Clean Vapor provides methane and vapor intrusion mitigation system design, installation, and monitoring for data center projects with subsurface gas concerns. We help owners, developers, and construction teams translate site conditions into a coordinated mitigation plan, from early design decisions to long-term system performance.
With one team connecting diagnostics, design, construction, and monitoring, you can address mitigation requirements alongside the building’s foundations, utilities, and operating needs.
Clean Vapor provides methane and vapor intrusion mitigation system design, installation, and monitoring for data center projects with subsurface gas concerns. We help owners, developers, and construction teams translate site conditions into a coordinated mitigation plan, from early design decisions to long-term system performance.
With one team connecting diagnostics, design, construction, and monitoring, you can address mitigation requirements alongside the building’s foundations, utilities, and operating needs.
A site’s previous use can leave environmental conditions that matter long after redevelopment. Vapors from contaminated soil or groundwater can enter buildings through foundation openings and utility penetrations. Methane presents a different concern: where it accumulates at flammable concentrations, it can create a combustion hazard.
The right response depends on the gases present, their concentrations, the pathways into the building, and the applicable project requirements. A data center does not automatically need methane mitigation simply because of its use. Site investigation and the project’s environmental findings should guide that decision.
Our methane mitigation systems and vapor intrusion services address these conditions through designs tailored to the property.
For a data center project, mitigation should be part of the conversation while foundation layouts, utility routes, and construction phases are being established. Early coordination gives the project team time to resolve how below-slab components, penetrations, and accessible system equipment fit together.
Clean Vapor works alongside consultants and contractors to integrate mitigation into the construction workflow. Key coordination points include:
Connecting design and installation helps reduce conflicting details and late field changes that can put pressure on the wider project schedule.
We evaluate the variables that affect mitigation performance, including contaminant concentrations, building structure, pressure dynamics, and sub-slab conditions. Working with your environmental consultant, we use the available findings and appropriate diagnostic work to establish the basis for system design.
Our diagnostics and design services turn field information into a site-specific mitigation scope. Depending on the findings, that may include methane mitigation or sub-slab depressurization. System design accounts for the building layout, subsurface conditions, and applicable regulatory requirements so your team can evaluate the proposed approach before installation.
Our installation team brings mitigation expertise to complex commercial sites. We connect field decisions with design intent, then complete startup and balancing to establish the system’s operating baseline. That baseline gives the monitoring program a reference for evaluating ongoing performance.
Clean Vapor’s controls and monitoring services provide remote visibility into mitigation system operation. Our monitoring and maintenance plans establish inspection schedules and reporting, while responsive controls can account for changing conditions such as building pressure or temperature.
For methane applications, our Vapor Guardian Telemetry and Dynamic Control products support real-time monitoring, alerts, and automated system adjustments. Monitoring points and control functions are selected for the project’s conditions and mitigation design.
That visibility helps facility teams recognize changes in monitored conditions and assess whether maintenance or further investigation is needed. The monitoring scope should define what is measured, which conditions trigger an alert, and who is responsible for follow-up.
Our approach combines remote information with planned inspection and maintenance, giving your team a practical framework for managing the system after construction.
Bring us into the project when environmental findings identify a potential methane or vapor intrusion concern, ideally while foundation and utility plans are still developing. Early involvement allows mitigation details to be coordinated with design and construction decisions before access becomes more limited.
Yes. We support environmental consultants with mitigation design, installation, and monitoring, and work with general contractors on construction coordination. Your consultant’s site findings inform the approach, while coordination with the contractor helps align the system with field conditions and sequencing.
Clean Vapor designs and installs vapor mitigation systems for both new and existing buildings. For an operating facility or expansion, the proposed scope depends on site conditions, the existing structure, available access, and operational constraints. Share those details early so we can assess an appropriate approach.
Startup and balancing establish the system’s initial operating conditions. A project-specific monitoring and maintenance plan then defines inspections and reporting. Depending on the system, remote telemetry and responsive controls can also support ongoing oversight. We can discuss those options as part of the proposed scope.
Start with the project location, development stage, and known methane or vapor concerns. Available environmental reports, foundation and utility plans, the construction schedule, and relevant agency comments help frame the discussion. For an existing facility, include access restrictions and information about any mitigation equipment already in place.
Whether you are planning a new facility, redeveloping a property, or evaluating an expansion, Clean Vapor can help define the next steps for methane and vapor intrusion mitigation. Tell us about your site and project schedule to begin the proposal process.
We support data center projects across our service areas, including Ashburn and Atlanta.
