Ecofloc is a highly efficient, cost-effective, and multifunctional coagulant designed for water and wastewater treatment. It offers superior performance by effectively removing suspended solids, organic matter, and other impurities from water. One of its key advantages is its ability to significantly reduce sludge volume compared to conventional coagulants, which leads to lower disposal costs and simpler handling. Ecofloc is suitable for a wide range of applications in industrial and municipal treatment systems. Its versatility and eco-friendly formulation make it an ideal choice for improving water quality while minimizing environmental impact and operational costs. Overall, Ecofloc enhances both performance and sustainability.

• Plant-based and biodegradable
• Reduces sludge volume by up to 40%
• Effective across a wide pH range
• Cost-effective alternative to conventional coagulants

ZnCool and FeMat are advanced, high-performance pigment solutions engineered for applications requiring heat-reflective and visually appealing finishes. These intense, cool pigments are designed to reflect infrared radiation, significantly reducing heat buildup on surfaces exposed to sunlight. ZnCool, based on zinc compounds, and FeMat, derived from iron oxides, are both cost-effective alternatives to traditional cool pigments, offering excellent durability, color stability, and UV resistance. They are ideal for use in coatings, roofing materials, plastics, and architectural applications where thermal management and aesthetics are critical. By lowering surface temperatures, they contribute to energy savings and improved comfort in built environments.

• Environmentally friendly production process
• Superior solar reflectance properties
• Long-lasting color stability
• Compatible with existing manufacturing processes

Colloidal silver, synthesized through environmentally friendly green chemistry methods, offers significant advantages for advanced sensing applications. This eco-conscious approach avoids toxic chemicals, utilizing plant extracts or natural reducing agents to produce stable silver nanoparticles. These nanoparticles exhibit unique optical, electrical, and antimicrobial properties, making them ideal for sensitive and selective detection in chemical and biological sensing systems. Colloidal silver’s high surface area enhances interaction with target molecules, improving detection accuracy and efficiency. Its green synthesis aligns with sustainable development goals, making it suitable for applications in environmental monitoring, medical diagnostics, and food safety, while minimizing ecological and health risks.

• Green synthesis using plant extracts
• Highly stable colloidal suspensions
• Tunable particle sizes for different applications
• Excellent antimicrobial properties

WaSE: Photocatalytic Water Splitting Electrodes: We require funding to optimize and scale up the development of our photocatalytic water splitting electrodes. This project aims to produce sustainable hydrogen energy, offering a clean alternative to fossil fuels. Funding will support the synthesis of advanced electrode materials, performance testing, and prototype development.

• High-efficiency photon conversion
• Stable in aqueous environments
• Cost-effective compared to precious metal catalysts
• Scalable manufacturing process

GAmE: Graphene-based electrodes for electrochemical production of ammonia: This project focuses on developing graphene-based electrodes to enhance the electrochemical production of ammonia. Ammonia is a vital component in fertilizers and energy storage. Funding will be used for graphene material research, electrode fabrication, and electrochemical system optimization.

• High selectivity for ammonia production
• Robust and long-lasting electrode materials
• Operates at mild conditions
• Potential for decentralized nitrate treatment

We're continuously working on new innovations in sustainable technology. Our pipeline includes projects in:

• Advanced water purification membranes
• Bio-inspired corrosion inhibitors
• Next-generation energy storage materials
• Smart agricultural technologies

Stay tuned for updates on these exciting developments!