- Home
- Companies
- Benzaco Scientific, Inc., part of LSC ...
- Products
- Benzaco Scientific Odor-Armor - Model ...
Benzaco Scientific Odor-Armor - Model BEL 100 -Liquid-Phase Odor Management
Introducing Odor-Armor® BEL 100, a highly effective and concentrated odor-neutralizing solution designed for liquid-phase applications in industrial effluent settings. It consists of a potent blend of naturally occurring microbes and odor-neutralizing compounds that work together to reduce malodors at the source, creating a healthier environment without relying on overpowering fragrances.
Our sulfate-reducing bacteria help oxidize sulfide to elemental sulfur, reducing the natural production of hydrogen sulfide and associated corrosive acid. Unlike masking agents that simply introduce stronger fragrances, Odor-Armor® BEL 100 employs specialized plant extract-neutralizing technology that reduces odors on contact.
The result is immediate and non-reversible, delivering up to a 95% reduction in odor with proper use. As a highly concentrated formula, only a small amount of Odor-Armor® BEL 100 is needed to achieve maximum efficiency, making it a cost-effective and eco-friendly odor management solution. Trust Odor-Armor® BEL 100 to create a safer and more pleasant work environment in your industrial effluent applications, wastewater and sewage treatment.
- Industry-specific formulations
- Reduces overall odor intensity
- Non-toxic and biodegradable
- Reduces filamentous growth
- Reduces hydrogen sulfide levels
- Better overall effluent quality
- Economical application rates
- 4 Gallon Pail
- 50 Gallon Drums
- 250 Gallon Totes
- Bulk (Ask your representative for larger deliveries)
Common chemical metering pumps can be used to introduce Odor-Armor® BEL 100 as a concentrate or as a pre-diluted solution with potable water. Maintenance dosage ranges from 20-80 ppm v/v depending on effluent characteristics, including sulfide concentration and biochemical oxygen demand.
A Benzaco Scientific Manufacturer’s Representative should be consulted to review system design, application protocol and dosage rates to maximize treatment performance.