Catching Carbon

EP: 27 Unlocking the Future of Carbon Capture with Phil DeLuna and DeepSky Labs

Welcome to episode 27 of Catching Carbon, where we host an enlightening conversation with Phil DeLuna, the pioneering engineer and scientist leading the charge at DeepSky. With a mission to drive sustainable carbon removal technologies, DeepSky's unique approach and promising scalability could make a significant impact on our global carbon economy. As we walk through the nuances of carbon capture and sequestration, Phil breaks down the immense potential of direct ocean capture technologies and the role of carbon credits in facilitating a cleaner, greener future. With a focus on the larger picture, he also emphasizes the importance of a scalable and circular carbon economy. We discuss the specifics of DeepSky Labs' business model and their commitment to continuously identifying and testing multiple emerging carbon removal technologies for potential scalability and efficiency. The company's expansive portfolio promises future-ready solutions as DeepSky Labs continues to engage and partner with diverse companies specializing in direct air and ocean capture techniques. With innovation and grit at the heart of their operations, their aspiration to construct commercial facilities by 2026 heralds an exciting era for sustainable technological advancement. Join in to discover the future of carbon capture, the profound implications of DeepSky Labs' work, and how it opens a new chapter for sustainable innovation.

EP: 26 CO2 Year in Review – Applying Lessons Learned w/ gasworld & CGA

Rob Cockerill, Global Content Director from gasworld & Rich Gottwald, President of the Compressed Gas Association join our hosts for an in depth conversation about the state of the CO2 industry over the last few years and where we predict it will go in the years to come. After a tough year in 2022 with shortages, allocations, and frequent cases of Force majeure, there was much uncertainty coming in to 2023. However, after a steady 2023, the uncertainty is transferred into 2024 and beyond. Fears of supply sources and price increases create a sense of uneasiness for users and distributors of CO2.
 

EP: 25 Revolutionizing Carbon Capture: Unveiling the Membrane Technology Frontier with Compact Membrane’s Christine Parrish

Episode 25 of the Catching Carbon podcast is here, exploring the use of membranes to isolate carbon dioxide waste. We are joined by Christine Parrish, a driving force behind Compact Membrane, a company reshaping traditional carbon capture with innovative membrane technology.
Join us as Christine shares insights into how Compact Membrane is working on scalable, economical, low-energy carbon capture. Our hosts engage in a conversation with Christine, exploring the need for accessible carbon capture technologies across hard-to-abate industries. Together, they discuss the importance of empowering businesses to capture and reuse their CO2 emissions, highlighting the role that scalable solutions play in a sustainable future.
Explore the potential of a membrane technology specifically crafted to isolate CO2, and its impact on the mission to combat climate change. It's time to catch up on carbon capture—don't miss this episode!

EP: 24 Dry Ice in Food Packaging and CO2 Sourcing

Join us on Episode 24 of Catching Carbon as our hosts delve into the world of dry ice with special guest Maria Butters from Butcher Box. Discover the critical role dry ice plays in the meat shipping industry and why Butcher Box decided to take matters into their own hands by producing their own dry ice during the challenging CO2 shortages. In this insightful conversation, we explore why dry ice is the cleanest and most effective freezing option for the food packaging sector, highlighting its indispensable role in preserving the quality of shipped meat. Maria sheds light on the intricacies of navigating CO2 shortages, emphasizing that sequestering might not be the panacea for addressing the diverse and constructive uses of this vital resource.

EP: 23 Carbon Negative Hydrogen from Biogas or Methane with Hycamite

In Episode 23 of the Catching Carbon Podcast, we're thrilled to welcome some special guests from Hycamite, a pioneering company at the forefront of the low-carbon energy revolution. Carolina Ahlstrand, Matti Malkamaki, and Niina Gronqvist discuss Hycamite’s groundbreaking work in producing low carbon hydrogen and other sustainable carbon products.
But what sets them apart is their innovative approach to turning carbon emissions into usable resources. Hycamite's process can be carbon negative under certain circumstances. How, you ask? Well, our guests will reveal that this transformational alchemy becomes a reality when they source methane from biogas or synthetic methane created by capturing atmospheric carbon. Join our hosts as they dive deep into a conversation with Hycamite's experts to explore the world of carbon transformation.
Hycamite's unique process involves the decomposition of methane into its elemental components - hydrogen and carbon. The magic lies in the fact that both of these components are produced in forms readily usable by various industries.
https://hycamite.com

EP: 22 Renewable Energy Tax Credits w/ Amish Shah

Renewable energy has taken center stage in the global push for sustainability, and tax credits have emerged as crucial tools to drive the adoption of cleaner technologies. Amish Shaw, a seasoned expert in tax law, takes us through the nuances of the 45Q tax credit, shedding light on its evolving guidelines and the exciting inclusion of utilization in the equation.
 
We explore the challenges associated with these tax credits, from the stipulated dollar amounts to the minimum requirements for eligibility. Amish breaks down the current legislative landscape, outlining bills that aim to amplify the credit amounts for utilization, thus incentivizing businesses to invest further in carbon capture projects.
 
Amidst the evolving opportunities for companies, Amish provides insights into the frequency of 45Q claims, given the novelty of the credit and the extended project cycles of carbon capture endeavors. We delve into the significance of Life Cycle Assessments (LCAs) in these projects, discussing their role in quantifying the environmental impact and overall efficacy of carbon capture and utilization initiatives.

EP: 21 Unveiling the Power of Clean Hydrogen: Exploring Electrolysis and its Environmental Implications

In this episode, we tackle the crucial intersection of hydrogen and CO2. We explore how clean hydrogen production, particularly through electrolysis, holds the key to a sustainable future by offering a clean and versatile energy carrier. Our guests unravel the intricate connection between hydrogen and carbon capture, highlighting how hydrogen production can be a driving force in reducing carbon emissions.
However, navigating the path to a hydrogen-powered economy is not without its challenges. We delve into the barriers faced, particularly by the environmentalist groups, who scrutinize the hydrogen industry's environmental credentials. Our guests candidly discuss the concerns and misconceptions surrounding hydrogen, addressing the misconceptions and offering insights into how the industry is actively addressing these concerns.

EP: 20 Exploring the Future of Hydrogen: Powering Tomorrow with Jack Hedge of Bayotech

 In this episode, we are thrilled to welcome Jack Hedge, a leading expert from Bayotech, a pioneer in hydrogen technology. Jack brings a wealth of knowledge and experience, and together, we explore the exciting prospects and challenges surrounding hydrogen's role in shaping our sustainable future.
Like with all renewable energies, the path to viability is dynamic. Jack elaborates the complexities of storage, distribution, and transportation, discussing how these hurdles can be overcome to make hydrogen a practical and accessible energy source for various sectors. Jack shares insights into real-world projects and partnerships that Bayotech is spearheading, showcasing the progress being made to bring hydrogen to the forefront of the clean energy revolution.