Evogen Fabric Care Enzyme Blend is an enzyme-based liquid blend for use in the development of detergent for laundry and fabric care with a focus on breaking down a wide range of organic compounds commonly found in fabric stains. Evogen Fabric Care Enzyme Blend is a multi-enzyme blend targeting a wide range of organic compounds commonly found in fabric stains. When used in a detergent, the enzymes instigate a reaction between the stains and water solution thereby assisting in stain removal and improving the efficacy Evogen Fabric Care Enzyme Blend can help remove tough stains and eliminate malodors. The utilization of enzymes in detergents also allows for lower temperature washes and the required agitation times are shorter. This preserves the shelf life of the fabric while also helping to reduce energy consumption. In addition, the replacement of traditional chemicals in a detergent with a multi enzyme solution can reduce the detergent’s impact on the environment.

EVOGEN PIT TREAT is a specialized liquid formulation containing a proprietary blend of Bacillus strains designed to liquefy solids and accelerate the degradation of organic waste and sludge in animal farm pits. Enhanced with a pleasant citronella fragrance for effective odor control, it significantly reduces ammonia levels and waste volume, promoting a healthier environment. This eco-benign™ solution is safe for both users and the environment, making it ideal for managing animal waste pits and holding areas.

EVOBAC 10X and 20X BROTHS are buffered and preserved, multipurpose, bacterial concentrates which are excellent for use in a variety of applications. The bacterial consortium for these broths has been chosen for accelerated degradation capabilities of organic compounds such as grease, fats, proteins, starches, sugars and cellulose. These concentrates off er an excellent bacterial package in an environmentally sensitive, non-reactive base to develop your own formulations for many different applications.

Liquid additive that is designed to help combat odours associated with reduced sulphur compounds by modifying microbial respiration in combination with Bacillus bioaugmentation. Uses For impacting anoxic zones that are producing reduced sulphur compounds.