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Strategic Source Segregation & Capture
The best odour control begins at the source. Our equipment targets odour hotspots (i.e basement vents, process tanks, stp basins, chemical vents) and moves the contaminated air to dedicated capture systems. This may involve negative‑pressure enclosures, ducted extraction fans, fume hoods, and covers over conveyors to control fugitive emissions. Through effectively controlling airflows and containing odourous areas, we can achieve the most treatment and allow the least in air leakage prior to remediation
Advanced Treatment Technologies
Once collected, odour contaminated air is treated with our Industrial Odour Control Solutions using a combination of well-established techniques:
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Carbon adsorption Utilizing high-surface-area activated carbon (1,000–3,000m²/g), VOCs, H₂S, ammonia, and mercaptans are collected. These filters have demonstrated discrepancy of 95-99% of filtering and work particularly well impregnated carbons.
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Chemical wet scrubbers use alkaline or acidic based solutions to neutralize targeted pollutants but can be tailored for multistage gas treatment for such as ammonia, H₂S, or acid gases.
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Biological degradation systems such as biofilters or biotrickling filters utilize natural microbial activity, which is capable of removing up to 99.9% of H2S, ammonia and organic compounds using natural biochemical mechanisms.
Continuous Monitoring & Dynamic Control
Our solutions do not end with treatment— they also include performance management in real time. Sensors analyze VOC, ammonia and H2S, and the system automatically turns over airflow, pH or restores filters. SCADA and PLC controlled systems can automatically run a carbon bed change or a media wash and send out alarms before a breach occurs. This provides a check that emission levels do not exceed regulatory levels and you are continuing to operate in a responsible, compliant and proactive manner.
How Our Industrial Odour Control Solutions Work
Industrial Odour Control Solutions for Specific Industries
A fish‑meal factory, a starch processing plant, a paint shop or an underground STP – odour emissions are problematic in these disparate industrial situations. Our Industrial Odour Control Solutions And Systems are designed specifically for the sectors particular odour sources and how they function.
Odour Control in Fish Meal & Poultry Processing
As they do for other food processing industries, fish‑meal and poultry plants have strong and lingering organic odours produced from compounds such as trimethylamine, hydrogen sulphide, and amines. Our targeted Industrial Odour Control Solutions include state-of-the-art biofilters (biotrickling) and vapor condensers at your facility combined with acid scrubbers and wet scrubbers to address these pollutants – removing H₂S up to 98% and trimethylamine by over 90%. And, by controlling emissions directly at the source, we reduce the amount of odour complaints, guarantee environmental regulations are met and improve ambient air quality.
Odour Control in Starch Processing & Food Industry
Ammonia and volatile organic compounds (VOCs) are released frequently from the starch processing and broader food‑industry sectors. We design our tailor made Industrial Odour Control Solutions incorporating chemical scrubbers, wet scrubbers with bio media and dry‑media filters to effectively contain and deodorize emissions. It is a complete system for maintaining product freshness and safety and also meets food‑handling regulatory requirements.
Industrial Odour Control in Rubber, Automotive & Paint Shops
Factories and plants of rubber, automobile and paint industries are plagued by the odours of solvent, sulphide and VOCs. Our comprehensive Industrial Odour Control Solutions feature activated carbon filters and multiple stages of filtration (including wet scrubbers with alkali/acid stages), designed to adsorb and chemically treat odorous emissions for cleaner indoor air and to ensure minimal upholding o requirements.
Industrial Odour Control Solutions for a Cleaner, Safer Environment
Industrial Odour Control Solutions are essential in getting rid of the bad and disagreeable smells produced by industrial processes. They often result in poor employee health, community relations, regulatory compliance and brand protection, whether the facilities are wastewater treatment plants, chemical manufacturers, food processors or waste handlers. With customized, state-of-the-art odour control systems, including biofilters, chemical scrubbers, activated carbon units and misting technology, you can effectively eliminate volatile organic compounds (VOCs), hydrogen sulphide, ammonia, and other corrosive gases at the source-guaranteeing a healthier, safer workplace and outlying area.
Our Product Range for Industrial Odour Control Solutions
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OdoServe Odour Control
Pack Size - 5Litre barrel
• It is not a masking agent
• Neutralizes any industrial odour such as H2S, NH3, 502 etc.
• Non-toxic, Biodegradable & Safe to humans
•High dilution ratio
STP/ETP areas, Sludge Processing Areas, Entire Industrial Sheds for De-odourizing, Composting & Dumping Grounds, Foul Smelling Lakes & Nallahs, Chemical, Pharmaceutical & Food Processing Units and more.
OdoServe Fly Away
Pack Size - 5Litre barrel
• Repels mosquitoes, flies & insects
• Eco-friendly, safe & natural
• Effective against any environmental conditions
Educational Institutes, Hospital Buildings, Religious premises, offices
Odour Control in STP
Pack Size - 20Litre
• For removal of odour from treated sewage water
• Advanced molecular odour neutralization
• Doesn't disturb existing plant conditions
• No residues after reaction
Add in treated water of STP
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Product Name
What Problem it Solves
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Why Choose Amalgam Biotech’s Industrial Odour Control Solutions?
Our Industrial Odour Control Solutions from AmalgamBiotech (Pune, India) are designed to address odours at their origin – from wastewater treatment facilities and chemical processes to food processing plants and the rubber industry. Our superior biofilters,activated carbon, scrubber and misting systems provide dependable treatment of VOCs, H2S, ammonia,and other corrosive gases. This leads to regulatory compliance and a healthier workplace and a safer surrounding for your own workforce and the local communities in and around Pune.
Amalgam Biotech has a history of successful wastewater treatment commissioning projects across various industries. We tailor our services to meet the unique needs of your facility.
Save your money With the right strategies we optimize your wastewater treatment operations and save money without compromising on effectiveness.
On-site Support On site commissioning support for every plant made possible by BactaServe - Serves best bioculture for wastewater treatment.
Certified Engineers Highly skilled and experienced service engineers equipped to provide on-site support tailored to specific needs.
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What is bioculture for wastewater treatment?Bioculture for wastewater treatment uses specialized microbial consortia to break down organic pollutants, reduce sludge, and purify water. Unlike chemicals, it offers eco-friendly, sustainable remediation for industrial and municipal systems.
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Why choose Amalgam Biotech’s bioculture over competitors?Our patented bioculture for wastewater treatment features strain-specific microbes with 98% efficacy in BOD/COD reduction, backed by 10+ years of R&D. We tailor solutions for pharmaceuticals, textiles, and FMCG sectors—ensuring compliance and cost savings.
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How quickly does bioculture reduce wastewater odor?Amalgam’s biocultures eliminate foul odors (e.g., H₂S, ammonia) within 72 hours by metabolizing sulfur compounds. Ideal for sewage plants, tanneries, and food processing units requiring rapid odor control.
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Can bioculture treat high-toxicity industrial effluents?Yes. Our shock-resistant microbial strains degrade phenols, heavy metals, and complex hydrocarbons in chemical/petrochemical wastewater, achieving 90% contaminant removal even in fluctuating pH/temperature conditions.
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Does bioculture reduce operational costs for STPs/ETPs?Absolutely. By minimizing sludge volume by 40% and replacing chemicals, our bioculture cuts operational expenses by 30–60%. It also lowers energy consumption in aeration tanks and extends equipment life.
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Is Amalgam’s bioculture safe for aquatic ecosystems?Certified non-pathogenic and non-GMO, our strains meet CPCB/MoEFCC guidelines. They leave zero toxic residues, protect aquatic life, and support water reuse for irrigation/industrial cooling. Check our Awards & Recognition.
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How do I integrate bioculture into existing treatment plants?Simply dose our liquid/powder formulations into aerators, lagoons, or MBBR systems. We provide customized application protocols based on your effluent load, ensuring seamless integration without infrastructure changes.
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What industries benefit most from your wastewater bioculture?Pharmaceuticals, distilleries, textiles, municipal sewage, and dairy/poultry sectors achieve 100% regulatory compliance with our solutions. Case studies show 70% faster degradation of dyes, antibiotics, and FOG (fats, oils, grease).
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How long until bioculture shows measurable results?Initial improvements (odor reduction, sludge settling) appear in 7–10 days. Full system optimization takes 4–6 weeks, with real-time monitoring reports provided to track BOD/COD/TSS reduction.
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Does Amalgam Biotech offer technical support post-purchase?Yes. Our dedicated bioremediation experts provide site audits, microbial efficacy testing, and troubleshooting—ensuring your bioculture for wastewater treatment delivers peak performance long-term.