Where it fits
Cooling towers, process water, closed loops, and other industrial circuits requiring controlled microbiological risk (system dependent).
Product Water Treatment
Biocide (Non-Oxidizing)
Non-oxidizing biocide used to control microbial growth and reduce biofilm risk in industrial water systems. Selected based on organism pressure, system design, metallurgy, operating conditions, and discharge constraints.
Cooling towers & process water
Shock or continuous programs (grade dependent)
Drums / IBC / bulk
SDS / COA (TDS as available)
Packaging: drums / IBC / bulk (as applicable)
Documentation: SDS / COA (TDS as available) on request
Supply model: spot or repeat procurement lane (volume-based pricing where applicable)
Regulatory & stewardship note
Biocides are regulated in many jurisdictions and may require product registration, approved labeling, and site-specific controls. Atlas Global Trading Co. supports quotation-based supply and documentation alignment (SDS/COA; TDS as available) based on your destination and application.
Product overview
Microbial growth in industrial water systems can drive biofilm formation, under-deposit corrosion, fouling, reduced heat transfer, increased pressure drop, and unstable process performance. Non-oxidizing biocides are used as part of a microbiological control program (often alongside oxidizers, dispersants, and corrosion/scale control) to control bacteria, algae, fungi, and other organisms depending on the active type.
Why non-oxidizing
Often used for biofilm-focused control, oxidizer supplementation/rotation, and cases where oxidizer exposure is limited by materials or process constraints.
Procurement-ready lane
We align active type, concentration, packaging, and required documentation so your team can repeat purchase with fewer re-qualifications.
Note: Program design must be validated by your water-treatment professional and site requirements. This page provides procurement-oriented guidance, not dosing instructions.
Applications
Typical use cases for non-oxidizing biocides in industrial water treatment. We’ll align active selection and offer format to your system constraints, microbial pressure, compatibility needs, and discharge considerations.
- Cooling tower microbiological control (biofilm and slime control; rotation programs)
- Process water systems where microbial growth impacts product quality or equipment performance
- Closed-loop systems requiring controlled microbial risk (application dependent)
- Paper and packaging process waters (slime control programs; site-dependent)
- Pretreatment programs where oxidizer exposure is limited (compatibility dependent)
Operational outcomes
Helps reduce biofilm-related fouling, stabilize heat transfer, reduce pressure drop risk, and support consistent system performance.
Program structure
Often applied in rotation or in combination with dispersants/cleaners to address biofilm, under-deposit issues, and seasonal organism changes.
Success metrics
Common KPIs include microbiological counts, visual/slime observations, corrosion indicators, and equipment performance trends (ΔP/approach temperature).
Use guidance & operational notes
Practical notes for operations, engineering, and procurement alignment. Final settings must be validated on-site.
Program concept
Non-oxidizing biocides are typically used as part of a broader water-treatment program (micro control + deposit control + corrosion inhibition). Active selection and exposure strategy depend on organism pressure and system constraints.
Rotation strategy
Rotating actives can help manage organism adaptation and seasonal shifts (site-dependent). Share your current program so we can avoid incompatible combinations.
Compatibility checks
Confirm compatibility with oxidizers, dispersants, corrosion/scale inhibitors, and any upstream disinfectants. Some combinations can reduce efficacy or create handling risks.
Monitoring & KPIs
Common monitoring includes microbiological counts (method-dependent), slime/biofilm observations, heat transfer/approach temperature, ΔP trends, and corrosion indicators. Use consistent sampling points and timing.
Deposit & biofilm link
Biofilm and deposits often reinforce each other. Consider dispersants and periodic cleaning where needed to improve biocide access to biofilm layers.
Safety & handling
Follow the SDS for PPE, storage, and spill response. Keep incompatible chemicals segregated and ensure dosing equipment is suitable for the active type.
Safety note: For industrial water treatment use. Follow SDS/label directions and comply with local regulations and site requirements.
Typical specifications & formats
Values depend on the active type and grade. Confirm details on quotation and COA/TDS.
Active type
Non-oxidizing biocide (active family grade dependent)
Form
Typically liquid concentrate for metered dosing
Concentration
Grade dependent (confirm on offer)
Packaging
Drums / IBC / bulk (as applicable)
Documentation
SDS and COA (TDS as available) on request
Supply notes
Origin and lead time depend on active type, registration/compliance, and packaging
Indicative procurement specification (example)
This is a common procurement/QC format. Exact limits should be confirmed in your RFQ and via the supplied COA/TDS.
| Parameter | Typical listing (indicative) | Commercial / QC note |
|---|---|---|
| Product | Biocide (Non-Oxidizing) | Specify system type and whether rotation is required |
| Active type | Grade dependent (non-oxidizing) | Confirm efficacy target and compatibility constraints |
| Assay / active content | Grade dependent | Request assay value and test method on COA/TDS |
| Form | Liquid concentrate | Confirm viscosity/handling requirements and dosing equipment fit |
| Packaging | Drum / IBC / bulk | Define net weight, palletization, storage constraints |
| Regulatory/compliance | Destination-dependent | State registration/label requirements and discharge constraints early |
| Documentation | SDS / COA (TDS as available) | Include required language/format and onboarding templates |
If you need a specific approval, certification, or labeling format, include it in the RFQ so we can align the correct lane.
Specifications may vary depending on batch, origin, and packaging selection.
FAQ
Quick answers for operations and procurement.
What does “non-oxidizing” mean?
“Non-oxidizing” refers to biocide actives that control microorganisms without relying on oxidizing chemistry (like chlorine/bromine). They are commonly used for biofilm-focused programs, rotation, and systems with oxidizer constraints (application dependent).
Can you recommend a dose?
Dose depends on the active type, system volume/flow, contact time, microbial pressure, pH/temperature, and discharge constraints. We can support selection for procurement when you share your system details, but final dosing must follow label/SDS guidance and your water-treatment professional.
Do you support cooling tower programs?
Yes—cooling towers are a common use case. Share cycles, blowdown, current oxidizer/non-oxidizer program, and any microbiological data or observed slime/biofilm.
What documents are available?
SDS and COA are typically available on request; TDS may be available depending on the grade and lane. If your site requires specific formats or languages, include that in the RFQ.
What packaging options do you supply?
Common options include drums, IBC, and bulk (as applicable). Availability depends on active type, origin, and destination handling requirements.
Prefer email? contact@atlastradehouse.com