Process for preparing high surface activity carbon in garbage incinerator coupling activating furnace

Abstract

The present invention provides the process of preparing active carbon with high surface activity in activating furnace coupled to a garbage incinerator. The main points of the process includes utilization of high temperature produced in garbage incinerator for activating, utilization of the tail gas of the garbage incinerator as the oxidant for activating, and returning the tail gas of the activating furnace to the garbage incinerator for re-burning. The present invention can reduce the preparation cost of active carbon with high surface activity and raise the total economic utility of garbage incinerator.

Description

technical field [0001] The invention relates to a new preparation method of high-surface activated carbon and a way to improve the economic benefits of garbage incinerators, belonging to the preparation of high-surface activated carbon and garbage incineration technology. Background technique [0002] The harmless disposal of urban waste is an important topic that has attracted worldwide attention. my country's cities are growing rapidly, and the problem of garbage disposal is an urgent task. The core technology for the harmless treatment of garbage is the incinerator. Improvements in incinerator design can reduce waste disposal costs, but the current economics of the best waste disposal technologies still make the harmless disposal of waste an important national burden. An effective way to solve this problem is to try to increase the added value of by-products in the waste incineration process. The direct product of the incinerator, whether it i...

AI Technical Summary

Problems solved by technology

[0003] On the other hand, the so-called super activated carbon with high specific surface area and microporous structure is an important new material in the field of clean energy. It has the performance of large-capacity storage of natural gas and hydrogen, and has special adsorption and separation performance. The product of the source of ...