Why Solid One-Part Geopolymers?
Revolutionizing Concrete with AGS Solid One-Part Geopolymers
A groundbreaking category of geopolymers utilizing a one-part mixing method has been developed by the Chief Science Officer of Alchemy Geopolymer Solutions (AGS) in collaboration with engineers at Louisiana Tech University. This innovation builds upon a decade of expertise; since 2012, our Founder and Original Investor pioneered the development of geopolymer spray mortars and precast alternative cements tailored for North American industries. These advancements have enabled geopolymers to gain wider acceptance across multiple concrete applications.
The AGS Solid One-Part Geopolymer (OPG) Advantage
AGS has developed a solid one-part geopolymer mix that incorporates various aluminosilicate precursors (industrial co-products) with solid activators. This unique composition forms a highly durable bonded matrix that is both easier to manufacture and compatible with standard concrete field equipment. Our Solid One-Part Geopolymer (OPG) exceeds traditional concrete in performance, delivering superior results across more than a dozen key metrics. These include:
Patented Technology for Broader Applications
AGS’s patented and proprietary OPG formulations represent a significant leap forward in the adoption of geopolymers for structural applications. These materials enable safer utilization and broader deployment in plain and fiber-reinforced concrete, as well as in 3D-printed structures.
Their versatility also extends to use as coatings for structural repair, making them an ideal choice for concrete restoration projects.
Sustainability at the Core
A critical benefit of AGS’s OPG technology is its superior sustainability. Compared to traditional cementitious concrete and even two-part geopolymers, OPG significantly reduces carbon emissions. This is largely due to its solid-state composition, which eliminates the need for transporting and handling hazardous alkaline solutions. Life cycle assessments reveal that OPG generates substantially lower total CO2 emissions, supporting its role as a cleaner alternative for green construction.
Moreover, OPG leverages industrial by-products—materials often deemed waste or environmental liabilities—transforming them into valuable resources. This innovation can prevent billions of pounds of industrial by-products from being sent to landfills, reducing the environmental burden and promoting circular economy practices.
Enhanced Workability and Performance
AGS’s Solid One-Part Geopolymers deliver superior workability, compressive strength, flexural strength, and slump values compared to earlier two-part geopolymer formulations. They also offer the flexibility of rapid setting times, ranging from 30 minutes to 24 hours, making them adaptable to various construction needs.
A Cleaner Path to Greener Concrete
Geopolymers, and particularly AGS’s Solid One-Part formulations, are a sustainable and effective alternative to traditional cements for a wide range of construction applications. By providing a high-performance, environmentally friendly solution, AGS is paving the way for a cleaner, greener future in construction.