Guangxi Beihai Qiyang Slag comprehensive utilization project

Project Introduction

The project is located in Beihai City, Guangxi, in order to ensure that the enterprise will not produce secondary pollution in the process of slag treatment, to help realize the recovery of fine sand, tail water purification and reuse, and the secondary use of solid waste dry discharge, the separated environmentally friendly finished sand is made into environmentally friendly unburned bricks for sale.The commissioning of the project not only reflects the recycling of building Resources sed etiam reflectitur redivivus opes inter projects.

For example, in the city of Beihai, Guangzhou, for example, the slag from the 600-ton-per-day domestic waste incineration power generation project is a valuable source for the recycling of construction waste.

Aerial View Guangxi Beihai Qiyang Slag comprehendo utilization project

Processus processus

In the production workshop, truckloads of slag from waste incineration are poured into the feed inlet and sent to the automated production line to start a series of 'refurnace reengineering' journeys.Through the sorting and processing processes such as coarse separation, crushing, and sorting, at the end of the production line, recycled aggregates, light substances, muck, magnetic metals and other products are importatur et comprehenduntur usus.

In project potest convertere DC tons of Slag deserta in C tons of REDIVIVUS aggregate, CCC tons of environmentally amica harenae, XXX tons de exiguo day.its resource et alias resources est quam LXXXV%. Renewable opibus potest esse late in fundamenta pulvinaribus itineribus, aut processionaliter in diversis aedificium products ut recycled lateres, recycled roadbed materiae, et recycled muro materiae.

After multiple treatment processes, these slags, which are regarded as discarded materials by other domestic waste incineration plants, are turned into 300 tons of recycled sand, which can produce 100,000 square meters of standard bricks, pave 4 basketball courts, and can also produce 30 tons of scrap metals including iron, copper, and aluminum, for resource recycling, and truly 'eat and squeeze the garbage'.

In the past, construction waste was mainly landfilled, but now we divide the aggregate into coarse aggregate and fine aggregate through relevant processes, of which coarse aggregate is used in concrete batching plant, as one of the raw materials for low-standard concrete, and fine aggregate can be used for the molding of brick products, which is used in municipal, garden and water conservancy.

Project