Transforming Industrial Waste into High-Performance Construction Materials
ProtectGD delivers patented geopolymer technology that converts hazardous wastes (fly ash, redmud, etc) into profitable, sustainable building solutions for infrastructure and industrial applications.
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About ProtectGD
Since the 2000s, ProtectGD Co., Ltd has specialized in advanced material technology, pioneering the transformation of problematic industrial waste into high-value construction materials. Our patented geopolymer technology represents a disruptive innovation in the waste management and construction sectors.
We convert hazardous solid wastes—including fly ash from thermal power plants, incineration residues, and red mud from bauxite mining—into high-strength, functional materials for demanding infrastructure applications. Our solutions serve coastal protection projects, heavy-duty infrastructure, and specialized construction needs where material performance is critical.
Our value proposition is clear: We help industrial facilities and project developers turn costly waste disposal obligations into profitable revenue streams. By transforming waste from a cost center into a profit center, we deliver both environmental compliance and good financial returns for the client.
Competitive Advantages
Our geopolymer technology delivers exceptional performance across the most challenging waste streams and demanding applications. Unlike traditional cement or waste treatment methods, our patented process addresses both environmental compliance and structural performance requirements.
Hazardous Waste Expertise
Specialized processing of fly ash and slag from incineration and thermal power plants, transforming toxic materials into safe, functional construction products.
Bauxite Red Mud Solutions
Complete treatment of alkaline red mud waste from aluminum mining, eliminating landfill while creating high-performance building materials.
Superior Strength Performance
CBR load-bearing index reaches 130, with compressive strength up to 60 MPa (ASTM D1883 and ASTM C330), exceeding conventional concrete specifications.
Versatile Manufacturing
Products suitable for pressure-casting and centrifugal component production: bricks, paving stones, sidewalks, sewer pipes, and circular pillars.
Extreme Environment Durability
Exceptional resistance to heat, cold, acid, and alkaline conditions—ideal for harsh climates and coastal applications.
Heavy Metal Immobilization
Proven capability in heavy metal absorption and radioactive waste treatment, applicable to water and solid waste management.
Our Patented Technologies
United States Patent Protection
ProtectGD's proprietary geopolymer technology is protected by US Patent No. 11,629,097 B2, providing exclusive intellectual property rights for our waste transformation processes and material formulations.
This patent covers our innovative method for converting industrial waste streams into high-performance construction materials through advanced geopolymerization chemistry. The technology has been validated through rigorous testing and real-world applications across multiple continents.
Our patent portfolio represents years of research and development, establishing a strong competitive moat and ensuring technology leadership in the waste-to-material sector.
Our Partners & Customers
ProtectGD collaborates with leading organizations across the waste management, construction, and industrial sectors. Our client portfolio includes major waste-to-energy facilities, aluminum producers, cement manufacturers, and infrastructure developers worldwide.
These strategic partnerships validate our technology's commercial viability and demonstrate proven track records across diverse industrial applications and geographic markets. We work with clients to optimize waste processing, reduce disposal costs, and create new revenue opportunities through material sales.
Bauxite Red Mud Projects
Key Features
Our bauxite red mud solution addresses one of the aluminum industry's most persistent environmental challenges. Red mud—a highly alkaline waste product from bauxite refining—traditionally requires expensive landfill disposal and poses significant environmental risks.
01
Complete Alkalinity Neutralization
Our technology completely eliminates residual alkalinity issues from red mud waste, converting hazardous material into inert, safe construction products.
02
Zero Landfill Solution
Eliminates landfill requirements entirely by converting 100% of solid waste into high-strength construction materials suitable for demanding applications.
03
Desert Sand Integration
Can be blended with abundant desert sand to produce high-strength geopolymer concrete (can be over 70MPa), creating value from previously unusable materials.
04
Global Validation
Technology tested and validated across multiple continents with active projects worldwide, demonstrating scalability and reliability.

Bauxite Mining Industry Application
Geopolymer produced from red mud waste transforms liability into asset
Bauxite Project Performance
Test Results: Shore D Hardness & Compressive Strength
Shore D test result
Optimal blend ratios balance waste utilization with performance requirements.
Desert Sand Integration
High percentages of abundant desert sand dramatically reduce material costs.
77.5
MPa Compressive Strength
Equivalent to B60 concrete grade and above—exceeding most infrastructure requirements
< 25 USD/ton
High strength concrete from red mud and desert sand
Cost-saving, wide application, ready to scale!
Benefits for Cement & Concrete Plants
Our technology delivers transformative operational and financial advantages for cement producers, concrete manufacturers, and construction material suppliers. By integrating ProtectGD's geopolymer process, facilities achieve significant cost reductions while addressing environmental compliance requirements.
Eliminate Imported Sand Costs
No requirement for expensive construction-grade sand imports. Utilize abundant local desert sand and waste materials to meet production needs.
70% Water Reduction
Our concrete formulation requires maximum 20% water content—dramatically reducing water consumption and operating costs compared to traditional cement.
No Concrete curing required
Concrete created by our technology is ready in < 1hour. No curing required.
Complete Environmental Solution
Fully resolve red mud disposal challenges while creating valuable use for desert sand in construction and coastal protection projects.
Rapid Implementation Timeline
Test and validation processes are fast and straightforward. Large-scale production can be rolled out within 1 month by utilizing existing cement plant equipment and infrastructure.
No massive capital expenditures required—leverage your current assets with minimal modifications to begin production.
Sustainability Advantages
Dramatically lower carbon footprint: Reduced transportation requirements and energy-efficient production processes significantly decrease environmental impact compared to traditional cement manufacturing.
Cost savings extend across the entire value chain, from raw material procurement through production and distribution.
Waste-to-Energy Fly Ash Projects
Fly Ash Treatment: Biwase Partnership
ProtectGD's geopolymer technology transforms hazardous fly ash from waste-to-energy facilities into environmentally compliant construction materials. Our process at the Biwase facility demonstrates commercial-scale validation of this critical waste stream solution.
Fly ash from municipal solid waste incineration contains heavy metals and toxic compounds that require expensive treatment and disposal. Our technology immobilizes these contaminants within a stable geopolymer matrix, creating safe, high-performance building materials.
Key Features
Environmental Compliance
Geopolymer products meet all requirements of QCVN 07:2009/Ministry of Environment standards for safe material handling and use.
Construction-Ready Materials
Products suitable for precast bricks, precast concrete, and structural applications meeting performance and environmental specifications.
60% TOTEX Reduction
Total expenditure reduced up to 60% compared to traditional fly ash disposal methods, delivering immediate financial returns.
Waste-to-Energy Fly Ash: Test Results
Laboratory analysis demonstrates our geopolymer technology's effectiveness in immobilizing heavy metals and toxic compounds. All parameters achieve compliance with environmental standards QCVN 07:2009/Ministry of Environment.

Note: Red text indicates parameters that exceeded environmental standards in raw input material. All geopolymer pellet results achieve full compliance.
100%
Environmental Compliance
All heavy metal parameters meet or exceed regulatory standards
99%
Heavy Metal Reduction
Average reduction in toxic compound concentrations after geopolymer treatment
Learn more at protectgd.com
Warsan W2E Project – UAE
Fly Ash Treatment at Scale
The Warsan Waste-to-Energy facility in the United Arab Emirates represents one of the largest and most advanced waste management projects in the Middle East. ProtectGD's technology proved to treat the fly ash for this flagship facility.
Key Features
Complete Heavy Metal Immobilization
Successfully removed or immobilized arsenic, cadmium, lead, mercury, and hexavalent chromium from fly ash waste streams.
Construction-Grade Products
Converted materials meet all performance requirements for precast bricks, precast concrete, and structural applications.
Environmental Compliance
All products satisfy UAE environmental regulations and international standards for safe material handling and construction use.
Warsan W2E: Test Results
Comprehensive laboratory analysis conducted at the Warsan Waste-to-Energy facility confirms our geopolymer technology's effectiveness across all critical parameters. Testing protocols follow international standards and regulations.
These results validate the commercial scalability of our technology for large waste-to-energy facilities processing thousands of tons of municipal solid waste annually. The Warsan project serves as a reference case for similar facilities worldwide.
Partnership & Engagement Process
ProtectGD offers a straightforward, fast-track approach to project evaluation and technology deployment. Our pre-feasibility study process minimizes risk and provides comprehensive technical and financial data for investment decisions.
Step 1: NDA & RFQ Submission
Timeline: 1 week
Execute non-disclosure agreement and submit request for quotation form with project details, waste stream characteristics, and production objectives.
Step 2: Sample Testing & Reports
Timeline: 1 month
Comprehensive laboratory testing of your waste materials, geopolymer formulation optimization, and detailed performance reporting against relevant standards.
Step 3: Detailed Technical & Financial Proposal
Timeline: 1 week
ProtectGD delivers complete offer including technical specifications, equipment requirements, production processes, financial modeling, and implementation timeline.
low
Pre-Feasibility Study Cost
Complete evaluation including testing, analysis, and detailed proposal
2
Months to Decision
Rapid timeline from initial contact to comprehensive investment evaluation
Cooperation Method
Technology Transfer Agreement: Available on project-specific basis or regional licensing arrangements.
Flexible commercial structures tailored to your operational requirements, investment capacity, and market objectives. We work with partners to optimize risk-sharing and return profiles.