Biozymes

1. An interesting example of this system type was so-called Biofloc, which consist of developing microbial aggregates formed from carbon:nitrogen ratio (C:N) in water, with low or zero exchange and high oxygenation, diets with low crude protein content and external carbon source like molasse (sugar cane), rice bran, wheat bran, among others. This C:N ratio allows microbial community growth, especially of heterotrophic bacteria, which metabolize carbohydrates and consume inorganic nitrogen (principally ammonia NH4 +), reducing their concentration and improve water quality .

2. Biofloc technology (BFT) is one of the innovative methodologies for waste management and nutrient retention that offers a solution to solve environmental problems in aquaculture because it doesn’t use water exchange to solve nitrogen compound elimination, but it utilizes microbial assimilation, stimulated for addition of material rich in carbon, to transform those compounds. Also, microbial protein can be used as food for culture species . This is very important because in any fish and crustacean culture system, water quality management is the principal factor that impacts in production sector, particularly in intensive and hypertensive culture systems

3. In conventional fish and crustacean culture systems, the nitrogen compounds transformation is made by autotrophic microorganisms of Nitrospira, Nitrobacter and Nitrosomonas genders. However, an excess of organic matter in form of carbon, inhibit their efficiency by limiting their growth [34]. Contrary, in Biofloc systems, nitrogen compounds transformation is more efficient, because this process is made by facultative heterotrophic bacteria that correspond principally to Bacillus and Pseudomonas gender. These two genders are more efficiently in organic matter presence, which allow increasing their population abundances quickly and oxide-reduction process .

4. Effectively degrades all types of organic wastes in the pond like excess feed, faecal matter, exoskeletal moults and keeps the pond clean.

5. Reduced Vibrio and other bacterial disease problems- Healthier ponds

6. ,zero water exchange

composition :Bacillus Subtilis, Bacillus Megatherium, Bacillus lecheniformis, Bacillus Polymixa, Bacillus firmus, Bacillus mesentricus, pedococcus,denitrifying bacteria and saccharomycetes,rhodococcus.enzymes,stabilizers

Individual probioticts for aqua and poultry,dairy,pet animals, big animals and pharma1. Bacillus subtitles2. Bacillus licheniformis3. Bacillus megatherium4. Bacillus coagulants5. Bacillus mesentericus6. Bacillus polymyxa7. Bacillus pumilis8. Bacillus clausii9. Bacillus firmus10. Lactobacillus sporogenes11. Lactobacillus acidophilus12. Lactobacillus bulgaricus13. Lactobacillus plantarum14. Lactobacillus rhamnosus15. Lactobacillus casei16. Lactobacillus reuterii17. Lactobacillus lactis18. Lactobacillus fermentum19. Enterococcus faecium20. Aspergillus oryzae21. Aspergillus Niger22. Rhodococcus23. Rhodospirillum24. Rhodobacter25. Nitrosomonas26. Nitrobacter27. Pseudomonas putida28. Pseudomonas denitrificans29. Thiobacillus thioxidants30. Cellulomonas cartae31. Alcaligenes faecalis32. Saccharomyces boulardi33. Saccharomyces cerevisae34. Candida utilis35. Streptococcus thermopiles

Liquid minerals mixture for  aqua culture  for water spray   dosage  1-2 L for  1 Acer dosage

We BIOZYME Established in the year 2008 at MOOSAPET ,HYDERABAD .We are under MENNENI Group .We mainly deals in all types of AQUA FEED SUPPLEMENTS ,POULTRY FEED SUPPLEMENTS ,DAIRY FEED SUPPLEMENTS ,PROBIOTICS ,ENZYMES ,YEASTS,ORGANIC FERTILIZERS ,BIOFERTILIZERS ,BIOPESTICIDES,BIOFUNGICIDES Etc . for more details plz contacts us on our website or mail.

Benefits:
Biodegrades organic pollutants and reduces hydrogen sulphide and toxic gases.
Promotes non-pathogenic bacteria.
Reduces white feces and white gut problems.
Promotes stress free environment and increases the production.
Maintains optimum water and soil parameters for fish and shrimp growth.
 
Usage:
During Pond Preparation – 50 to 100 liters/hectare to be sprayed on the soil.
During Culture – 30 to 60 liters/hectare per week.