Features advanced biochemical and chemical additives designed to convert waste into valuable resources. By enhancing the engineering properties of diverse waste materials and neutralizing toxicity, Chemilink™ SS-300 Series promotes safe recycle use in construction, land development, and national waste management. More than just a technical solution, Chemilink™ SS 300 embodies a philosophy, strategy, and implementation tool for achieving a Zero Waste Society and a Sustainable Green Environment, supported by Singapore government agencies and in collaboration with leading universities and public environmental institutions.

Innovations & Achievements
1. Pioneering the “Singapore NewSoil” Concept
Chemilink™ led the strategic development of Singapore NewSoil—a national initiative transforming non hazardous waste materials (IBA, MC, construction waste, and more) into safe and useful engineering resources, as an integral part of Singapore’s national solid waste management system.

Applications include: • Land reclamation • Landfill development • Filling of abandoned underground spaces • General construction fills

2. Development of the “IBA MC Matrix” Model
The IBA MC Matrix combines: • IBA (Incineration Bottom Ash) • MC (Marine Clay) • Chemilink™ SS-300 Series additives
This engineered matrix delivers materials with excellent geotechnical performance, proven to meet stringent environmental and industrial standards for quality soil and road construction material.

3. Chemical Physical Combined Method (CPCM)
An innovative hybrid treatment that significantly enhances the mechanical strength and stabilization performance of: • IBA MC Matrix • MC • Other soft soils
CPCM offers an efficient, effective, and economical solution for large scale land reclamation with proper liner and capping

4. Engineering Solutions for Underground Spaces
For underground locations with lower technical requirements (such as landfill cavities), SS 300 additives can be injected into designed zones. The controlled chemical reaction progressively strengthens internal materials and reduces leaching risks from residual contaminants.