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Relocation & Reactivation of Artificial Aggregate Facilities
Moved and reinstalled core production equipment from Yeongheung Power Plant to Eumseong factory.
Enabled annual capacity: 200,000 tons of artificial aggregate, 300,000 tons of cement-based materials, and 200,000 tons of industrial by-product processing.
Waste Plastic & Glass Aggregate Production Technology
Joint development with KICT to recycle landfill plastics and glass with cement-free binder.
Applications: structural aggregates, asphalt aggregates, synthetic resin railway sleepers.
Railway Concrete Sleeper Development
Collaboration with KICT for fiber-reinforced resilient concrete sleepers.
Prepared for Seoul Metro delivery to replace wooden sleepers and advance ballast-free rail systems.
Saemangeum Industrial Aggregate Project Feasibility
Studying a 1M-ton/year plant using steel slag & bottom ash from nearby industrial plants.
Utilizing secondary by-products from CaO extraction for CO₂-to-calcium carbonate production.
Phosphogypsum Aggregate & Precast Products
Developed reuse technology for large phosphogypsum stockpiles from major chemical companies.
Produced prototypes and secured ₩2.5B R&D grant from the Ministry of SMEs and Startups.
New Demand for Cement-Free Binder
Developed landfill and golf course barrier materials to replace bentonite.
Reduced total project costs by over 50% through thickness reduction and advanced coating.
CO₂-to-PCC White Cement & Asphalt Fillers
Completed white cement production using PCC.
Applied for South Chungcheong Province’s eco-material regulatory-free zone.
PVC Compound Production Growth
Increased monthly sales by 100,000% in August 2022.
Join Us in Building a Carbon-Free Future
At KCM Korea, we’re not just creating materials—we’re building a movement toward cleaner, smarter, and more resilient construction. Whether you’re a government agency, contractor, architect, or developer, we invite you to join us in reshaping the future of the built environment
CO₂ Curing Technology Commercialization
Adopted CO₂ curing for artificial aggregates & precast products.
Reduced curing time & temperature while strengthening materials and storing CO₂ (5–20% of product weight).