Low Carbon Solutions
Low Carbon Solutions
Low Carbon Solutions Built on Decades of Well Management Expertise
The energy industry is changing. Carbon capture and storage, geothermal energy, and other low carbon solutions demand the same rigorous well integrity, engineering precision, and operational discipline that define responsible oilfield services. At Frontier Energies, we bring more than 40 years of subsurface experience across four continents to the energy transition, applying proven well management capabilities to carbon storage and geothermal projects worldwide.
We have plugged and abandoned over 3,500 wells since 2017. That track record gives us deep insight into wellbore integrity, subsurface geology, and the technical challenges that carbon capture companies and geothermal developers face when repurposing or constructing wells for new energy applications. Our low carbon solutions are not theoretical. They are grounded in real-world execution, proprietary processes, and data-driven workflows refined across thousands of projects.
Contact us today to discuss how our low carbon solutions can support your next project
Carbon Capture, Utilization, and Storage Services
Carbon capture and storage (CCS) is one of the most important tools available for reducing industrial carbon emissions at scale. The process involves capturing CO2 at the source, transporting it, and injecting it into secure underground geological formations for permanent storage. Carbon capture technology continues to advance, but the subsurface component, the wells and reservoirs that receive and contain stored carbon, remains the critical link in the chain.
Frontier Energies provides specialized CCS services that address the full lifecycle of carbon storage wells. Our involvement spans site assessment and well design through to injection operations, monitoring, and eventual well decommissioning. We understand the unique demands that carbon capture and storage places on well integrity, including the corrosive nature of CO2, the need for long-term sealing assurance, and the regulatory frameworks governing carbon storage in multiple jurisdictions.
Well Integrity for Carbon Storage
The success of any carbon storage project depends on wellbore integrity. A single compromised well can undermine an entire storage reservoir. Our team evaluates existing wells within proposed storage zones, identifying risks and recommending remediation or abandonment where necessary. For new injection wells, we apply the same standards of engineering rigour that have guided our plug and abandonment operations across multiple regions.
Our proprietary processes integrate historical well data into digital workflows, giving project teams a clear picture of subsurface conditions before a single piece of equipment reaches the site. This data-first approach reduces risk, lowers costs, and accelerates project timelines.
CCUS Project Support
Carbon capture, utilization, and storage (CCUS) extends the value chain by finding productive uses for captured CO2 before or instead of permanent storage. Applications include enhanced oil recovery, building materials manufacturing, and industrial feedstock production. Frontier Energies supports CCUS project developers with the well-side expertise needed to handle CO2 injection, monitor reservoir behaviour, and maintain well integrity throughout the operational life of the project.
We work with operators, developers, and regulatory bodies to ensure CCUS projects meet technical and compliance standards from day one.
Geothermal Energy Applications
Geothermal energy harnesses heat from beneath the Earth’s surface to generate electricity and provide direct heating. The wells used in geothermal projects share many characteristics with oil and gas wells, including depth, pressure management, and the need for long-term integrity in challenging downhole environments. This makes geothermal development a natural extension of our core low carbon solutions capabilities.
Frontier Energies supports geothermal projects with well planning, drilling oversight, completion design, and ongoing well management. We help project developers evaluate whether existing oil and gas wells can be repurposed for geothermal use, potentially saving millions in drilling costs while accelerating project delivery.
Low Carbon Transition Services
The transition to lower-carbon energy systems touches every part of the oil and gas value chain. Operators need partners who understand both the legacy infrastructure and the emerging requirements of a decarbonizing industry. Frontier Energies bridges that gap by applying field-proven well management expertise to the specific challenges of the energy transition.
Each of these services draws on the same operational discipline and proprietary methods that have made Frontier Energies a trusted partner in well abandonment and asset retirement across four continents.
- Our low carbon transition services include:
- Carbon storage site screening and well assessment for proposed CCS and CCUS developments
- Legacy well evaluation to identify wells that may pose risks to carbon storage integrity or can be repurposed for geothermal energy
- Well decommissioning and remediation to meet evolving environmental standards and prepare sites for new energy uses
- Data integration and digital workflows that consolidate decades of historical well records into actionable project intelligence
- Regulatory navigation support across jurisdictions in North America, Europe, Asia Pacific, and Australia
Our Process
Our Process for Low Carbon Projects
We follow a structured approach to every low carbon engagement, whether it involves carbon capture and storage, geothermal development, or legacy well management for the energy transition.
Step 01.
Project Scoping and Data Review
We begin by understanding your project objectives, reviewing available well and geological data, and identifying the key technical and regulatory considerations. Our team consolidates historical records into digital workflows that provide a clear baseline for project planning.
Step 02.
Site and Well Assessment
Our engineers evaluate subsurface conditions, wellbore integrity, and reservoir characteristics relevant to your specific application. For carbon storage, this includes CO2 containment analysis. For geothermal, it includes thermal gradient evaluation and casing condition assessment.
Step 03.
Engineering and Planning
We develop detailed well programs, remediation plans, or decommissioning strategies tailored to the project scope. Every plan reflects our experience across thousands of well operations and aligns with applicable regulatory standards.
Step 04.
Field Execution
Our operational teams carry out the work safely and efficiently, drawing on proprietary processes and proven field methods. We maintain clear communication with all stakeholders throughout execution.
Step 05.
Monitoring, Reporting, and Handover
We provide thorough documentation, post-operation monitoring support, and regulatory compliance reporting. Our goal is to leave every project in a condition that meets both current standards and long-term assurance requirements.
Why Frontier
Why Frontier Energies for Low Carbon Solutions
Choosing the right partner for carbon capture and storage, geothermal development, or broader low carbon initiatives requires more than technical competence. It requires a team that has managed complex well operations at scale, understands regulatory environments in multiple countries, and has the data infrastructure to support informed decision-making.
Proven Track Record
We have completed more than 3,500 well plug and abandonment operations since 2017. That volume of work has built institutional knowledge that directly transfers to carbon storage well management and geothermal applications. We know what good well integrity looks like because we have assessed, remediated, and sealed thousands of wellbores.
Global Presence
With offices in Calgary, Singapore, Perth and Brisbane, we support projects across North America, Europe, Asia Pacific, and Australia. Our teams understand regional regulatory frameworks and adapt our processes to meet local requirements while maintaining consistent quality standards.
Data-Driven Approach
Our proprietary digital workflows integrate extensive historical well data into every project. This approach gives our clients better visibility into subsurface conditions, reduces uncertainty, and supports more confident decision-making throughout the project lifecycle.
Commitment to Safety and Environmental Responsibility
Our mission is safely and efficiently managing wells today for a safer and cleaner tomorrow. That commitment extends to every low carbon project we take on. We apply the same safety culture, environmental awareness, and operational rigour that define our traditional well management services.
Service Areas
Frontier Energies delivers low carbon solutions from four strategic offices:
- Calgary, Canada — Serving Western Canadian operations and North American energy transition projects
- Singapore — Covering Southeast Asian low carbon initiatives and regional CCUS projects
- Perth & Brisbane, Australia — Managing Australian and Asia Pacific geothermal and carbon storage programs
Our global footprint allows us to mobilize experienced teams to project sites across four continents. We have the logistical capability and local knowledge to operate effectively in diverse regulatory and environmental contexts.
FAQ
Frequently Asked Questions About Low Carbon Solutions
What are low carbon solutions in the context of oilfield services?
Low carbon solutions refer to services and technologies that help reduce carbon emissions from energy operations. In our context, this includes carbon capture and storage (CCS), CCUS project support, geothermal energy development, and the responsible decommissioning of legacy wells to prevent emissions and prepare infrastructure for clean energy applications.
How does well management expertise apply to carbon capture and storage?
Carbon storage requires wells that can safely contain CO2 underground for decades or longer. The skills needed to assess, remediate, and seal wellbores are directly applicable to CCS projects. Our experience with over 3,500 well plug and abandonment operations gives us practical knowledge of well integrity that transfers directly to carbon storage applications.
Can existing oil and gas wells be used for geothermal energy?
In many cases, yes. Idle or end-of-life wells that sit above suitable geothermal resources can potentially be repurposed for heat extraction or power generation. This requires thorough assessment of wellbore condition, casing integrity, and thermal characteristics. Repurposing existing wells can significantly reduce development costs compared to drilling new geothermal wells.
What is the difference between CCS and CCUS?
CCS (carbon capture and storage) focuses on capturing CO2 emissions and permanently storing them underground. CCUS (carbon capture, utilization, and storage) adds a utilization component, finding productive uses for captured CO2 such as enhanced oil recovery or manufacturing applications, before or instead of permanent storage
Where does Frontier Energies operate?
We operate globally from offices in Calgary, Singapore, Perth and Brisbane. Our teams have delivered projects across four continents for over 40 years, giving us the regional expertise and logistical capability to support low carbon projects in major energy-producing regions worldwide.
Contact Us
Getting Started on a Low Carbon Solution
We will review your requirements, assess available data, and develop a tailored approach that applies our well management expertise to your specific low carbon goals.
Contact our team directly to discuss your project scope and objectives