1 + 2 Ergon Budget Bio Tank-08 User
Non-returnable
Product Details
Eco-Certified Ergon Bio Tank System Cylindrical Chamber
1️⃣ Product OverviewErgon Budget Tank 1 + 2 Bio Tank User 06- 08
Product Name: Ergon Bio Tank System , HSN Code: 6810Product Name: Ergon Bio Cleanser® HSN Code 3507Manufacturer: Ergon INC – Ergon Bio TankCategory: Preliminary wastewater & anaerobic biological pre- Wastewater treatment Additive chamber.- ✅ Odourless & Hygienic Treatment,
- ✅ Green Building Friendly-IGBC,
- ✅ Water Conservation Ready,
- ✅ Zero Energy Operation,
- ✅ Eco-Certified & Statutory Compliant,
- ✅ NIL Maintenance.
- ✅ No Chemicals / Additives — 100% biological treatment,
- ✅ Designed for Bio Tank ,STP/ETP System, Support.
- ✅Zero-energy biological treatment.
2️⃣ Biological & Physical Processes Anaerobic & Aerobic - Evapotranspiration
Ergon Bio Tank Wastewater Treatment System, - Primary Biological Anaerobic Bio Collection Tank Plus Anaerobic bacteria digestion immediately degrade organic solids, reducing BOD, COD, and stabilizing waste. Anaerobic microorganisms convert organic matter into: CO₂, CH₄, H₂O, and stabilized biomass.
- The Secondary Biological Aerobic & Evapotranspiration Bio-Natural Process is an advanced, energy-efficient wastewater polishing system designed to further treat pre-treated sewage or effluent after primary anaerobic digestion.
- Final Biological – Evapotranspiration (Zero Liquid Discharge). Treated waster is released into engineered soil and plant Oxygen air pressure zones. Through evaporation and also plant transpiration through oxygen pressure , water safely returns to the atmosphere without discharge or groundwater contamination. This stage enhances water quality through natural aerobic microbial action combined with plant-based evapotranspiration, resulting in environmentally safe water reuse or zero-liquid-discharge performance. Heavy solids settle at the bottom while clarified liquid moves to the next treatment stage, improving overall system efficiency.
- Aerobic Oxidation: Trace organics → CO₂ + H₂O → (H₂O (liquid) → H₂O (vapor) + O₂)
- Nitrification: NH₄⁺ → NO₂⁻ → NO₃⁻ → N₂ (gas)
- Evaporation: Liquid water → vapor via convection. Nil Discharge
- Degassing: Volatile gases safely released
- Polishing: Final BOD & COD reduction
3️⃣ Design & Technical Specifications Ergon Bio Tank System
- Tank Type: Primary Anaerobic & Secondary Aerobic pre-treatment Cylindrical Bio Tank
- Material: M25 Bio Concrete RCC Cylindrical Tank
- Budget Bio Collection Tank - 5'ft H x 3'25 Día - 1 No's 1000 Liters
- Budget Bio Evaporation Tank - 3'ft H x 3'25 Día -2 No's - 600 Liters Evaporation Level
- Operating Principle: Natural Gravity flow + Delay Time Digestion System + Natural Gravity
- Power Requirement: NIL (Natural Eco System) = Nil Output
- Design Life: > 50 years
- Area Required erection - 48 Sqft - 12'ft L x 4'ft B x 7'ft Depth
- Maintenance: Periodic yearly Bio Cleanser Dosing - No Dewatering or Tank Maintenance.
- Chamber Zones: Inlet → Sedimentation → Digestion → Outlet.
4️⃣ Environmental & Government Acts (India) : Sewage Treatment Process
- Water (Prevention & Control of Pollution) Act, 1974 – Section 24(1)
- Environment (Protection) Act, 1986 – Schedule VI
- CPCB Effluent Discharge Standards – EPA 1986
- ISO 16075:2020 – Treated wastewater reuse guidelines
- NBC 2016 (Part 9) – Sustainable sanitation systems
- CPHEEO Manual (2013) – Section 12.7 & 12.7.3
- IS 2470 (Part 2):1985 – Clause 6.2
5️⃣ Biological & Bacterial Enzymes; Anaerobic Bacterial Reaction Chain
Hydrolysis: Complex macromolecules → smaller organic moleculesAcidogenesis: Anaerobic fermentation → volatile fatty acidsAcetogenesis: Fats & sugars → acetate + H₂Methanogenesis: Final digestion → CH₄ + CO₂ + waterOutcome: Partial stabilization of wastewater and significant reduction of organic load before secondary treatment.
Microbial Consortium: Bacillus, Pseudomonas, Clostridium, and Methanothrix species ensure comprehensive degradation across digestion stages.
Primary Enzyme Activity: Protease, lipase, amylase, cellulase, and esterase enzymes accelerate breakdown of proteins, fats, starches, fibers, and esters.
Advanced Odour Mitigation: Offensive gases such as hydrogen sulphide (H₂S) and ammonia (NH₃) are biologically neutralized into stable, non-odorous compounds.
Biofilm Regulation: Controlled biofilm formation prevents scum layers, floating sludge, and pipe blockages, ensuring consistent hydraulic flow.
pH Buffering & Stability: Maintains an optimal biological operating range of pH 6.8–7.4, protecting microbial health and process efficiency.
Environmental Safety: Fully biodegradable, 100% natural, and non-toxic—safe for humans, soil, and groundwater.6️⃣ Eco-Friendly & Sustainability Benefits
✅ Eco-Certified Compliance: Conforms to NBC 2016, CPHEEO, NGT & MoHUA guidelines, supporting green building IGBC certifications.NET ZERO 💧 Water Conservation: Stabilized effluent enables reuse for gardening, flushing, and on-site water balancing.🌍 Carbon Neutral Potential: Avoids uncontrolled methane emissions common in conventional septic tanks.🚫 Zero Chemical Dependency: Relies entirely on natural microbial action, preventing toxic groundwater contamination.📉 Minimal Energy Footprint: Zero electricity operation and on-site treatment eliminate transport-related emissions.♻️ Sludge Reduction: High biological consumption minimizes solids, reducing vacuum tanker dependency.7️⃣ Government Norms & Compliance Mapping
- CPHEEO Manual (2013), Section 12.3: ✔ Primary Anaerobic treatment provided.
- CPHEEO Manual (2013), Section 12.4: ✔ Secondary Aerobic & Evapotranspiration treatment provided.
- BIS – IS 2470 (Part 1):1985, Clause 4.2: ✔ Anaerobic digestion of settled solids.
- BIS – IS 2470 (Part 2):1985, Clause 6.2: ✔ Effluent Disposal.
- CPHEEO Manual (2013), Section 12.7: ✔ Land /ET Disposal.
- CPHEEO Manual (2013) – Biological sewage treatment.
- NBC 2016 (Part 9): ✔ Sustainable onsite sanitation compliant.
- NGT / MoHUA: ✔ Decentralized, eco-friendly wastewater management.
- CPCB Schedule VI: ✔ Effluent prepared to meet discharge norms after full treatment – EPA 1986 (BOD ≤ 30 mg/L)
- Water (Prevention & Control of Pollution) Act, 1974 – Section 24.
✅ Conclusion: The Ergon Budget Bio Collection Tank is a future-ready, eco-certified wastewater solution designed for residential, commercial, institutional, and green building projects. Raw sewage and wastewater are collected in a sealed anaerobic chamber, where oxygen-free biological digestion begins immediately—stabilizing organic waste, eliminating odour, and reducing pollutant load at the source.
“The Ergon Elite Bio Collection Tank achieves primary wastewater stabilization through a controlled anaerobic reaction chain—hydrolysis, acidogenesis, acetogenesis, and methanogenesis—fully compliant with CPHEEO (2013), IS 2470 (Part 1):1985, NBC-2016, and IGBC Net Zero Water standards.”
1️⃣ Product OverviewErgon Budget Tank 1 + 2 Bio Tank User 06- 08
Product Name: Ergon Bio Tank System , HSN Code: 6810
Product Name: Ergon Bio Cleanser® HSN Code 3507
Manufacturer: Ergon INC – Ergon Bio Tank
Category: Preliminary wastewater & anaerobic biological pre- Wastewater treatment Additive chamber.
- ✅ Odourless & Hygienic Treatment,
- ✅ Green Building Friendly-IGBC,
- ✅ Water Conservation Ready,
- ✅ Zero Energy Operation,
- ✅ Eco-Certified & Statutory Compliant,
- ✅ NIL Maintenance.
- ✅ No Chemicals / Additives — 100% biological treatment,
- ✅ Designed for Bio Tank ,STP/ETP System, Support.
- ✅Zero-energy biological treatment.
2️⃣ Biological & Physical Processes Anaerobic & Aerobic - Evapotranspiration
Ergon Bio Tank Wastewater Treatment System,
- Primary Biological Anaerobic Bio Collection Tank Plus Anaerobic bacteria digestion immediately degrade organic solids, reducing BOD, COD, and stabilizing waste. Anaerobic microorganisms convert organic matter into: CO₂, CH₄, H₂O, and stabilized biomass.
- The Secondary Biological Aerobic & Evapotranspiration Bio-Natural Process is an advanced, energy-efficient wastewater polishing system designed to further treat pre-treated sewage or effluent after primary anaerobic digestion.
- Final Biological – Evapotranspiration (Zero Liquid Discharge). Treated waster is released into engineered soil and plant Oxygen air pressure zones. Through evaporation and also plant transpiration through oxygen pressure , water safely returns to the atmosphere without discharge or groundwater contamination. This stage enhances water quality through natural aerobic microbial action combined with plant-based evapotranspiration, resulting in environmentally safe water reuse or zero-liquid-discharge performance. Heavy solids settle at the bottom while clarified liquid moves to the next treatment stage, improving overall system efficiency.
- Aerobic Oxidation: Trace organics → CO₂ + H₂O → (H₂O (liquid) → H₂O (vapor) + O₂)
- Nitrification: NH₄⁺ → NO₂⁻ → NO₃⁻ → N₂ (gas)
- Evaporation: Liquid water → vapor via convection. Nil Discharge
- Degassing: Volatile gases safely released
- Polishing: Final BOD & COD reduction
3️⃣ Design & Technical Specifications Ergon Bio Tank System
- Tank Type: Primary Anaerobic & Secondary Aerobic pre-treatment Cylindrical Bio Tank
- Material: M25 Bio Concrete RCC Cylindrical Tank
- Budget Bio Collection Tank - 5'ft H x 3'25 Día - 1 No's 1000 Liters
- Budget Bio Evaporation Tank - 3'ft H x 3'25 Día -2 No's - 600 Liters Evaporation Level
- Operating Principle: Natural Gravity flow + Delay Time Digestion System + Natural Gravity
- Power Requirement: NIL (Natural Eco System) = Nil Output
- Design Life: > 50 years
- Area Required erection - 48 Sqft - 12'ft L x 4'ft B x 7'ft Depth
- Maintenance: Periodic yearly Bio Cleanser Dosing - No Dewatering or Tank Maintenance.
- Chamber Zones: Inlet → Sedimentation → Digestion → Outlet.
4️⃣ Environmental & Government Acts (India) : Sewage Treatment Process
- Water (Prevention & Control of Pollution) Act, 1974 – Section 24(1)
- Environment (Protection) Act, 1986 – Schedule VI
- CPCB Effluent Discharge Standards – EPA 1986
- ISO 16075:2020 – Treated wastewater reuse guidelines
- NBC 2016 (Part 9) – Sustainable sanitation systems
- CPHEEO Manual (2013) – Section 12.7 & 12.7.3
- IS 2470 (Part 2):1985 – Clause 6.2
5️⃣ Biological & Bacterial Enzymes; Anaerobic Bacterial Reaction Chain
Hydrolysis: Complex macromolecules → smaller organic molecules
Acidogenesis: Anaerobic fermentation → volatile fatty acids
Acetogenesis: Fats & sugars → acetate + H₂
Methanogenesis: Final digestion → CH₄ + CO₂ + water
Outcome: Partial stabilization of wastewater and significant reduction of organic load before secondary treatment.
Microbial Consortium: Bacillus, Pseudomonas, Clostridium, and Methanothrix species ensure comprehensive degradation across digestion stages.
Primary Enzyme Activity: Protease, lipase, amylase, cellulase, and esterase enzymes accelerate breakdown of proteins, fats, starches, fibers, and esters.
Advanced Odour Mitigation: Offensive gases such as hydrogen sulphide (H₂S) and ammonia (NH₃) are biologically neutralized into stable, non-odorous compounds.
Biofilm Regulation: Controlled biofilm formation prevents scum layers, floating sludge, and pipe blockages, ensuring consistent hydraulic flow.
pH Buffering & Stability: Maintains an optimal biological operating range of pH 6.8–7.4, protecting microbial health and process efficiency.
Environmental Safety: Fully biodegradable, 100% natural, and non-toxic—safe for humans, soil, and groundwater.
Primary Enzyme Activity: Protease, lipase, amylase, cellulase, and esterase enzymes accelerate breakdown of proteins, fats, starches, fibers, and esters.
Advanced Odour Mitigation: Offensive gases such as hydrogen sulphide (H₂S) and ammonia (NH₃) are biologically neutralized into stable, non-odorous compounds.
Biofilm Regulation: Controlled biofilm formation prevents scum layers, floating sludge, and pipe blockages, ensuring consistent hydraulic flow.
pH Buffering & Stability: Maintains an optimal biological operating range of pH 6.8–7.4, protecting microbial health and process efficiency.
Environmental Safety: Fully biodegradable, 100% natural, and non-toxic—safe for humans, soil, and groundwater.
6️⃣ Eco-Friendly & Sustainability Benefits
✅ Eco-Certified Compliance: Conforms to NBC 2016, CPHEEO, NGT & MoHUA guidelines, supporting green building IGBC certifications.NET ZERO
💧 Water Conservation: Stabilized effluent enables reuse for gardening, flushing, and on-site water balancing.
🌍 Carbon Neutral Potential: Avoids uncontrolled methane emissions common in conventional septic tanks.
🚫 Zero Chemical Dependency: Relies entirely on natural microbial action, preventing toxic groundwater contamination.
📉 Minimal Energy Footprint: Zero electricity operation and on-site treatment eliminate transport-related emissions.
♻️ Sludge Reduction: High biological consumption minimizes solids, reducing vacuum tanker dependency.
7️⃣ Government Norms & Compliance Mapping
- CPHEEO Manual (2013), Section 12.3: ✔ Primary Anaerobic treatment provided.
- CPHEEO Manual (2013), Section 12.4: ✔ Secondary Aerobic & Evapotranspiration treatment provided.
- BIS – IS 2470 (Part 1):1985, Clause 4.2: ✔ Anaerobic digestion of settled solids.
- BIS – IS 2470 (Part 2):1985, Clause 6.2: ✔ Effluent Disposal.
- CPHEEO Manual (2013), Section 12.7: ✔ Land /ET Disposal.
- CPHEEO Manual (2013) – Biological sewage treatment.
- NBC 2016 (Part 9): ✔ Sustainable onsite sanitation compliant.
- NGT / MoHUA: ✔ Decentralized, eco-friendly wastewater management.
- CPCB Schedule VI: ✔ Effluent prepared to meet discharge norms after full treatment – EPA 1986 (BOD ≤ 30 mg/L)
- Water (Prevention & Control of Pollution) Act, 1974 – Section 24.
✅ Conclusion: The Ergon Budget Bio Collection Tank is a future-ready, eco-certified wastewater solution designed for residential, commercial, institutional, and green building projects. Raw sewage and wastewater are collected in a sealed anaerobic chamber, where oxygen-free biological digestion begins immediately—stabilizing organic waste, eliminating odour, and reducing pollutant load at the source.
“The Ergon Elite Bio Collection Tank achieves primary wastewater stabilization through a controlled anaerobic reaction chain—hydrolysis, acidogenesis, acetogenesis, and methanogenesis—fully compliant with CPHEEO (2013), IS 2470 (Part 1):1985, NBC-2016, and IGBC Net Zero Water standards.”
