Managing carbon with advanced solutions

In the energy and natural resources sector, carbon management has become a strategic priority in response to the climate emergency. Companies are actively investing in advanced technologies to capture CO2, sequester it safely or use it in innovative industrial and commercial applications. These efforts will help promote a high-performing and sustainable circular economy.

Managing carbon with advanced solutions

  1. YOUR CHALLENGES

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      Aligning your operations with the transitioning carbon value chain

      Carbon-emitting companies

      Navigating the range of technological options to reduce emissions is proving complex for industrial companies. Several factors need to be considered: integration into their operations, investment capacity and synergy with their industry. For companies that are looking to capture the CO2 from their emissions, the main challenge is finding a practical method to use or sequester the captured CO2 that incorporates the key factors for a successful project. Available options include:

      • Chemical conversion
      • Industrial use
      • Geological storage
      • Biological use

      Companies using carbon

      To use captured CO2 efficiently and cost-effectively, companies need to implement advanced technologies and adapt them to integrate seamlessly into their operations. CO2 handling processes also present a complex challenge, requiring leak prevention, continuous monitoring and compliance with safety standards and regulations.

      Suppliers of CCUS technologies and applications

      As strategic players, suppliers of carbon capture, use and sequestration (CCUS) technologies must continually innovate to make their processes not only technically reliable, but also economically viable on a large scale while promoting social acceptance. By meeting the needs and constraints of their industrial clients, these suppliers can support the transition to a low-carbon industry.

  2. OUR EXPERTISE

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      Carbon capture, utilisation and storage (CCUS): from strategy to integration

      With over 40 years of experience in the energy and natural resources sector, BBA is well-positioned to support both the industrial companies that want to decarbonize their operations and those who develop CCUS technology. Having completed many successful innovation projects in carbon capture and recovery, as well as in renewable energy, our team has developed close relationships with industry leaders. This in-depth expertise enables us to take a holistic approach and design tailor-made solutions that harmonize CO2 emission reduction targets, project costs and operational realities.

      Support in seeking financing

      We can help you put together a file that demonstrates the project’s technical, economic and environmental viability. Building on our success in delivering profitable, high-performance CCUS projects, we offer customized support to maximize your chances of securing financing by meeting the expectations of potential funders.

      • Access to a broad network of industrial, technological and financial partners.
      • In-depth knowledge of CCUS technologies and associated technical challenges.
      • Proven track record in successfully designing and implementing similar projects.
      • Ability to identify and take advantage of available financing opportunities.
      • Comprehensive assistance, from initial design to project management and post-implementation monitoring.

      Developing a portfolio of custom solutions

      Our structured approach enables us to develop a set of workable solutions tailored to specific client needs while integrating the environmental and economic objectives associated with reducing CO2 emissions.

      • In-depth analysis of client needs and objectives, and development of a decision algorithm.
      • Mapping potential solutions based on analysis of the client process, design basis and CO2 emission reduction targets.
      • Co-creation sessions with the client's team to evaluate and select solutions to explore.
      • Preliminary assessment of mass and energy balances and carbon emissions.

      Technology and application review

      Thanks to our direct involvement with technology suppliers, we have in-depth knowledge of their capabilities, advantages and limitations, depending on the context of use and integration. Through continuous strategic intelligence and hands-on experience in integration and industrial operation, we can offer a comprehensive technology and application review, guaranteeing accurate recommendations tailored to your project.

      Solution design and studies

      At every stage of your CCUS project, we ensure that the chosen solution meets evaluation criteria, fully addresses your specific needs, achieves carbon-neutrality, integrates seamlessly into your operations and industry, meets your deadlines and controls your costs.

      • Detailed design of the CCUS solution, taking into account technical, economic (CAPEX and OPEX) and environmental parameters.
      • Carbon footprint assessment updated at each project stage.
      • Complete feasibility studies to verify the viability of the proposed solution.
      • Support in developing partnerships with technology developers.
      • Creation of accurate engineering plans to guide project implementation.

      Technological integration and operational support

      Integrating the solution into your operations is a critical step where BBA's experts leverage their vast experience of industrial processes and their extensive network of strategic partners. We’re committed to ensuring a smooth transition and optimizing your CCUS infrastructure, offering ongoing operational support to maximize long-term performance and reliability.

  3. GO-TO CONTACT

    Meet our decarbonization experts

    Let's talk together
    1. Stephane Charest Carre

      Stéphane Charest, P.Eng.

      Vice-president, Energy and Chemicals Market

      Stephane Charest Carre

      Stéphane Charest, P.Eng.

      Vice-president, Energy and Chemicals Market

    2. Suzan Campbell

      Susan Cambell, P.Eng., P.M.P.

      Director, Decarbonization

    3. Hugo Careau

      Hugo Careau, P.Eng.

      Principal Engineer, Decarbonization

      Hugo Careau

      Hugo Careau, P.Eng.

      Principal Engineer, Decarbonization

    4. Anthony Blouin

      Anthony Blouin, P.Eng.

      Senior Engineer, Advanced Fuels and Chemicals

      Anthony Blouin

      Anthony Blouin, P.Eng.

      Senior Engineer, Advanced Fuels and Chemicals