Homeka successfully completed the upgrade of its green manufacturing facility, integrating energy-efficient and eco-friendly equipment to achieve low-carbon and high-efficiency production, setting a benchmark for green manufacturing in the industry.

Homeka successfully hosted its first Sustainability Technology Seminar, bringing together industry experts to discuss trends and practical applications of environmental technologies, promoting global sustainable solutions.

On November 10, Homeka organized an outdoor team-building activity filled with fun games and collaborative challenges to enhance teamwork, cohesion, and camaraderie among employees.

On this festive occasion, Homeka extends heartfelt Christmas wishes to global customers and partners, reaffirming our commitment to sustainability and a greener future.

On March 10, 2025, a Chinese lead smelter achieved zero sludge discharge in thallium-containing wastewater treatment through advanced ion exchange resin technology. By integrating oxidation-precipitation and resin adsorption, the process achieved 98% thallium recovery and eliminated sludge disposal costs, reducing chemical consumption by 30%. This innovation sets a benchmark for heavy metal pollution control and accelerates green smelting under China's dual carbon strategy.

Homeka launched 2025 Safety Month with all 46 technicians passing annual "Ion-Exchange Resin Safety Protocol" certification (avg. 92.7). Training covered MSDS management, activated carbon dust protection, and TÜV-certified PPE operations. Concurrent "PureWater Initiative" provided free water testing & filter replacement for Donghu Comunity, demonstrating technical safety and social responsibility.

As a leading manufacturer of ion exchange resins, Homeka has focused on water treatment for over twenty years , dedicated to developing cost-effective, stable, and eco-friendly resin products. By optimizing cross-linking structures and functional group modification technologies, Homeka’s core products excel in selectivity, mechanical strength, and regeneration efficiency. They are widely used in industrial wastewater treatment, municipal water supply and so on.