Neil Rathva, a Process Engineer at Delta CleanTech, talks about how we are addressing challenges in carbon capture, how our efforts will transform the future of energy and sustainability, and more
What is one of the biggest challenges or misconceptions about carbon capture, and how are we working to address it at Delta?
Many assume that carbon capture & storage (CCS) can allow mankind to continue using fossil fuels indefinitely without consequences. In reality, CCS is not a substitute for emissions reduction—it’s a complementary tool. It is energy-intensive and often costly, especially at large scales. It works best in hard-to-abate sectors (e.g., cement and power plants) rather than as a blanket solution for all emissions.
While the world scales up renewables and electrify systems, Our team at Delta is operating tirelessly to reduce emissions from existing fossil fuel infrastructure, buying time for a complete transition.
When you think about Delta CleanTech’s core values (Figure it Out, Disruption for the Better, Work Hard, Good Vibes, Great Energy), which one resonates most strongly with you, and why?
I find a strong connection with ‘Figure it Out.’ Figuring things out on my own strengthens my ability to learn deeply and solve problems creatively, especially in unfamiliar or evolving situations. It builds confidence and adaptability—key traits in fast-paced sectors like clean energy. This self-driven mindset also shows initiative and resilience, making me a valuable contributor to any team or project.
What does Capturing Sustainability mean to you?
To truly reduce emissions, CCS must minimize energy use, solvent waste, and risks associated with carbon storage. Capturing Sustainability means achieving long-term effectiveness, fostering public trust, and upholding environmental integrity through CCS.
How do you see Delta’s work shaping the future of energy and sustainability?
Delta’s work will enable heavy industries and energy producers to reduce emissions while maintaining competitiveness. Our clients can leverage existing infrastructure and government incentives to scale up quickly and efficiently. Also, it would support Canada’s net-zero goals while creating local jobs and innovation.
What is the most important non-technical skill (ex., communication, project management, or adaptability) needed for success in the clean energy sector?
One of the important non-technical skills is adaptability.
The clean energy landscape is evolving rapidly—with new technologies, policies, and market dynamics emerging constantly. Being adaptable enables professionals to respond to change, learn quickly, and adjust their strategies as needed. Whether you’re navigating regulatory shifts, integrating new data tools, or collaborating across disciplines, adaptability ensures you stay effective and resilient in a fast-moving field.
