Cooling Tower Water Treatment. Control Algae, Bacterial Slime and More BromMax® 7.1 is an EPA registered biocide (#63838-5), that is an effective agent for controlling algae and bacterial slime in condensing and cooling equipment in which recirculating water is used as the cooling media in reservoirs or ponds. In addition, BromMax is very efficient in controlling algae and bacterial slime Read More
Industrial Cooling Tower Water Treatment Enviro Tech’s BromMax® is the world’s most concentrated liquid bromine biocide for industrial water treatment (10.2% as Cl2) and is covered by US Patent #7,045,153. BromMax is produced using a novel process that both eliminates bromate ion formation and also reduces the creation of inert salts to keep conductivity low in the receiving water. For Read More
Enviro Tech Chemical Services (ETCS) is pleased to announce its Peragreen products, formulated for the control and reduction of slime, algae, bacterial and fungal diseases in various agricultural water systems, is now listed on Agrian’s comprehensive online Label Lookup directory. Agrian is an Ag software company that provides an online Label Lookup resource that more than 330 manufacturers use to Read More
Peragreen® 5.6% Antimicrobial Solution EPA Reg. No. 63838-1 Peragreen® 5.6% is a peracetic acid (PAA) based microbiocide developed for bacteria, slime, mildew, odor, fungal, and algae control in agricultural waters. With an equilibrium mixture of peracetic acid, hydrogen peroxide, acetic acid, proprietary ingredients, including water, Peragreen® 5.6% formula is approved for organic and non-organic crops. Peragreen® 5.6% may be used Read More
Peragreen® 15% PAA Microbiocide for the Food Industry EPA Reg No. 63838-2 Peragreen® 15% is a peracetic acid (PAA) microbiocide formulation engineered for bacteria, fungi, slime, and odor control in fruit and vegetable process water systems and agricultural water treatment systems. In fruit and vegetable commercial operations and packing houses, Peragreen® 15% can be used to control spoilage and decay-causing Read More