Method for manufacturing a combustion aid and equipment for manufacturing a combustion aid

A method and equipment for producing a combustion aid from melted and solidified waste plastic and vegetable oil addresses installation hurdles by creating an efficient, carbon dioxide-reducing fuel source for industrial applications.

JP7850529B2Active Publication Date: 2026-04-23山口基弘 +1
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Patent Information

Application Number
JP2021097046
Authority / Receiving Office
JP · JP
Patent Type
Patents
Current Assignee / Owner
Filing Date
2021-06-10
Publication Date
2026-04-23
Estimated Expiration
2041-06-10

AI Technical Summary

Technical Problem

The installation of a sterilization system for infectious waste requires consent from residents and local governments, posing a high hurdle to its widespread implementation due to the need for an oiling device, which is not easily accommodated.

Method used

A method and equipment for producing a combustion aid by melting synthetic resin containers and waste plastic with vegetable oil, followed by solidification and division, utilizing a melting step with a stand in vegetable oil and natural cooling, and a cutting process to create a combustion aid composed of vegetable oil and plastic.

Benefits of technology

Facilitates an easy-to-implement sterilization system for infectious waste, producing a combustion aid that is efficient and reduces carbon dioxide emissions, suitable for use in kilns, boilers, and blast furnaces.

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Abstract

To provide a sterilization system of infectious waste that is easy to spread, a combustion improver, production equipment of the combustion improver, a production method of the combustion improver, and a sterilization system of the infectious waste.SOLUTION: A discharge process management method 360 comprises a container selling history step 360A, a delivery history step 360B, a sterilization process history step 360C, a notification step 360D, an ingot recovery history step 360E, a combustion improver production history step 360F, a carbon dioxide reduction amount calculation step 360G, a carbon dioxide reduction amount association step 360H, a contribution calculation step 360J, a contribution association step 360K, a combustion improver delivery history step 360L and a combustion improver usage history step 360M.SELECTED DRAWING: Figure 13
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