5 Ways to Drive Decarbonization and Lead the Energy Transition

Nov 01, 2024   Written by Michelle Wicmandy, Pablo Montagna, and Michiel Spoor

Reflections from YNOW2024: Impact Your World

Held in Houston, TX, from October 28–30, YNOW2024: Impact Your World brought together industry leaders, end users, and partners for an in-depth exploration of best practices, methodologies, and digital innovations transforming industrial operations. Hosted by Yokogawa and KBC (A Yokogawa Company), the event spotlighted how partnerships and technology drive sustainable change.

Pablo Montagna, Sales Executive, KBC Figure 1. Pablo Montagna discusses how Visual MESA EMS solves energy management challenges.

Pablo Montagna, Sales Executive at KBC, presented on the Optimal Management of Green Hydrogen Systems. He discussed how energy management has shifted with the transition to low-carbon operations. While the optimization of traditional energy systems balances optionality, redundancy, and integration. Today’s operations teams must also address renewable power variability and the management of inventory in batteries or hydrogen storage tanks. With KBC's Visual MESA® Energy Management System (VM-EMS), energy companies can monitor performance, calculate key performance indicators, and perform real-time optimizations, as shown in Figure 1. VM-EMS not only minimizes costs and emissions but also enables future-forward optimizations that align with forecasted data and emissions targets to create a streamlined pathway to sustainable decarbonization.

Michiel Spoor, Principal Consultant at KBC Figure 2. Michiel Spoor shares the importance of developing your roadmap to reach net zero

Adding to this, Michiel Spoor, Principal Consultant at KBC, led a session on Driving the Energy Transition from Strategy to Action. He explained how a roadmap to net-zero emissions gives engineers practical steps to balance energy security, affordability, and sustainability. By categorizing emissions into Scope 1 (direct), Scope 2 (indirect), and Scope 3 (value chain), he demonstrated the importance of these distinctions for building effective carbon reduction strategies. He also addressed common challenges like budget and resource constraints, showing how KBC’s targeted strategies and technologies help companies overcome these barriers.

Both speakers emphasized the outlook of an optimized energy company that focuses on efficient operations, real-time emissions tracking, and comprehensive roadmaps that support both profitability and sustainability. They stressed the need for early investment in infrastructure and technologies to stay competitive in the energy transition.

A key takeaway from Michiel’s presentation was the role of benchmarking and gap analysis in strengthening decarbonization strategies. KBC’s IP3EM (Integrated Process & Energy, Emissions, Economics Model) enables energy companies to benchmark performance, identify improvement areas, and establish measurable goals. This tool integrates process models (for energy demand), utility systems (match demand with energy supply), and carbon capture technology (to get to net-zero) for real-time optimization.

Five key takeaways for energy leaders emerged from both sessions:

  1. Identify and address both old and new energy management challenges.
  2. Develop and continuously refine a roadmap to net-zero.
  3. Prioritize energy integration and invest in efficient equipment and technologies.
  4. Implement carbon capture and source renewable energy.
  5. Use data-driven benchmarking to set and meet sustainability goals.

These sessions provided actionable insights, guiding engineers through the energy transition towards a future for Bringing Decarbonization to LifeTM.