Vapor Treatment System Calculator
Compare vapor treatment pathways using project-specific process, utility, and economic assumptions.
Open tool ↗Engineering calculation · project data · applied AI
Compute Clearly.
Decide with Evidence.
Engineering calculators and project intelligence for environmental remediation—from early screening and design through operations, optimization, and closeout.
Transparent assumptions. Traceable calculations. Professional engineering judgment remains in the loop.
01Engineering ToolsCalculate and compare
02Project EngineeringApply data across the lifecycle
03Methods & ResearchExplain and validate
A clearer technical platform
Calculation is the core. Data and AI extend it across the project.
Each part has a distinct job: calculate the engineering problem, apply the result to project decisions, and document the method behind it.
01 / Engineering Tools
Calculate, screen, and compare
Interactive engineering calculations for treatment performance, mass and energy, cost, operations, and technology selection.
Open the tool platform ↗02 / Project EngineeringTurn project data into decisions
Connect design assumptions, field records, operating data, cost, schedule, and risk throughout the remediation lifecycle.
See project applications ↗03 / Methods & ResearchMake the method traceable
Technical notes, calculation methods, validation references, and research that support the engineering tools.
Review methods ↗Featured engineering tool
Vapor Treatment
System Calculator
A structured workspace for comparing vapor treatment technologies using process, utility, performance, and cost assumptions.
TECHNOLOGY COMPARISONModel pending
No calculated outputs shown until formulas are validated.Expandable by design
Engineering tools built for real project questions.
GAC Consumption Estimator
Screen carbon usage and replacement assumptions for vapor treatment systems.
Planned capabilityThermal Remediation Screening
Organize treatment volume, heat demand, and technology-selection inputs.
Planned capabilityGroundwater Mass Discharge
Structure extraction, concentration, flow, and contaminant mass-discharge calculations.
Planned capabilityCAPEX / OPEX Comparison
Compare alternatives across capital, operating, escalation, and project-duration assumptions.
Planned capabilityProject Forecasting
Explore schedule, milestone, and performance signals for technical projects.
Planned capabilityProject engineering
Use calculation, data, and AI where projects actually need them.
Structure scattered records, test assumptions, compare alternatives, monitor performance, and keep decisions connected to their technical basis.
Explore Project Engineering ↗Data + AI across the project lifecycle
One technical thread from screening to closeout.
AI is used as an engineering work layer: organizing records, checking data, accelerating calculations, finding patterns, and preserving decision context.
Site DataDesign BasisField RecordsCost & Schedule
↓Structured Project Intelligence
↓Engineering Models + AI
→Traceable Decision
Automation supports the work; qualified engineering review governs the decision.
Methods & research
The calculation should show its technical basis.
Methods, assumptions, limits, validation references, and version history belong beside the tool—not hidden behind it.
Explore Methods & Research ↗How the platform connects
Project Question→Structured Data→Engineering Calculation→AI-Assisted Review→Traceable Project Decision
Principal-led technical work
Direct analysis.
Fewer layers.
Soil Remediation Solutions Inc. is structured around focused technical work, direct engineering analysis, and practical problem solving.
Principal
Xiaosong Chen
Professional background and selected experience will be added only after details are supplied and approved for public use.
Start with the question
Have a remediation problem to work through?
Send a short description of the site, treatment system, dataset, or engineering question.