TAML® catalysts are at the core of every Sudoc solution. Added to products, formulations, and oxidation-based systems, our chemistry enhances performance and helps measurably lower system costs while providing a strong return on investment.
Denim Finishing
Denim finishing facilities can unlock cost savings and flexibility in their bleaching processes for super-light, light, and medium shade recipes - with OxiDyes™ 1605.
OxiDyes™ 1605 was developed to help brands meet sustainability targets, and for denim finishers to lower costs and increase throughput.
Cleaning Products
Our suite of catalysts enhance oxidation in cleaning products to improve stain removal, odor elimination, and cleaning performance, helping manufacturers market and sell unique chemistry that does more with less.
Commercial Laundry
Sudoc's suite of catalysts help laundry chemical providers develop higher-performing detergents and standalone additives that boost oxidation, delivering effective cleaning with shorter cycles, lower temperatures, and reduced operating costs.
Water Treatment
Sudoc was founded on advancing water treatment to remove endocrine disruptors and dangerous compounds from our water.
Sudoc catalysts intensify oxidation reactions to accelerate breakdown of hard-to-treat contaminants in water. From dye removal and pharmaceutical degradation to broader micropollutant treatment, our chemistry can help businesses and municipalities with AOPs and treatment systems achieve their water re-use and sustainability goals.
Other Applications
Sudoc's catalysts enhance oxidation-based systems. Contact us to explore solutions for your application.
Pioneered at Carnegie Mellon University, TAML® catalysts were developed by Dr. Terry Collins and his teams at the Institute for Green Science to make oxidation chemistry more efficient and sustainable. Sudoc developes this nature-inspired chemistry into a range of cleaning and industrial applications—helping companies achieve sustainability goals while improving performance and profitability.
Our founding purpose continues to guide us: do more with less by mimicking nature’s efficiency.
