Chemical Products & Solutions
Chemistry Backed by Expertise
VIYA Environmental is a trusted supplier of tested remedial chemistries and environmental products. We supply chemistries for in-situ chemical oxidation (ISCO), in-situ chemical reduction (ISCR), bioremediation, sorption, and metal stabilization, supported by in-house lab treatability testing and technical guidance through the remedial design process.
We work closely with environmental consultants and project managers to select the right chemistry for each contaminant of concern (COC), geological setting, and budget. Our team provides technical assistance from bench-scale testing through field implementation and verification.
Chemical Products
Browse Treatment Chemistries
Browse VIYA’s portfolio of proven remedial chemistries for in-situ treatment applications. Filter products by treatment category—including ISCO, ISCR, bioremediation, sorption, and metal stabilization—or work with our technical team to identify the best solution for your contaminants of concern, site geology, and project goals.
In-Situ Chemical Oxidation (ISCO)
Sodium Persulfate
Thermally or chemically activated; highly effective for a broad range of organic contaminants including CVOCs and BTEX.
Sodium Permanganate
Aqueous solution; effective for chlorinated ethenes (PCE, TCE, DCE).
Potassium Permanganate
Dry crystalline or liquid form; widely used for CVOC source zone treatment.
Sodium Percarbonate
Solid oxygen and hydroxide release; suitable for low-flow or granular injection zones.
Calcium Peroxide
Slow-release oxidant and oxygen source; used for both ISCO and aerobic bioremediation.
Hydrogen Peroxide
Catalyzed Fenton’s reagent applications; effective for petroleum hydrocarbons and mixed plumes.
In-Situ Chemical Reduction (ISCR) & Reductive Dechlorination
Zero Valent Iron (ZVI)
Fine or micro-scale; abiotic dechlorination of CAHs and heavy metals.
Injectable Carbon Substrates
EVO, lactate, molasses-based; electron donor for reductive dechlorination.
Carbon Substrate + Iron Blends
Combined abiotic/biotic treatment of chlorinated solvent source zones.
Sodium Dithionite
Strong reductant; effective for hexavalent chromium and other metal reduction.
PFAS Treatment Chemistries
PFAS-Degrading Microbial Consortia
Combined Sorption & Bioremediation
BAM and microbial consortia paired for source zone capture and plume degradation.
Colloidal Activated Carbon (CAC)
Injectable form for in-situ PFAS sorption in permeable formations.
Activated Carbon
Granular and powdered forms; widely used for PFAS and hydrocarbon sorption.
Ion Exchange Resins
Selective sorption for PFAS and inorganic anions in groundwater.
Metal Stabilization
Phosphate Chemistries
Precipitation of lead, arsenic, and other metals as stable phosphate minerals.
Sulfate Chemistries
Metal immobilization through sulfide precipitation under reducing conditions.
Sodium Dithionite
Reduction of hexavalent chromium to immobile trivalent chromium.
Bioremediation (Oxygen Release Compounds)
Calcium Peroxides
Slow-release oxygen source for aerobic bioremediation of petroleum hydrocarbons.
Magnesium Peroxide
Extended-release oxidant for shallow vadose zone and smear zone applications.
Bacteria Inoculation
Site-specific microbial consortia for targeted contaminant degradation.
Nutrient Amendments
Nitrogen, phosphorus, and trace element packages to stimulate indigenous microbial activity.
Explore VIYA’s Proprietary Chemical Product Solutions:
Case Studies
Chemical Solutions in Action.
Proven Results.
AOPs for Odor Control
- Chemicals
- Midwest,
- USA
AOPs for Sulfide Control
- Wastewater Treatment
- Midwest,
- USA
Bioremediation for PFAS
- Industrial / Manufacturing
- Michigan,
- USA
Talk to VIYA
Let Site Conditions Lead the Solution.
Every remediation project begins with understanding the site. Our team evaluates geology, contaminants, treatment objectives, and site constraints to determine which solution will deliver the best outcome.