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Businesses produce colossal waste throughout the year. The process of collection, transportation, and disposal has been crucial for industries. With growing demand has come the need to dispose of the enormous waste generated. It is for the safety of the environment and humans that these be disposed of well.
The government has introduced stringent measures to counter illegal dumping, severely driving up the global waste management market. However, with separate funds allocated to develop a comprehensive waste disposal system, revenue is reduced.
If you are a company looking to sort plans for your waste management system, you are at the right place. These informative templates will be super helpful in comprehensive planning. These highly customizable templates are ready to use and help you sort your targets smoothly.
Let’s explore!
Template 1: Current Situation and Company's Target
This template shows the targets that you might have set for your company. As managing waste is one of the vital objectives, there should be a system in which it should be managed to eliminate waste collection. Since money spent on waste collection is high, it impacts revenue. This slide would enable you to highlight the targets you aim to achieve for the company from a waste reduction perspective. While reducing waste is pivotal, there can be other targets like conversion of it into new products, reduction of waste going to landfills, etc. Data representation would help you see the bifurcation between innovation, recycling, etc.
Template 2: Need of Waste Management
This template shows why it's crucial to integrate waste management. It is for the reduction of hazardous effects of the waste. The safe disposal of waste would have minimal effects on environmental factors. There are multiple reasons why waste management is the need of the hour. Treating hazardous materials generated from industrial waste would reduce its environmental impact. Business opportunities can be found while extracting the waste and developing technology that would have minimum environmental impact.
Template 3: Where is the Gap?
This slide would help you analyze the gaps that would cause a diversion between the effort-result relationships. The Activities can be written under the Activities header. A deeper analysis of activities and their implementation would help recognize the gaps, including high fuel consumption, low maintenance, NCE, etc. Once the gaps are analyzed, steps can be taken to mitigate such gaps. Every problem will have a solution; for instance, cleaner motor fuel, cleaner technology, etc, can be a few solutions to combat the gaps that have arisen.
Template 4: Waste Classification
Waste generated by industries has to be classified based on the industries that create them. This template helps classify waste into urban, industrial, biomedical, e-waste, etc. Waste can further be segregated into solid and liquid forms. Apart from waste disposed of in urban areas, a vast pile comes from non-urban/ industrial areas, etc. Municipal bodies usually collect urban waste; the other categories can be further segregated into hazardous, industrial wastewater, etc. All these wastes should be adequately separated to enable better management.
Template 5: Solid Waste Monitoring System
Once the waste is classified, it is essential to have a monitoring system that helps identify the areas of waste collection. This would include preparing location maps and determining the place of waste collection. Determining daily requirements that should be implemented would also help systematically manage and monitor solid waste collection. Estimating daily waste disposal and planning a roadmap to reach all the pick-up points would also help.
Template 6: Plan to Reuse waste
This template covers the strategies to use the waste and convert it into usable products. The resources available around us are limited in nature; hence, a proper plan to reduce it would reduce the burden on its re-production. Mapping resource flow, identifying growth areas, and increasing the balanced usage of material and waste would reduce processed waste from the industry. Waste could also be reused outside the industry, for instance, in construction, the manufacture of cement, etc. Waste reduction would reduce the use of freshwater for the scrubbing process.
Template 7: Automated Segregation Technology
This template would help you analyze and sterilize the segregated materials to extract the dry waste. Automated segregation would help collect data for biomass, glass, metal, plastics, landfills, etc. This would help you plan the efficient reuse of waste generated. Segregation of waste would reduce the ultimate waste amount generated and overall resource waste as well.
Template 8: Municipal Solid Waste Management Technology
This template covers the process and the technology that could be used to treat municipal waste, such as biodegradable and recyclable waste. The waste type can be separated into biodegradable, recyclable, and inert, and the components of waste can be segregated. Thought can be given to how the waste would be processed. Each waste might have a different processing method; for instance, kitchen waste might require biological treatment and thermal treatment, which has further divisions into aerobic and anaerobic processes.
Template 9: Construction and demolition waste management technology
This template covers the process of treating different types of construction and demolition wastes like road wastes, excavation soil rocks, etc. You can trace the type of waste, its sector of origin, the components of waste, and the processes and technologies that would be used to process it. Waste can be construction waste, demolition waste, road waste, excavation soil and rocks, etc. Waste that falls from building repair or other urban engineering services would have components that differ from other waste; hence, their treatments would also be different.
Template 10: E-waste Management Technology
This technology covers the E-waste technologies used at all three levels, including decontamination and removing liquid and gases, mechanized breaking, segregation, etc. You can have your entire process/steps implemented into levels. Once the target is set under Level 1, you can put your output under the hazardous, non-hazardous category. Further, it can be processed into further steps with outputs that ultimately lead to waste management in the best possible way.
Final Word
Disposing of waste carefully is crucial. While revenue increment is the ultimate goal, it comes with the added responsibility of protecting the environment. Social costs have to be reduced, and you can plan the entire process effectively.
