Industrial & Manufacturing
A Clear Path From Contamination to Closure
Environmental contamination can delay expansion, complicate property transactions, increase operating costs, and create long-term environmental liability. Whether you are managing an active manufacturing facility or a legacy industrial property, remediation needs to support both regulatory objectives and business priorities.
VIYA develops site-specific remediation strategies that help manufacturing companies and industrial landowners move contaminated sites toward regulatory closure or productive use on a predictable timeline. Using integrated biological, chemical, and thermal treatment technologies, we remediate contaminated soil and groundwater impacted by chlorinated solvents, petroleum hydrocarbons, PFAS, heavy metals, and other industrial contaminants.
Working with VIYA
Engineered for Active Sites
Manufacturing facilities rarely have the option to pause operations for environmental cleanup. VIYA’s in-situ biological, chemical, and thermal remediation technologies are designed to treat contamination below ground with minimal surface disruption, allowing remediation to progress while facilities remain operational.
VIYA works with environmental managers, engineering teams, consultants, and property owners to structure remediation programs that align with operational realities, property transaction timelines, and regulatory closure objectives. We provide the independent technical documentation, monitoring data, and reporting needed to support insurance claims, regulatory approvals, and environmental due diligence processes.
Where We Add the Most Value
- Chlorinated solvent contamination (TCE, PCE, and related compounds) affecting soil and groundwater
- Complex groundwater plumes from historical solvent use (common in metal fabrication, electronics manufacturing, dry cleaning, and chemical processing facilities)
- High-concentration source zones requiring thermal remediation or integrated treatment technologies
- Tight regulatory timelines and demands requiring accurate and documented data monitoring
- PFAS, petroleum hydrocarbon, and mixed contaminant sites requiring multiple remediation approaches
- Active manufacturing facilities where operations must continue throughout remediation
- Aggressive regulatory or redevelopment timelines requiring defensible monitoring and documented performance
Reduce Long-Term Liability
Develop remediation strategies that reduce long-term exposure and support a clear path towards regulatory closure and no further action (NFA)
Stay on Schedule
Align remediation activities with production schedules, redevelopment plans, permitting requirements, regulatory milestones, and property transactions.
Protect Property Value
Support continued operations, facility expansion, or redevelopment with remediation solutions designed for long-term site performance.
Our Solutions
Integrated Solutions for Industrial Sites
No two manufacturing sites are alike. VIYA uses a technology-agnostic methodology, selecting the treatment approach tailored to your contaminants, site conditions, operational constraints, and regulatory objectives.
clients served
Trusted Globally.
We are proud to partner with industry leaders and innovative teams to deliver results that matter. Here are a few of the organizations we’ve worked with over the years.
VIYA's team has been a constructive thought partner as we navigate PFAS remediation planning and implementation.















Case Studies
Real Industrial Sites.
Proven Results.
AOPs for Industrial Site Remediation
- Industrial / Manufacturing
- Michigan,
- USA
AOPs for Contaminated Unsaturated Soils
- Industrial / Manufacturing
- Minnesota,
- USA
Natural Flitration for PFAS
- Industrial / Manufacturing
- Michigan,
- USA
Bring VIYA Into Your Next Complex Remediation Challenge
Every remediation site brings its own subsurface conditions, contaminant behavior, regulatory requirements, and closure goals. VIYA helps technical teams evaluate the full range of thermal, biological, chemical, in-situ, and ex-situ options to identify the most effective, defensible treatment strategy for the problem at hand.