Universal Materials Incubator

EF Polymer is an agricultural company that develops eco-friendly water retention polymers derived from organic waste, including citrus residues, banana peels, and sugar cane bagasse. Its flagship product, Fasal Amrit, absorbs water many times over its weight and releases it to crops over 10-12 days, enabling farmers to reduce irrigation by about 30-40% and fertilizer losses by roughly 10-20%. The polymer is organic, chemical-free, and biodegradable in soil within five to six months. By reducing water and fertilizer costs and supporting crop growth, it offers a sustainable solution for farming in limited irrigation scenarios and helps minimize environmental impact by repurposing waste materials.

EF Polymer is an agricultural company that develops eco-friendly water retention polymers derived from organic waste, including citrus residues, banana peels, and sugar cane bagasse. Its flagship product, Fasal Amrit, absorbs water many times over its weight and releases it to crops over 10-12 days, enabling farmers to reduce irrigation by about 30-40% and fertilizer losses by roughly 10-20%. The polymer is organic, chemical-free, and biodegradable in soil within five to six months. By reducing water and fertilizer costs and supporting crop growth, it offers a sustainable solution for farming in limited irrigation scenarios and helps minimize environmental impact by repurposing waste materials.

Aquafortus specializes in non-thermal crystallization technology aimed at recovering clean water and crystallizing salts from high-salinity brines. The company addresses the treatment needs of various industries, including cooling towers, mining, oil and gas, inland desalination, and flue gas desulfurization from power generation. By significantly reducing energy consumption, Aquafortus enhances the economic viability of liquid transportation, wastewater management, and zero liquid discharge processes. This innovative approach enables clients to lower their operating expenses while effectively managing high-salinity waste.