Descriptions
It contains saprophytic microorganisms, including bacterial and fungal species, which are highly effective in degrading organic waste such as organic residue, FYM, Animal waste, Cellulose, and lignin-rich material.
Species: Basidiomycetes Spp (Important in the degradation of lignin), Trichoderma sp, Actinomyces, Clostridium thermocelium consortia.
Sugarcane waste contains a cellulose-degrading bacterial consortium, Mesophilic—thermophilic species of actinomyces bacteria, and fungi for the degradation of press mud.
Features and Benefits:
The highly efficient strains of Actinomycetes help degrade complex organic matter quickly. These species efficiently secrete organic acids and enzymes that maintain the soil's pH.
It converts cellulose into humus and helps to decay organic matter.
The consortium of Lignocellulolytic, Thermophilic organisms accelerates the decomposition of organic raw matter, including animal waste and crop residue.
It helps to maintain a level of organic carbon in the Rhizosphere.
It minimizes and even eliminates the problems arising from poor aeration, such as the emission of phenolic compounds, methane, etc.
It also helps to increase microbial population and maintain the pH of soil.
Specifications:
Stability:
Features:
100% organic and eco-friendly
Perfect cell count
Easy to use and harmless to humans and animals.
Certified by NOCA as per NPOP standards.
Application and Dosage:
1-2 liters per MT. (For organic waste, 1 liter of CULTURE is diluted in 200 liters of water + 10 kg of urea + 10 kg of single superphosphate).
1-2 liters per MT of Press mud (Dilute in 200-liter water)
Pickup Address: Nashik, MAHARASHTRA, 422003
Darpan sankul - B , Jadhav colony, oppt dream castle majhamal Gatt No 176/1, Talegaon(Dindori), Tal, Dindori Nashik, Maharashtra 422003
Address of origin: Darpan sankul - B , Jadhav colony, oppt dream castle majhamal Gatt No 176/1, Talegaon(Dindori), Tal, Dindori Nashik, Maharashtra 422003
Descriptions
It contains saprophytic microorganisms, including bacterial and fungal species, which are highly effective in degrading organic waste such as organic residue, FYM, Animal waste, Cellulose, and lignin-rich material.