BI-MAXFLOW
BI-MAXFLOW Stops bad smell from Sewage Treatment Plants, Septic Tanks, Food Waste, Kitchen Waste, Poultry Waste, and Biodegradable Solid Waste, etc., within few minutes of application and speeds up the composting process.
BI-MAXFLOW is Non-hazardous, non-toxic, non-allergic, and non-corrosive. It is safe for children, birds, and animals.
Salient features BI-MAXFLOW are:
- Remove & control foul smell instantly.
- Removes rather than masks odours.
- Oxidize Organic & Inorganic compounds.
- Increase the Bio Degradability of the Effluent & enhance the Slurry.
- Reduction in Bio Oxygen Demand (BOD) & Chemical Oxygen Demand (COD).
- Detoxify harmful gases and substances such as Ammonia, Nitrates, and H2S.
- Break the hardened sludge in the collection tank.
- Reduce sludge formation.
- Develop MLSS (Mixed Liquid Suspended Solids)
- Helps in the development of Aerobic & Anaerobic Microbes.
- Achieves significant purification of treated effluent.
- Reduce the Blower running time & save electricity
- Increase the lifetime of the filtration components
- Safe for humans and the environment
MATERIAL SAFETY DATA SHEET (MSDS)
Product Identification
Product Name: BI-MAXFLOW: Product Information: Waste Water Treatment Compound Company identification: FLOWTRONICS PRIVATE LIMITED.
Composition/Information on Ingredients Contains
Peroxide based complex and catalyst
Hazards Identification Emergency overview
Toxicity effects principally related to its irritating properties. Does not present any significant hazard for the environment. Supports combustion of other substances (oxidizing product) Potential health effects: General: Irritating to mucous membrane, eyes and skin. Inhalation: Slight nose and throat irritation at high concentrations, cough, In case of repeated or prolonged exposure: risk of sore throat, nose bleeds, and chronic bronchitis. Eye contact: Severe eye irritation, watering and redness, can cause burns to the eye. Risk of serious or permanent eye lesions Slight irritation. In case of repeated contact: risk of dermatitis. Ingestion: Severe irritation of the mouth, throat, oesophagus and stomach. Bloating of stomach, belching. Nausea, vomiting and diarrhoea.
First‐Aid Measures General Recommendations
Do not dye soiled clothing near an open flame or incandescent heat source. Inhalation: Remove the subject from dusty environment. Consult with a physician in case of respiratory symptoms. Eye contact: Flush eyes with running water for 10 minutes, while keeping the eyelids wide open. Consult with an ophthalmologist in all cases. Skin contact: Remove contaminated shoes, socks and clothing; wash the affected skin with running water. Clean clothing: Consult a physician in case of persistent pain or redness. Ingestion: Consult with a physician in all cases if the subject is completely conscious, rinse mouth and administer fresh water. Don’t induce vomiting. If the subject is unconscious, loosen collar and tight clothing, lay the victim on his/her left side, and give nothing by mouth. Keep warm with blanket. Don’t induce vomiting
Fire‐Fighting Measure Flash Point
Not applicable Flammability: Non‐flammable Auto‐ignition temperature: Not applicable Danger of explosion: Non‐explosive Common extinguishing methods: Water Specific hazards: Oxidizing substance. Oxygen released on exothermic decomposition may support combustion. Pressure burst may occur due to decomposition in confined spaces or containers. Fire fighting instructions: Evacuate all nonessential personnel. Personnel should wear normal protective equipment (full bunker gear) and positive pressure self‐contained breathing apparatus. Intervention only by capable personnel who are trained and aware of the product. If safe to do so, remove unaffected product to a safe area.
Accidental Release Measures Precautions
Observe the protection measures given in sections 5 and 8. Avoid materials and products which are incompatible with the product. Avoid direct contact of the product with water. Cleanup methods: Collect the product with suitable means, shovel or sweep avoiding dust formation. All receiving equipment should be clean, dry, vented, labeled and made of material that is compatible with the product. Don’t return spilled or contaminated material to inventory. Clean the area with large quantities of water. For disposal methods, refer to section 13.
Handling and Storage Handing
Clean and dry process piping and equipment before using this product. Never return unused product to original storage container. Keep away from incompatible products. Containers and equipment used to handle the product should be used exclusively for that product. Avoid any contact with water or humidity. For more information, consult the supplier. Storage: In a dry area. Protect from direct sunlight. Keep away from heat sources Keep away from reactive products. Store in vented containers. Store at temperature less than 45O C
Exposure Controls/Personal Production Engineering controls
Provide ventilation in work areas when necessary to minimize dust and irritation and to comply with the following applicable limits: Eye/face protection: Dust proof chemical goggles. Hand protection: Protective gloves‐chemical resistant. Recommended material: PVC, neoprene or rubber. Skin protection: For brief contact, few precautions other than clean body‐ covering clothing should be needed. When prolonged or frequently repeated contact could occur, use protective, full body clothing, such as PVC or rubber, impervious to this material. Respiratory protection: For many conditions, no respiratory protection may be needed;
Physical and Chemical Properties Appearance: White granular solid.
Odour: None Bulk Density: 0.80‐1.0g/cm3 Solubility: 140g/L @ 24°C (75°F ) PH, 3% solution: 10.0‐11.0 Decomposition Temperature: Self‐accelerating decomposition with oxygen release starting from 50°C
Stability and Reactivity Stability
Stable, under certain conditions(see below). Conditions to avoid: Heat/Sources of heat. Moisture. Materials to avoid: Water. Acids. Bases. Salts of heavy metals. Reducing agents Organic materials. Flammable substances. Other information: Decomposition releases steam/heat.
Toxicological Information Irritation
Eyes, severe damage, rabbit. Skin, slightly irritating, rabbit. Sensitization: No sensitization was noted when administered as a 75% w/v mixture during induction and as a 25% w/v mixture at challenge. Comments: Toxic effect linked with irritant properties.
Ecological Information Mobility Air
Not applicable. Water: Considerable solubility and mobility. Soil/sediments, percolation: Non‐significant adsorption Abiotic degradation. Air: Not applicable Water: Significant hydrolysis. Soil: Hydrolysis. Potential for bioaccumulation: Non‐bioaccumuable. Comments: Toxic for aquatic organisms. Nevertheless, hazard for the aquatic environment is limited due to produce properties. Not bioaccumuable, Abiotic degradation. Low toxicity of degradation products.
Disposal Considerations Dispose of in an approved waste facility operated by an authorized contractor in compliance with federal, state and local regulations. Packing treatment: The empty and clean containers are to be recycled or disposed of in conformity with local regulations.
Transport Information D.O.T. Proper Shipping Name: Oxidizing solid, n.o.s, UN Number: 1479 Hazard Class: 5.1 Label(s): 5.1(Oxidizer) Packing Group: II 15. Regulatory Information TSCA Inventory List: Yes CERCLA Hazardous Substance Listed substance: No Unlisted substance: Yes Reportable Quantity(RQ): 100 pounds Characteristic(s): Ignitability RCRA Waste Number: D001 SARA, Title III, Section 302/303(40 CFR Part 355‐Emergency Planning and Notification) Extremely hazardous substance: No SARA, Title III, Section 311/312 (40 CFR Part 370‐Hazardous Chemical Reporting: Community Right‐To‐Know) Hazard category: Immediate health hazard Fire hazard Threshold planning quantity: 10,000 pounds 16. Other Information HMIS Rating: Health‐2 Flammability‐0 Reactivity‐1 PPE‐Required HMIS is a registered trademark of the National Paint and Coating Association. NFPA Rating: Health‐2 Flammability‐0 Reactivity‐1 Special hazards‐OX NFPA is a registered trademark of the National Fire Protection Association. Reason for issue: Biannual Review.
BI-MAXFLOW OPERATING PROCEDURE FOR 100KLD STP DOSAGE
Generally
- BI-MAXFLOW is to be applied at the rate of 1.25 Kg per 1,00,000 Litres of Sewage Treatment Plant Water.
- Dosage of 1.25 Kg of BI-MAXFLOW application per 1,00,000 Litre sewage on a regular basis will help to enhance Oxygen level in aeration tank.
- For the first time user use double the dosage of BI-MAXFLOW for 4 to 5 days as 4 times with 4hrs interval, to clear the existing condemnation, in this time doesn’t use the water for gardening purpose.
BI-MAXFLOW WORKING PRINCIPLE
BI-MAXFLOW contains Oxygen + Bacteria stimulator, BI-MAXFLOW will enhance Oxygen level in aeration tank, When the Oxygen get increase it will help to Detoxify Harmful gases and substances such as Ammonia, Nitrates and H2S. The stimulator will improve the Bactria growth. When the toxic chemicals are removed from the sewage, Bactria growth will improve and that will degrade the sludge and reduce the sludge level.
When you add BI-MAXFLOW in the collection tank, it will break the harden sludge. That will be converted as a MLSS (Mixed Liquid Suspended Solids)
When you add BI-MAXFLOW in the aeration tank, BI-MAXFLOW will bring out the sludge in top off the aeration tank first then after 1 – 11/2 hr it will get settle.
In the settling tank give retention time minimum 3‐4 hrs. After the retention time the water from settling tank to filtration process. There we must give chlorination in the filtration process, since we have to kill the bacteria for hygiene before reusing the water.
Note:
- BI-MAXFLOW adding quantity will vary depending upon the Sewage Treatment Plant condition and in flow rate of the Sewage water.
- In the collection tank, if the harden sludge is more then we have to add BI‐MAXFLOW more
according to the condition of the MLSS present in the aeration tank.
- In the aeration tanks if the contamination level and flow of the Sewage water is high then also we have to add more BI-MAXFLOW, according to the condition.
- Strictly check the pH level before using the treated water for gardening purpose.
- If the pH level is greater than 9, must use pH reducing agent before final filtration
PROCEDURE
Step 1. First in your collection tank add 100 Grams of BI-MAXFLOW and give agitation or aeration for 5‐10 Mints to mix up the biochemical to Break the harden sludge in the collection tank. That will be converted as a MLSS (Mixed Liquid Suspended Solids)
Step 2. Give 11/2 Hrs retention time then, transfer the sewage water to aeration tank.
Step 3. When sewage water comes to the aeration tank add 400 grams of BI-MAXFLOW then give aeration for 10 mints to mix up the biochemical. (Remove & control foul smell instantly and Detoxify Harmful gases and substances such as Ammonia, Nitrates and H2S.)
Step 4. Give 1 ½ to 2 hr retention time in the aeration tank, after the retention time transfer sewage water from the aeration tank to settling tank. (In this time we can stop running the Blower, Since we have Oxygen inside the BI-MAXFLOW)
Step 5. When sewage water comes to the settling tank give retention time minimum 3‐4 hrs.
Step 6. After the retention time the water from settling tank to filtration process.
Step 7. Must give chlorination in the filtration process.
Step 8. Repeat the same in twice a day in regular. (Note: For the first time user use double the dosage of BI-MAXFLOW for 4 to 5 days as 4 times with 4hrs interval, to clear the existing condemnation, in this time doesn’t use the water for gardening purpose.)
TIPS FOR SAFE HANDLING
- Wear mask, when mixing BI-MAXFLOW in water.
- Once mixed it, should be applied immediately into the collection or aeration tank as per the technical direction.
- Do not apply in single man hole of STP.
- Dissolve BI-MAXFLOW in wooden Stick.
- Avoid inhalation and stirring by hand.
- In case of eye contact, wash with fresh water.
STORAGE
- Store at room temperature & avoid placing near hot resource.
- You can store the products for 12 Months.
