Skip to content
IT for CCS developers whose monitoring data has to outlast the project

Carbon Capture & Storage Developers IT Services

A carbon storage project makes promises that last far longer than most businesses plan for: the geologic model in your permit, the monitoring data that proves CO2 is staying put and the reports behind tax credits all have to survive staff turnover, vendor changes and the occasional attacker.

SOC 2 Aligned
Responsive Support
20+ Years Experience

At a glance

Your team juggles reservoir models, landowner and pore space agreements, emitter partners sending capture data and regulators reviewing every assumption.

We run the IT and security that keeps those records intact and accessible, secure the boundary to injection and monitoring systems with your engineers, and support developers from early permitting through operations. We serve CCS developers in Texas and nationwide.

IT that keeps permit files whole, monitoring honest, partners in sync.

Geologic models protected, monitoring records with a clean chain of custody, and partner access that doesn't outlive the relationship.

From permit to post-closure

Records that have to last decades

Carbon storage developers spend years building a case before a single tonne goes underground: site characterization, area of review modeling, financial responsibility, landowner agreements. Then they spend decades proving the plume behaves. Every phase produces data that regulators, partners and auditors will revisit. Losing it, or being unable to prove nobody altered it, is a serious problem.

01 · The pressure

A permit built on models and a credit built on meters

During development, geoscientists run reservoir simulations on heavy workstations, landmen negotiate pore space agreements, and regulatory staff assemble Class VI permit applications that reference all of it. Once injection starts, monitoring wells, pressure gauges and seismic surveys feed data that supports reporting to EPA and any 45Q claims. Emitter partners send capture volumes. If that chain of data breaks, permit reviews stall, reports get questioned and the commercial deal with your emitter partner can wobble.

  • Simulation models backing the area of review
  • Monitoring data supporting EPA reporting
  • Capture volumes reported by emitter partners

02 · How it breaks

Model files on one laptop, partners on shared links

Critical simulation runs sit on a single geoscientist's workstation or an external drive. Consultants leave the project with copies of landowner lists and seismic interpretations. Emitter partners and service companies get access to shared folders that nobody reviews. Monitoring vendors install remote access into field equipment. A phished regulatory manager mailbox exposes draft permit responses. CCS projects also attract public attention, so leaked documents can become a reputational problem as well as a security one.

  • Simulation runs stored on one workstation
  • Consultants leaving with landowner data
  • Unreviewed partner access to shared folders

03 · What we change

A governed project archive and controlled access

We build a managed project archive for models, permit files and monitoring data with version history, retention you define and immutable backups. Geoscience workstations get backed up and protected without slowing simulations. Partner, consultant and vendor access moves to named accounts with expiry dates and logs. With your field engineers, we route monitoring vendor connections through one MFA-protected path and keep injection controls on their own segment, leaving changes inside them to your operations team and OEMs.

  • Versioned archive with defined retention
  • Named, expiring access for partners and consultants
  • One controlled path for monitoring vendors

04 · The after

Any reviewer can follow the data trail

When EPA, a verifier or a tax advisor asks where a number came from, you can show the original data, the model version and who touched it. Staff and consultants come and go without taking the project's memory with them. Emitter partners see what they need and nothing more. If ransomware hits the office, the archive and monitoring history come back from backups that couldn't be altered. The project's long-term obligations feel manageable instead of fragile.

  • A clear trail from raw data to report
  • Project memory that survives staff turnover
  • Monitoring history restorable after an incident

Systems we keep running

  • SLB Petrel
  • CMG GEM
  • Esri ArcGIS
  • AVEVA PI System
  • Procore
  • Microsoft 365

Rules we help you meet

  • EPA Underground Injection Control Class VI wells (40 CFR Part 146, Subpart H)
  • EPA Greenhouse Gas Reporting Program, Subpart RR geologic sequestration (40 CFR Part 98)
  • IRC Section 45Q carbon oxide sequestration credit recordkeeping (where claimed)
  • PHMSA hazardous liquid pipeline safety for CO2 pipelines (49 CFR Part 195)

What We Offer

Comprehensive solutions tailored for Houston-area businesses

Long-Term Project Archive

Class VI projects carry obligations through injection and post-injection site care. We design a managed archive for permit applications, models, correspondence and monitoring data, with version history, retention rules your regulatory staff set and immutable backups in separate locations. The archive is organized so a future employee can find what today's team created.

Geoscience Workstation Support

Reservoir simulation and seismic interpretation need powerful workstations, large storage and licensed software. We support those machines, manage license servers, protect them with endpoint detection tuned not to slow heavy jobs and back up project files continuously, so a failed drive doesn't cost weeks of model runs.

Monitoring Data Chain of Custody

Pressure, temperature, seismic and sampling data supports EPA reporting and any credit claims. We make sure it flows from field systems into storage with access logs and limited edit rights, and that changes or corrections are recorded. Your engineers and consultants decide how data is interpreted; we keep the trail intact.

Pore Space and Landowner Record Protection

Pore space agreements, surface use terms and landowner contact details are sensitive and sometimes contentious. We restrict them to the land and legal staff who need them, track access, back them up and stop them from leaving through personal email or unmanaged cloud drives when consultants roll off.

Emitter Partner and Consultant Access

Capture partners, drilling contractors, geophysical consultants and monitoring vendors all need some access. We give each a named identity, a sponsor on your side, access limited to their part of the project and an end date. Reviews are scheduled so nobody keeps a login years after their work is done.

Injection Site Boundary Support

Wellhead controls, compression and monitoring instruments are operated by your field team and their vendors. We keep business IT separate from those systems, route vendor remote access through a controlled path and get monitoring data to the business side safely. Changes inside the controls stay with your engineers and OEMs.

Why Choose LayerLogix?

Serving businesses throughout the Greater Houston area including Houston, Dallas, Austin, San Antonio, Atlanta, Nationwide.

Smoother Permit and Report Reviews

Organized, versioned records let regulatory staff respond to questions from EPA or state agencies quickly and consistently. Nobody has to reconstruct which model version backed a submission or hunt for the monitoring export a reviewer is asking about.

Protected Credit Claims

If you or your partners claim 45Q credits, data integrity matters for years. A clear chain of custody for capture and storage data supports your advisors and reduces the chance that missing records undermine a claim during a later review.

Less Dependence on Individuals

When project knowledge lives in a governed archive instead of personal drives, staff and consultant turnover becomes routine. New hires can pick up where others left off, and departing people don't leave with the only copy of important work.

Fewer Damaging Leaks

CCS projects draw public interest. Controlling who can see landowner data, draft permit responses and partner terms reduces the chance of an embarrassing leak that complicates community relations or negotiations with emitters and landowners still underway.

Our Process

1
We meet with geoscience, regulatory, land and commercial leads to understand your project phase, partners, permitting status and monitoring plans.
2
We inventory where models, permit files, landowner records and monitoring data live, plus every partner, consultant and vendor account.
3
We design and build the project archive with your regulatory staff, including retention rules, version history and immutable off-site backups.
4
We secure geoscience workstations and license servers, then move partner and consultant access to named accounts with sponsors and expiry dates.
5
We work with field engineers on the injection site boundary and vendor remote access, and run an incident tabletop with leadership.
6
We support your team during business hours, with after-hours emergency response for active incidents and 24/7 SOC monitoring of corporate systems and accounts.

Frequently Asked Questions

What does Class VI mean for our IT?▼
Class VI is the EPA well class for injecting CO2 for geologic sequestration, governed by 40 CFR Part 146, Subpart H, either directly by EPA or by states with primacy. The rules require permit information, monitoring, reporting and post-injection site care. Interpreting them is for your regulatory staff and counsel. Our part is making sure the records those obligations depend on are complete, protected from tampering and still retrievable many years from now.
How do you protect reservoir models without slowing them down?▼
We tune endpoint protection to exclude scratch directories used during simulation runs while still scanning everything else, schedule scans outside heavy compute windows and use backup tools that capture project files continuously without interrupting jobs. We also keep license servers healthy, since a license outage stops work just as surely as malware. Your geoscientists help us identify which folders and processes matter most so the protection fits how they work.
Our monitoring vendor wants remote access to field equipment. Is that OK?▼
It can be, if it's controlled. Many projects end up with a vendor modem or cloud agent connected straight to monitoring equipment and nobody reviewing it. We route vendor access through a single path with MFA, approval before sessions and logging, and keep monitoring systems on their own network segment. Your field engineers and the vendor still manage the instruments themselves. You keep the convenience while knowing exactly who connected and when.
How long do we need to keep project records?▼
Long. Class VI projects have obligations through injection and post-injection site care, and credit-related records carry their own retention needs. The exact periods should come from your regulatory staff, permit conditions and tax advisors. We build systems that respect those periods: storage that won't silently delete files, immutable backups, formats that remain readable and an organized structure so records can actually be found when someone asks a decade from now.
How do we share data with our emitter partner safely?▼
Decide what each side needs, then give access only to that. We usually set up a shared workspace or data room where your partner's named users can see capture volumes, schedules and agreed reports, with logs and an end date tied to the agreement. Sensitive items like landowner records, reservoir models or other partners' terms stay in separate areas. If the partner sends data to you, we make sure it lands in the archive with its source recorded.
We're a small development team. Is this overkill now?▼
Not if you set it up early and keep it simple. During development, the main risks are losing model work, leaking landowner or partner information and getting a mailbox phished. Named accounts with MFA, a managed project archive and backups for workstations cover most of that. As the project moves toward injection, we add the boundary work and monitoring data controls. Starting early is cheaper than reorganizing years of files later.
Do you provide Carbon Capture & Storage Developers IT Services in Houston and nearby areas?▼
Yes. LayerLogix is based in the Greater Houston area and delivers carbon capture & storage developers IT services to businesses across Houston and the surrounding communities, including The Woodlands, Spring, Katy, Sugar Land, Conroe, Cypress, and Pearland. For most Houston-area clients we can be on-site the same day when something needs hands-on attention, and our help desk is available during business hours, with after-hours emergency support. Call 713-571-2390 to check coverage for your specific address.
What does Carbon Capture & Storage Developers IT Services cost for a Houston business?▼
Pricing depends on your size and what you need, so we do not publish a one-size-fits-all number — but Houston businesses generally pay a flat, predictable monthly fee rather than surprise hourly bills. We start with a free, no-obligation assessment of your current setup, then give you a clear quote in plain English with no hidden costs. That way you know exactly what you are getting and what it costs before you commit.

Ready to Get Started?

Contact LayerLogix today for a free consultation. We serve businesses throughout Houston, Dallas, Austin, and the surrounding Greater Houston area.

Call NowBook a Call