Carbon Capture Canada Awards

The Carbon Remover Award recognizes groundbreaking technologies and processes that advance innovative solutions for effective CO2 removal. Nominees in this category are recognized for their significant contributions to the development and deployment of methods aimed at capturing and removing carbon dioxide from the atmosphere. All technologies in this category should be at either: field pilot, field demonstration or commercial stage.

Nominees are:

Anessa- Biogas Software

Anessa, an award-winning biogas software company, delivers AI-powered digital twin technology that helps biogas and RNG projects operate at peak efficiency and profitability. Our platform supports utilities, developers and operators from the earliest feasibility studies through long-term operations, allowing them to digitalize and simulate plant performance, test scenarios, and optimize processes in real-time and across the entire anaerobic digestion (AD) lifecycle.

BASF

BASF's OASE® brand has been at the forefront of carbon capture technology for over 50 years, with a proven track record of successful implementation across diverse industries. With expertise in process design know how and a track record of over 500 plant installations worldwide, we specialize in acid gas removal technology in both pre- and post-combustion flowsheet. OASE® blue was developed specifically as an optimized large-scale carbon capture technology in post-combustion applications.

CARBONCO Pte. Ltd.

Genesis Fertilizers is currently developing Canada’s first low carbon urea/nitrogen complex. The plant is expected to capture approximately 800,000 tonnes of CO2 per year with the deployment of CARBONCO’s proven amine-based post combustion carbon capture technology. The captured CO2 will be injected into the permanent geological storage hub being developed by Whitecap Resources’ CO2 Hub, which is 10 miles distance from the site.

CATACARB

The CATACARB® process offers an efficient, reliable, and environmentally responsible method for capturing CO2 without modification to upstream technologies. CATACARB has focused exclusively on Hot Potassium Carbonate (HPC) CO2 capture while optimizing the process through experience and data amassed from >35,000,000 plant operating hours in 34 countries. Currently CATACARB units capture 44,000 kta (over 2,000 kta in Canada alone). With assistance from the EU Innovation Fund, Stockholm Exergi’s (SE) biomass-powered CHP plant Värtaverket in Stockholm Sweden licensed CATACARB HPC technology and made the investment decision to begin construction in March of 2025. CATACARB provided Enhanced HPC design for post-combustion CO2 capture at 800 kta. “The collaboration between SE and CATACARB has been one of the key foundations in designing our new BECCS-facility” said Tobias Pelicano, SE’s Project Manager, “CATACARB has consistently been very responsive to our needs and requirements throughout the different design phases and have provided excellent support.”

The Innovation in CCUS Technology Award recognizes highly disruptive innovations in equipment, controls or digital technology that have had a major impact on energy efficiency, emissions, economics, scheduling, or quality. All technologies in this category should be at either: field pilot, field demonstration or commercial stage.

Nominees are:

BASF

OASE® aerozone is a patented emission control technology developed by BASF as part of OASE® blue carbon capture solution. It is specifically designed to address the challenge of aerosol-induced emissions in solvent based post-combustion carbon capture (PCC) unit. In PCC units, emissions such as amines, ammonia, volatile organic compounds (VOCs), and particulate matter (PM) can escape into the atmosphere. Aerosol formation presents a significant operational challenge in PCC units. Compounds such as sulfur trioxide (SO₃), chlorine, and ultrafine dust can act as condensation nuclei, promoting mist formation and enabling solvent droplets to be carried out from the top of absorber column. This not only results in increased solvent consumption and higher operating costs but also raises serious concerns regarding health, safety and environmental compliance.

CarbonAi

CarbonAi’s CCS solution delivers end-to-end integration for Carbon Capture and Storage projects, seamlessly linking data across the full lifecycle—CO₂ source, capture, compression, midstream transport, and sequestration. Built for transparency and efficiency, this solution supports rigorous environmental compliance, verified emissions tracking, and enhanced financial performance.

International CCS Knowledge Centre

The International CCS Knowledge Centre (KC) offers a unique platform to accelerate the deployment of large-scale carbon capture, utilization and storage projects. Beginning from the world's first commercial power-plant CCS project - SaskPower's Boundary Dam Unit 3 - the KC transforms data, lessons learned and engineering into insights for technical and strategic support to reduce risks, lower costs and speed up timelines. From power generation to cement and steel, the KC's tools and expertise help companies design and deliver high-performance CCUS tailored to their operations and emissions profiles.

PETRONAS Energy Canada Ltd

Over the past 2 years, PETRONAS Energy Canada LTd (PECL) in collaboration with PETRONAS Research (PRSB) have been jointly developing a carbon carbon (CC) technology solution for post-combustion applications. The effort has leveraged the ongoing operation of 4 field demonstration CC facilities in British Columbia, north of Fort St John, and the research program from PETRONAS Research in Kuala Lumpur, Malaysia.

Progressive Planet Solutions

Progressive Planet has developed a novel circular economy solution for sustainable, low-carbon production of a new type of ground glass pozzolan, a supplementary cementitious material (SCM). This innovation diverts large quantities of post-consumer glass from landfills and sequesters CO₂ from flue gas emissions. Given that cement production contributes around 7% of global CO₂ emissions, this solution addresses a critical environmental challenge. PozGlass offers an alternative to fly ash, an increasingly scarce byproduct of coal plants traditionally used in cement. Supported by up to $5.714 million in grants from SDTC Canada and the BC ICE Fund, Progressive Planet is piloting this technology at a dedicated facility. PozGlass integrates into current cement production processes and improves performance.

Svante Technologies Inc

Svante’s technology offers a novel approach to industrial decarbonization by combining advanced materials science with scalable manufacturing. At its core are solid sorbent filters made from nano-engineered metal-organic frameworks (MOFs), designed to selectively capture CO₂ from post-combustion flue gas. These filters are mass-produced at Redwood, the world’s first carbon filter manufacturing facility in Vancouver, BC, enabling rapid, cost-effective deployment. Housed in modular filter beds, the capture system can be retrofitted into facilities like cement, steel, and pulp and paper, operating efficiently at lower temperatures using waste heat—making it ideal for energy, biogenic, and industrial sectors.

TerraFixing Inc.

The Carbon Capture Project Award recognizes small, medium, and large-scale projects globally. Projects in this category will be judged on technological advancement and impact on the community. All projects entered will need to have reached or achieved FID or beyond in 2024/2025  in order to be considered.

Nominees are:

CARBONCO Pte. Ltd.

Genesis Fertilizers is currently developing Canada’s first low carbon urea/nitrogen complex. The plant is expected to capture approximately 800,000 tonnes of CO2 per year with the deployment of CARBONCO’s proven amine-based post combustion carbon capture technology. The captured CO2 will be injected into the permanent geological storage hub being developed by Whitecap Resources’ CO2 Hub, which is 10 miles distance from the site.

Heidelberg Materials

Brevik CCS is Heidelberg Materials' most advanced CCS project. Brevik CCS is part of the Norwegian government's Longship programme, which aims to demonstrate the capture, transport and safe storage of CO₂ from industrial sources. Brevik CCS is a project established to build a pioneering carbon capture facility at Heidelberg Materials' cement plant in Brevik, Norway. Using a tailored amine and heat from the cement plant process, Brevik CCS is designed to capture 400´000 tonnes a year of CO2. It is the first industrial sized CCS facility for the cement industry.

PETRONAS Energy Canada Ltd

Over the past 2 years, PETRONAS Energy Canada LTd (PECL) in collaboration with PETRONAS Research (PRSB) have been jointly developing a carbon carbon (CC) technology solution for post-combustion applications. The effort has leveraged the ongoing operation of 4 field demonstration CC facilities in British Columbia, north of Fort St John, and the research program from PETRONAS Research in Kuala Lumpur, Malaysia.

Phlair GmbH

The Emerging CCUS Leader Award acknowledges an up-and-coming individual whose efforts have already made a significant contribution to their organization, industry or community that go above and beyond their normal day to day duties. The nominee should stand out in terms of strategic thinking, leadership, community involvement and the pursuit of excellence in their field. The nominees in this category will have been in the industry for 5 or less years. Self-nominations are permitted in this category.

Nominees are:

Dani Hansen, VP Carbon Advisory, BMO Capital Markets

Dani Hansen is a recognized leader in Canada’s carbon sector, helping companies navigate environmental commodity markets and align commercial strategy with evolving regulations and policy frameworks. As VP Carbon Advisory at BMO Capital Markets, she blends technical emissions expertise with financial insight to drive CCUS investment and scale. She also supports forward-thinking research into subsurface rights, carbon markets, and policy innovation through the Energy Futures Lab and other advisory roles.

Daniel Kelter, Senior Director of Public Affairs, Carbon Removal Canada

Daniel is the Senior Director of Public Affairs at Carbon Removal Canada (CRC). CRC is an independent non-profit accelerating the scale-up of carbon removal technologies by advocating for policy that enables responsible deployment, producing evidence-based research and analysis, and connecting the right people to the right information. In this role, he oversees CRC's federal government relations, as well as all communications efforts. He brings policy and politics together, resulting in advocacy strategies that build relationships and deliver results. Daniel has previously worked for Members of Parliament and in hard-to-decarbonize industries like fertilizer and steel.

Franki Race, MMV Specialist, Enhance Energy

Franki has been working in the CCUS industry for four years, building experience in carbon sequestration and MMV. As Enhance Energy’s MMV Specialist, Franki leads the development and delivery of the organization’s CO2 MMV plans across multiple CCUS projects. Her plans are delivered on time, under budget, and with a strong emphasis on public confidence and safety. Franki is focused on continuous improvement, streamlining sampling processes to reduce costs, while ensuring accurate data collection to maintain compliance in operations. With a strong foundation in CCUS and a passion for advancing clean technology in Alberta’s energy industry, her work ensures regulatory compliance, environmental integrity and innovation.

Mac Walton, Manager, Policy and Commercial, International CCS Knowledge Centre

Since joining the International CCS Knowledge Centre in 2023, Mac Walton has become a leader in CCUS policy strategy. He has navigated complex regulatory environments—from Alberta and Saskatchewan to Ontario and the Maritimes provinces—with insight and purpose, while championing Indigenous and rural voices. In under two years, Mac’s leadership in policy roundtables, cross-jurisdictional frameworks, and community-first strategies has shaped Canada’s CCUS trajectory. He exemplifies both the promise and impact of an Emerging CCUS Leader. Unique and extraordinary achievements: Mac has quickly become a cornerstone of the Knowledge Centre's policy and strategic engagement efforts. In just over a year, he has led major national and international initiatives connecting technical CCS knowledge with real-world policy, regulatory and investment frameworks. Mac's ability to navigate complex regulations and policies, while also translating technical information into actionable, audience-specific insights sets him apart. He has significantly elevated the Knowledge Centre's role in shaping Canada's evolving CCUS policy landscape.

Sean Wilson, Founder, CEO & CTO, TerraFixing Inc.

Sean Wilson is the CEO & CTO of TerraFixing Inc., a Canadian cleantech company pioneering the only Direct Air Capture (DAC) technology designed for cold climates. A chemical engineer and global expert in adsorption-based gas separations, Sean leads the company’s technical vision, R&D, and intellectual property strategy. He invented TerraFixing’s DAC system and has scaled it from lab to pilot, all while building a high-performing engineering team committed to climate action.

The CCUS Leader of the Year Award acknowledges an individual whose efforts have made a significant contribution to their organization, industry or community that go above and beyond their normal day to day duties. The nominee should stand out in terms of strategic thinking, leadership, community involvement and the pursuit of excellence in their field. The nominees in this category will have been in the industry for 5 or more years. Self-nominations are permitted in this category.

Nominees are:

Amy Zell, Manager, Brightspot Climate

Amy is a carbon strategy and policy expert working at the intersection of environmental markets, climate regulation, and industrial decarbonization. As a Manager at Brightspot, she advises clients across Canada on navigating carbon pricing systems, accessing credit markets, and integrating carbon considerations into investment and operational decisions. A respected voice in carbon policy, she contributes to national consultations, industry panels, and thought leadership that shape the direction of carbon markets and CCUS frameworks in Canada.

Gregory Maidment, Vice President Subsurface, Deep Sky

As Vice President Subsurface at Deep Sky, Greg Maidment has led Canada’s subsurface strategy for gigaton-scale carbon removal. Greg has managed operational storage at Carbon Management Canada and now spearhead's Deep Sky’s geological atlas and CO₂ mineralization pilots in Québec. Greg’s vision, technical leadership, and community engagement are driving CCUS from theory to high integrity, large scale deployment. He is the embodiment of CCUS leadership in action.

Dr. Jamie Stephen, Managing Director, Torchlight Bioresources

Dr. Jamie Stephen is a pioneering force in Canada’s carbon removal and bioenergy sectors. As Managing Director of Torchlight Bioresources, he has led transformative projects like Rocky Mountain Carbon, Canada’s first Bioenergy with Carbon Capture and Storage (BECCS) initiative, and the Heat New Glasgow district heating system. His work is grounded in a systems-level understanding of climate, energy, and economics.

Mayor Jean Barclay, Councilors: Gavin Bates, Cindy Messaros, Dale Dunham, Janice Wing, Jason Heistad and Don Harrison, Town of Innisfail

Council was elected in the Fall, 2021 and immediately took action to establish a vision of environmental stewardship and economic viability through the adoption of the community’s energy policy. The policy adoption took courage, as it commits the Town to integrate environmental principles and performance objectives into decision-making processes to enhance environmental sustainability for present and future generations. The policy demonstrates Council’s commitment to reduce the energy consumption and ecological footprint through a collaborative effort to increase education, awareness, and understanding of energy management. It is with this philosophy and leadership that assisted in attracting Deep Sky, the world’s first DAC innovation hub. 

Sabereh Rezaei, Senior Manager- Advanced Process Development, Svante Inc.

Dr. Sabereh Rezaei is a seasonal professional with over a decade of experience in industrial technology-oriented projects. She has led advanced CO2 capture process development teams and managed several cross-departmental collaborations. Sabereh holds a PhD in chemical Engineering from the university of Alberta and currently serves as the Senior Manager- Advanced Process Development at Svante inc. Focused on developing innovative and scalable processes for real-world CO2 capture, bridging cutting-edge technology with practical industry applications.