Welcome to Anil Bioplus Limited

Detergents & Personal Care: Enzymes have contributed greatly to the development and improvement of modern household and industrial detergents, the largest application area for enzymes today. They are effective at the moderate temperature and pH values that characterize modern laundering conditions, and in laundering, dishwashing, and industrial & institutional cleaning, they contribute to:

• A better cleaning performance in general
  
• Rejuvenation of cotton fabric through the action of cellulases on fibers
  
• Reduced energy consumption by enabling lower washing temperatures
  
• Reduced water consumption through more effective soil release
  
• Minimal environmental impact since they are readily biodegradable
  
• Environmentally friendlier wash water effluents

Leather: Enzymes have always been a part of leather-making, even if this has not always been recognized. Nowadays, enzymes are used in all the beam house processes and have even entered the tanhouse. For each leather-making process which includes Soaking, Liming, Bating, Acid Bating, Degreasing / Fat Dispersion and Area Expansion, enzymes like alkaline proteases and lipases are used to get the desired result and add value to the final products.

Animal Feed: Many feed ingredients are not fully digested by livestock. However, by adding enzymes to feed, the digestibility of the components can be enhanced. Enzymes are now a well-proven and successful tool that allows feed producers to extend the range of raw materials used in feed, and also to improve the efficiency of existing formulations. Enzymes are added to the feed either directly or as a premix together with vitamins, minerals, and other feed additives. A wide range of enzyme products for animal feed are now available to degrade substances such as phytate, glucan, starch, protein, pectin-like polysaccharides, xylan, raffinose, and stachyose.

Oil & Gas Drilling: In underground oil and gas drilling, different types of drilling muds are used for cooling the drilling head, transporting stone and grit up to the surface, and controlling the pressure underground. The drilling mud builds up on the wall of the borehole a filter cake which ensures low fluid loss. Polymers added to the mud "glue" particles together during the drilling process to make a plastic-like coating which acts as a filter. These polymers may be starch, starch derivatives, (carboxymethyl) cellulose, or polyacrylates.