Industrial Waste Slag to Brick and Solid Waste Utilization Solution: Turning Waste into Treasure, Promoting New Changes in Green Building

Opening a new chapter of industrial solid waste resource utilization

Under the continuous promotion of energy-saving and environmental protection policies, the comprehensive utilization of industrial solid waste technology has ushered in unprecedented development opportunities. As a participant in the formulation of a number of national building materials industry standards, we focus on advanced technology to convert various types of industrial waste and tailings into high value-added new environmentally friendly building materials, providing systematic solutions for the realization of a "waste-free city" and sustainable development.

Core Technology Advantages

Internationally advanced solid waste resource technology

Introducing German CLC technology and equipment, combined with independent innovation, we have built a complete technology system for high-value utilization of industrial solid waste. We have reached strategic cooperation with many international scientific research institutions to keep our technology in the lead.

Comprehensive solid waste treatment capacity

Can handle a variety of industrial solid wastes:

• Mining waste: iron, manganese, lead, zinc tailings, etc.

• Industrial waste: fly ash, coal gangue, slag, etc.

• Chemical by-products: phosphogypsum, desulfurization gypsum, etc.

• Construction waste: waste concrete, masonry waste, etc.

Diversified product system

Produce many types of green building materials products with industrial solid waste as raw material:

✅ Eco-brick and block series
✅ Self-insulating blocks and aerated blocks
✅ Lightweight Partition Boards and Insulation Boards
✅ Assembly Building Components
✅ Roof and wall panels

Technical Features and Innovations

Intelligent manufacturing process

• Fully-automated production line with intelligent control

• Precise dosage system to ensure uniform quality

• Energy-saving and environmentally friendly process to reduce energy consumption and emissions.

Standardized quality control

The products strictly implement the national building materials standards:

• Foam Concrete Wall and Roof Panels (JC/T 100-201)

• Foam Concrete Self-insulating Blocks (JC/T 200-201)

• Recycled Sand Powder from Construction Solid Waste (JC/T 200-201)

Environmental protection and economic benefits win-win

• Comprehensive utilization rate of solid waste exceeds 80

• Product cost reduced by 30-40%

• Short investment recovery cycle, significant economic returns

• Enjoy national tax incentives and policy support

Full-process service system

Technical consulting and program design

• Solid waste composition testing and evaluation

• Production process design and optimization

• Equipment selection and line configuration

• Plant planning and layout design

Equipment supply and engineering implementation

• Provide complete production equipment system

• Professional installation and commissioning services

• Operator skill training

• Optimization of production process parameters

Continuous technical support and cooperation

• Production technology upgrading and iteration

• New product development

• Marketing and certification support

• Operation management consulting and services

Typical Successful Cases

Case 1: East China Fly Ash Brick Making Project

Background: A power plant discharges 500,000 tons of fly ash annually, and the original storage method pollutes the environment.
Solution: An environmental brick production line with an annual capacity of 100 million bricks was built to absorb the fly ash.
Effectiveness:

• Annual processing of 300,000 tons of fly ash, saving 200 acres of landfill.

• The products are certified as green building materials and are used for construction in many places.

• Annual output value of 150 million yuan, payback period of 18 months

• Enjoy government subsidies and tax incentives

Case 2: Midwest Tailings High Value Utilization Project

Background: Iron ore tailings are piled up in large quantities, with prominent environmental and safety risks.
Solution: Production of lightweight blocks and wall panels from tailings
Innovation point:

• Developed tailings activation technology to improve product strength.

• Excellent thermal insulation performance

• Won several national invention patents

• Became a regional demonstration project

Case 3: Construction Waste Recycling Project

Background: Urban renewal generates a large amount of construction waste, which is under great pressure to be disposed of.
Solution: Construction of construction waste recycling base
Benefits:

• Processing 1 million tons of construction waste annually, recycled products comply with national standards

• Reduce natural sand and gravel mining, protect the ecology

• Creates 200 jobs and leads to industrial upgrading

• Awarded national circular economy demonstration project

Plant construction and investment analysis

Site Requirements

• Plant size: 20-60 meters in width, 80-200 meters in length, and more than 6 meters in height.

• Conservation area: 2000-8000 square meters (adjusted according to scale)

• Water and electricity: 80-500 tons of water per day, 200-800 kilowatts of electricity

• Total occupied area: 8-30 mu (according to production capacity)

Raw material requirements

• Main material: all kinds of industrial solid waste (tailings, fly ash, slag, etc.)

• Cementitious material: 425R silicate cement

• Additives: special exciter and modifier (provided by us)

Certification and Standard Compliance

Technology and products strictly follow national standards:

• Participate in the compilation of many industry standards

• Passed the national building materials quality testing certification

• Selected as a recommended product catalog for building energy efficiency

• Recognized as a green building material product

Contact us

If you are looking for a solution to make bricks from industrial waste and solid waste utilization, please feel free to contact us. We will provide you with professional technical advice and a complete implementation plan based on your actual needs.

Professional team for you:

• 🔍 Feasibility analysis of solid waste resource utilization

• 📊 Investment benefit assessment and planning

• 🏭 Production process program design

• 🔧 Equipment selection and production line configuration

Let's work together to promote the utilization of industrial solid waste resources and build a green and sustainable future!