CCUS Project Management System for Carbon Capture Projects
Kissflow runs a carbon capture, utilization, and storage project as a multi-phase program: site characterization, injection permitting, the monitoring, reporting, and verification plan, and milestone tracking through project closure and injection readiness.
Trusted by energy operators worldwide
A CCUS project lives or dies on permits and milestones most oil and gas project trackers were never built for.
A carbon capture, utilization, and storage project runs through phases that do not map cleanly onto a conventional upstream project tracker: site characterization to prove the geology will actually hold injected carbon dioxide without migrating or leaking, an injection permit application that runs its own multi-agency regulatory review timeline, and a monitoring, reporting, and verification plan that has to be built, tested, and operating correctly before injection is even allowed to start. Tracking that work in a generic project tool built for drilling or facility construction misses the phase-specific milestones, the regulatory dependencies, and the MRV sign-off gate that actually decide whether the project is allowed to proceed to the next phase at all.
Kissflow tracks a CCUS project through its own phase structure, milestone by milestone, assigns tasks across the technical, regulatory, and MRV workstreams separately, and tracks risk against the specific dependencies, permitting timelines, MRV plan sign-off, injection readiness, that determine the project's real critical path rather than a generic one.
Where a CCUS project's real critical path gets lost in a generic tracker
Phases do not match a generic template
Site characterization and permitting milestones get forced into a drilling-project structure that does not fit.
Permitting timelines are external and unmanaged
A regulatory review clock runs on its own schedule that the project team is not tracking against.
MRV plan status is disconnected from the schedule
Monitoring, reporting, and verification readiness is not visible as a milestone gating injection.
Risk tracking is generic
Project risks that are specific to CCUS, geologic uncertainty, permitting delay, are not distinguished from standard project risk.
Six modules. Every CCUS milestone tied to its own regulatory and technical dependency.
Configure phase templates and milestone dependencies by project type.
Project intake and charter
A CCUS project is chartered with its scope, storage site, and phase structure defined before work begins.
Phase and milestone planning
Site characterization, permitting, and MRV milestones are planned against their real regulatory dependencies.
Task assignment
Tasks are assigned separately across the technical, regulatory, and MRV workstreams that make up the project.
Status and risk tracking
Project status and CCUS-specific risks are tracked against the phase that actually drives the critical path.
Reviews
Phase-gate reviews confirm technical and regulatory readiness before the project advances to the next phase.
Closure
The project closes against confirmed injection readiness and a signed-off monitoring, reporting, and verification plan.
From request to system of record in four steps
Plan
A CCUS project is scoped and chartered with its storage site and phase structure defined.
Assign
Site characterization, injection permitting, and MRV milestones are planned against their real dependencies.
Execute
Progress and CCUS-specific risks are tracked against the phase that drives the critical path.
Close-out
Phase-gate reviews confirm readiness through to injection start and final project closure.
What changes when a CCUS project runs on Kissflow
| Process | Before Kissflow | On Kissflow |
|---|---|---|
| Phase structure | Forced into a generic project template | Built for CCUS-specific phases |
| Permitting timeline | Untracked against project milestones | Tracked as a dependency on the critical path |
| MRV plan readiness | Disconnected from the schedule | A tracked milestone gating injection |
| Risk tracking | Generic project risk | CCUS-specific risks, geologic and regulatory |
| Phase-gate reviews | Informal | A defined review confirming readiness to advance |
| Closure | Undefined | Tied to confirmed injection readiness and MRV sign-off |
Connects to your project and regulatory systems; Kissflow does not replace your MRV or environmental compliance system of record
Kissflow runs the phase, milestone, and risk-tracking layer. Your MRV and environmental compliance systems stay the system of record for regulatory data.
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Built for how a CCUS project actually needs its own critical path
Phases built for CCUS, not borrowed
Site characterization, permitting, and MRV milestones fit the project as it actually runs.
Risk tracked for what actually threatens this project
Geologic and permitting risk are distinguished from generic project delay.
Phase gates that confirm real readiness
A project does not advance past a phase without a defined review.
Live in weeks
Configure phase templates in the visual builder, or describe the use case to the AI Builder.
Governed from day one
Role-based access and a full audit trail on every milestone.
One view across every workstream
Technical, regulatory, and MRV teams see the same project status.
Related apps
Carbon Credit & Offset Registry Management System
Manage credit issuance once the CCUS project is operational.
Renewables O&M Management System
Manage a parallel low-carbon asset program.
Regulatory Reporting & Submission Management System
File the regulatory reports this project's MRV plan requires.
We help low-carbon project teams track a CCUS project on its own real critical path
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Talk to usGot questions? We're here to help.
Get SupportNo. Your MRV and environmental compliance systems stay the system of record for regulatory data. Kissflow runs the phase, milestone, and risk-tracking layer.
Yes, phases are built around site characterization, injection permitting, and MRV readiness.
Yes, permitting milestones are tracked on the project's critical path, not as an external unknown.
Yes, risk tracking is configured for the geologic and regulatory risks specific to a CCUS project.
Yes, each project runs its own phase structure, rolled up for portfolio-level visibility.
Yes, project closure is tied to confirmed injection readiness and MRV plan sign-off.
Configuration and AI-assisted app generation move delivery from a multi-month program to a matter of weeks.
Kissflow is certified to SOC 1, SOC 2, SOC 3, and ISO/IEC 27001, with role-based access on every record.
