Special Bacteria for Municipal Wastewater Treatment/Industrial sewage

الوصف

SUKAZYM—MW**2
Special Bacteria for Municipal Wastewater Treatment
 
SKHZYE-MW**2 is a product consisting of selected microorganisms. It can be applied to degrade different types of organic matters. These organic matters mainly exist in the production and domestic wastewater. In the case of stable temperature, SKHZYE-MW**2 can react rapidly and degrade many organic matters easily. It is very suitable for the treatment of much industrial, urban and agricultural wastewater.
INGREDIENTS:
It is a biological active material, containing a large amount of bacteria composed of aerobic and anaerobic enzymes. It consists of six bacteria that can offer high-quality amylase, protease, lipase and cellulose, including Bacillus subtilis, Bacillus licheniformis, Polymyxa, Aspergillus and Nocardia.
Appearance:  Tan fine powder
Odor:        the aromatic odor
Density:      ******0 kg/m3
Mesh Pattern:  *8% could pass through **-hole mesh
Moisture Content: no more than *5%
Storage:      cool and dry place
Emergency Treatment: avoid massive inhalation, wash hands after use
Scope of Application:
  PH: 6.0 - 8.0   Optimum conditions pH = 7
  Temperature: *0°C **0°C  Optimum temperature *5°C - *5°C
Bacteria Content: 1 × **9 / g; including Bacillus subtilis, f Bacillus licheniformis, Polymyxa, Aspergillus and Nocardia.
CHARACTERISTICS:
It contains a large number of microorganisms that can degrade the target pollutants.
It can survive in the pollutants independently and make use of toxic substances as the sole carbon source when other nutrients reach the minimum.
It can reproduce and metabolize the pollutants in the compound environment under which it always combine with some heavy metals.
FEATURES AND BENEFITS

• Eliminates hydrogen sulfide gas, and its accompanying odors, and health hazards.
• Converts suspended particles and accumulated waste and soluble organics in the sludge to carbon dioxide, nitrogen and oxygen gases, water and sulfates.
• Breaks down proteins, starches, fats and food-based oils, xylans and cellulose.
• Reduces TSS, COD and BOD.
• Reduces nitrate and ammonia efficiently.
• Eliminates inhibitory effects of hydrogen sulfide (H2S) on nitrification.
• Can utilize a wide range of carbon sources.
• Produces less sludge than alternative methods.
• Non-toxic, non-corrosive. Safer to handle than chemical oxidizers.
• Environmentally friendly, all-natural process.
• BENEFICIAL MICROORGANISMS + BIOENZYMES