Other Services
Bench-Scale Testing. Field-Scale Confidence.
VIYA Environmental provides in-house laboratory services that support environmental consultants, site managers, and regulatory stakeholders with rigorous bench-scale and treatability testing. We generate the data needed to select the right chemistry, optimize dosing, and reduce risk before field implementation. Our integrated lab capability sets VIYA apart from firms that rely solely on third-party contract laboratories.
Testing prior to field implementation provides actionable information on treatment effectiveness, required loading rates, and potential secondary impacts. Our results are defensible, data-rich, and designed to support regulatory submittals.
Our In-House Services Offer:
Faster Turnaround
Reduced reliance on external labs means quicker results and tighter project timelines.
Chemistry Integration
Lab staff are directly aligned with our chemical sales and field teams for seamless implementation.
Regulatory Support
Data and documentation developed to support regulatory requirements and project needs.
Cost Optimization
Lab data eliminates guesswork, ensuring accurate chemical loading and avoiding costly over-application.
In-House Laboratory Testing
Core Lab Testing
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.
Treatability Testing
- Bench-scale optimization of remedial chemistry for site-specific contaminant matrices
- Chlorinated solvent (CVOCs), petroleum hydrocarbons (PHCs), and PFAS treatment studies
- Evaluation of chemical dosing, contact time, and pH conditions
- Comparison of multiple chemistry approaches to identify the most cost-effective solution
Total Oxidant Demand (TOD) Testing
- Quantifies the non-target oxidant demand of soil and groundwater matrices
- Critical for designing effective In-Situ Chemical Oxidation (ISCO) programs
- Reduces risk of under- or over-application in the field
- Supports accurate cost estimation and regulatory approval documentation
pH Buffering & Treatment Studies
- Assessment of soil/water buffering capacity to maintain optimal pH during treatment
- Evaluates amendment requirements for carbonate-rich or acidic environments
- Supports bioremediation and chemical reduction programs where pH stability is critical
- Paired with secondary parameter monitoring (ORP, metals, dissolved gases)
Metal Stabilization Studies
- TCLP (Toxicity Characteristic Leaching Procedure) testing
- SPLP (Synthetic Precipitation Leaching Procedure) analysis
- Phosphate, sulfate, and EnviroBlend chemistry evaluation
- Sodium dithionite reduction studies for hexavalent chromium
- Pre- and post-treatment comparison reporting
Wastewater Treatment Studies
- Bench-scale simulation of wastewater treatment scenarios
- Coagulation, flocculation, and settling trials
- Chemical oxygen demand (COD) and biological oxygen demand (BOD) assessments
- Effluent quality projections for discharge permitting support
- Optimization of treatment train sequencing
Secondary Parameter Observations & Monitoring
- Metals mobilization assessment during and post-treatment
- Oxidation-Reduction Potential (ORP) tracking across treatment scenarios
- pH trending and buffering response analysis
- Dissolved oxygen, conductivity, and temperature profiling
- Integration with site-specific CSM (Conceptual Site Model) data
Thermal Simulation Modeling
Reduce Project Risk Before Breaking Ground
Every remediation site presents unique subsurface conditions that can affect treatment performance, project costs, and regulatory compliance. Thermal simulation modeling reduces that uncertainty before field implementation begins.
Using site-specific geological and operational data, VIYA models how a thermal remediation system is expected to perform, allowing engineering teams to optimize system design, identify potential risks, and validate performance expectations before construction. The result is a more efficient remediation program built on defensible science and informed decision-making.
What We Simulate:
- Total energy input requirements
- Heating duration and temperature distribution
- Water and vapour extraction rates
- Contaminant mass recovery over time
- Spatial distribution of treated (hot) and untreated (cold) zones
- Thermal losses to surrounding formations
1
Collect Data
Soil properties, hydraulic conductivity, contaminant characteristics, subsurface temperature profiles.
2
Model Simulations
VIYA’s proprietary software simulates the performance of thermal and electrical systems under site-specific conditions, avoiding reliance on generalized assumptions
3
Analyze Key Findings
Heat transfer, contaminant mobilization, multiphase flow, electromagnetic field behavior, nonlinear electrical properties
4
Apply to Design
Guide electrode placement and spacing, injection and extraction rates, power input requirements, estimated remediation duration
Live Monitoring
Visibility At Every Stage
Successful remediation depends on timely, accurate, and transparent information. VIYA’s live monitoring platform provides secure, real-time visibility into project performance, giving project teams, consultants, and stakeholders continuous access to the data that matters most at every stage of the project.
Built to support multi-site projects and large environmental datasets, VIYA’s platform continuously captures, organizes, and visualizes project data as remediation progresses. Real-time monitoring allows teams to identify changing site conditions early, respond quickly to potential issues, and maintain complete, audit-ready documentation throughout the project lifecycle. Reliable, transparent data keeps projects on track.
Key Monitoring Data
- Temperature profiles
- Power density and energy input
- Water injection and extraction volumes
- Mass removal
- System performance trends
- Regulatory and compliance documentation
Talk to VIYA
Build More Confidence Into Every Stage of Remediation
From bench-scale testing and thermal simulation modeling to live project monitoring, VIYA provides the technical support needed to reduce uncertainty, strengthen design decisions, and keep remediation programs moving with defensible data.