factors to convert polymers into useful plastics which can be used for other factors depending upon the concept of 3R systems Degradation of Plastics using engineering analysis and concepts. It has been used in two combination systems microbial + nanotechnology. And learn on the effects and change towards the assimilation properties this is an exploratory research based on the factors, variables, and review depending on secondary resources. Factors like capital cost + fixed cost + variable cost + cost-benefit analysis and their advantage in waste and energy management. The result gives a valid classification of applications and technological upgrades on their reliability and feasibility in recycling the plastic waste and circular economics present in the standard operating procedure. The method used is exploratory research investigated through SWOT analysis with an interview schedule. The study envisages every important practical concept like clean development mechanism intervention with a mixed raw material analysis and resilient circular economy on resource substitutions; this has an importance on developing the relationship between the institutional research and development of waste management platform, monitoring, and assessment, Clean and green production, bio-remedial technologies Waste-to-energy, Organic biomass, Bio-fuels, Biochemicals, composting. The risk assessment, and life cycle analysis (LCA) in Supply Chain and cradle to grave concept. Environmental decision support system towards future technologies with energy, environmental, safety and quality assurance audits.