1. Production Line Name

Solid waste synergistically prepares new building materials and solid waste synergistically prepares unburned ceramsite

2. Production Line Title

Bulk solid waste synergistic preparation of new building materials production line | Bulk solid waste synergistic preparation of high-strength unburned ceramsite technology and equipment provider
 

3. Production Line Key Words (Reference)

Solutions for the coordinated preparation of bulk solid waste systems, bulk solid waste disposal, unburned ceramsite equipment, new building materials and equipment, silicon-based material disposal, calcium-based material disposal, coal-based material disposal (gangue disposal, fly ash disposal, coal gasification slag, coal slime), tailings (iron tailings, molybdenum tailings, magnetite tailings, manganese slag), hazardous waste (fly ash from the incineration of domestic waste, electroplating, pickling sludge, secondary aluminum ash, cyanide tailings, chromium slag, oil sludge, drilling cuttings), construction solid waste (construction mud, shield soil, foundation spoil), other solid waste (mud: red mud, river sludge, municipal sludge, papermaking sludge, white mud, calcium fluoride, stone industry solid waste; granular: construction mud, mine stripping soil, shale, kaolin), solid waste resource utilization, unburned ceramsite equipment, new building materials and equipment, green and low-carbon building materials
 

4. Production Line Description

The production line for the coordinated preparation of new building materials from solid waste is an efficient and environmentally friendly technology for the resource utilization of waste. The production line uses high-temperature melting and mineralization modification technology to complete the physical and chemical reorganization of solid waste under a high temperature environment of about 1200°C, forming a stable mineralization structure and realizing the high-value conversion from waste to high-performance building materials, such as unburned ceramsite, high-strength lightweight aggregate, etc.

5. Production Line Parameter

Application areas: Covering green buildings, prefabricated buildings, municipal infrastructure, road construction, ecological restoration and other fields, promoting efficient resource utilization of solid waste and helping the green and low-carbon development of the construction industry.
       
        6. Project Advantages / highlights 
High proportion of solid waste utilization, reducing raw material costs and alleviating environmental pressure on enterprises
Customized process solutions to meet the solid waste disposal needs of different enterprises
Highly durable and highly impermeable building materials products are used in multiple fields such as prefabricated buildings and road construction
Intelligent control systems reduce energy consumption and improve automated production efficiency

       
       7. Related Project Cases

Raw Material	Time	Area
Coal Gangue	2021/3/30	Coal Gangue Disposal Project in Yulin, Shanxi
Coal Gangue	2021/4/30	Coal Gangue Disposal Project in Huainan, Anhui
Coal Gangue	2023/11/21	Coal Gangue Disposal Project in Hohhot, Inner Mongolia
Coal Gangue	2023/5/24	Beijing Coal Gangue Project (Pilot Test)
Coal Gangue, Coal Mud	2025/1/14	Shaanxi Yan'an Coal Gangue and Coal Slime Disposal Project
Fly Ash	2022/4/28	Shaanxi Shenmu Fly Ash Disposal Project
Fly Ash	2024/8/29	Shandong Dongying Fly Ash Disposal Project
Iron Ore Tailings Sludge	2024/3/16	江苏苏州尾矿处置项目
Oil Sludge	2023/10/13	新疆克拉玛依市油泥处置项目
Oil Sludge	2024/12/30	天津油泥处置项目
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      8. Applications

1. Lightweight aggregate concrete: Concrete is prepared with lightweight and high-strength aggregate to reduce the deadweight of the structure and improve its seismic resistance. It is widely used in high-rise buildings, bridges and other projects.
2. Lightweight aggregate concrete: Concrete is prepared with lightweight and high-strength aggregate to reduce the deadweight of the structure and improve seismic performance. It is widely used in high-rise buildings, bridges and other projects.

3. Asphalt concrete: Lightweight aggregate is used in asphalt pavement to improve pavement durability and rutting resistance, and is suitable for highways, municipal roads, etc.

4. Lightweight aggregate wall panels: produce lightweight and high-strength wall panels to improve the thermal insulation and sound insulation effects of buildings, suitable for prefabricated buildings and energy-saving buildings.

5. Lightweight aggregate prefabricated components: used to produce various prefabricated building components, such as floor slabs, beams, columns, etc., to improve construction efficiency and reduce building energy consumption.

6. Thermal insulation lightweight aggregate aerated materials: used to make thermal insulation bricks, roof insulation layers, etc., to improve building energy-saving performance and reduce heating and cooling energy consumption.

7. Ecological wetland construction: Lightweight aggregate has good water permeability and adsorption properties, and can be used in artificial wetland and sponge city construction to improve water environment quality.

8. Agriculture, forestry and ecology: It can be used as a soil conditioner and soilless cultivation substrate to improve soil permeability and water retention capacity, and promote the sustainable development of agriculture and forestry.