Low-Carbon Cement Innovation Toward Green Construction

The world is facing a severe environmental crisis. Greenhouse gas emissions from industries—especially the construction sector—are major contributors that demand urgent action. As a leader in construction material innovation in Thailand, SCG is committed to achieving Net Zero Emissions by 2050. This commitment is reflected in the continuous development of technologies, materials, and ideas that help minimize environmental impact.
One of SCG’s key innovations is SCG Low-Carbon Structural Cement, developed by SCG and introduced to global markets through SCG International. This solution aims to set a new benchmark for the construction industry across Asia and beyond.

SCG has always prioritized reducing environmental impact. The company has set clear targets to lower greenhouse gas emissions in its production processes and is one of Thailand’s leading corporations actively pursuing Net Zero. SCG Low-Carbon Structural Cement is not merely an alternative but a catalyst for shifting the construction industry toward a sustainable future.
This low-carbon cement doesn’t just reduce carbon emissions during production—it maintains strength and durability. Globally, SCG International plays a key role in scaling this carbon-friendly mortar to international markets, allowing countries in Asia and other regions access to sustainable building materials.

Low-carbon cement refers to cement produced by minimizing the use of high-carbon materials like clinker and replacing them with alternative materials such as fly ash or industrial waste that help reduce CO₂ without affecting the product’s quality.
Understanding what low-carbon mortar is key to addressing sustainability challenges. Producing low embodied carbon cement significantly reduces environmental impact. In fact, the cement industry accounted for approximately 8% of global CO₂ emissions in 2022.
Cement remains a vital material in residential, commercial, and infrastructure construction. Thus, the innovation of low-carbon cement represents one of the most sustainable ways to reduce environmental damage.

Low-carbon mortar innovation reflects a commitment to environmental stewardship in construction and highlights key low-carbon mortar benefits for sustainable building practices.

SCG has developed various formulas of low-carbon structural cement tailored for different applications. Buildings using this low-carbon cement technology may also qualify for green building certifications like LEED and TREES.

Hydraulic cement for general construction (General Use: GU), formulated with materials science and hybrid technology, combining clinker, gypsum, calcium components, and strength-enhancing additives. Suitable for foundations and general structures.

Portland pozzolanic cement is designed to withstand salt exposure, making it ideal for coastal construction like ports and dams in marine environments.

A pozzolanic Portland cement engineered to resist chloride and sulfate corrosion. Ideal for use in Northeastern Thailand and brackish areas, it helps protect steel reinforcement and reduces cracking caused by salt accumulation.

Type 3 Portland cement that rapidly develops compressive strength. Perfect for projects requiring quick form removal or early structural use, including factory floors, precast concrete, piles, and electric poles.

Type 1 Portland cement with high compressive strength. Ideal for casting columns, beams, slabs, and large structural components. Delivers smooth, dense finishes with enhanced flowability and fewer air bubbles.

SCG is dedicated to developing high-performance building materials that minimize environmental impact. This vision is embodied in its SCG Low-Carbon Structural Cement, a core driver of the shift toward green construction.
This innovation goes beyond standard use. It has been tested and showcased in the groundbreaking 3D Modular Project, combining 3D printing technology with low-carbon mortar to create modern, energy-efficient structures with a significantly reduced carbon footprint.
Using low-carbon mortar in combination with 3D printing technology not only significantly reduces CO₂ emissions but also minimizes material waste and shortens construction time by up to 48% compared to traditional methods. It also reduces on-site labor and redundant transportation of materials—all of which contribute to lower construction costs and reduced environmental impact.
This project exemplifies the power of sustainable innovation and demonstrates that eco-conscious building is both achievable and efficient without compromising engineering standards.

SCG International is your trusted partner in sourcing and delivering sustainable construction materials, especially low-carbon mortar. Developed by SCG—a leading Low-Carbon Cement manufacturer—these innovative solutions are now available globally via a comprehensive supply chain.

For more information about SCG’s low-carbon structural cement innovation, feel free to consult with our experts or contact SCG International.