Brian Livingston runs a business that helps industries use less diesel fuel and produce fewer CO2 emissions. He is a 40-year chemical engineer that spent almost 20 years in Caterpillar's diesel engine division.

He's been asked to speak at one of the largest Mining conferences in North America and helped customers save millions of liters of diesel. He knows his way around diesel engines and chemistry, and can help think through some decarbonization options.

Brian has become an expert in one method of reducing fuel consumption and emissions that results in a 100%-400% ROI. He's also familiar with electric, hydrogen, alternative biofuels, ammonia and whatever might be next, but his real passion is getting industry to do something now on an incremental basis while we all wait for whatever that ultimate solution in decarbonization is.

Why sit on our hands and wait for the future when we can use technologies that are available today that make a significant impact and pay for themselves many times over?

Monica Hernandez and Alec Groysman delve into the intersection of corrosion science and artificial intelligence (AI). Alec shares his extensive background in corrosion, emphasizing the importance of AI in solving corrosion-related problems. The discussion covers key topics such as corrosion kinetics, the determination of corrosion rates, and the optimal use of corrosion inhibitors. Alec highlights the necessity of collaboration between corrosion professionals and experts in AI, mathematics, and physics to advance the field. The conversation concludes with a call for integrating AI methodologies into corrosion education and research, while also appreciating the beauty of science and its humanitarian aspects.Chapters00:00 Introduction to Corrosion and AI04:32 Alec Groysman's Background and Expertise06:00 The Role of AI in Corrosion Science09:10 Understanding Corrosion Kinetics and Thermodynamics17:43 Determining Corrosion Rates and Inhibitor Efficacy23:16 AI Applications in Corrosion Management26:02 Future Directions and Collaboration in Corrosion Science

Dr. Diana Miller holds a PhD in Chemical Engineering and is a Principal Solutions Architect at OLI Systems, recognized as a leading global expert in corrosion simulation for CCUS, oil and gas, and water treatment industries. She instructs OLI’s CorrosionModeling Basics training program and works closely with clients to apply advanced modeling tools that enhance asset integrity and support effective corrosion risk management.Chapters00:00 Introduction to Corrosion and Simulation02:43 Diana Miller's Background and Expertise04:56 The Importance of Corrosion Simulation10:37 Understanding Corrosion Mechanisms17:41 Real-World Applications of Corrosion Simulation23:01 Final Remarks and Future Directions35:31 Personal Journey into Corrosion EngineeringSubscribe to our channels so you don't miss any episodes.#materialsbusiness #infinitygrowth

Josh Harrison discusses the critical issues surrounding forest management and sustainability. He highlights the historical mismanagement of forests, the ecological consequences of these practices, and the urgent need for innovative solutions in wood management. The conversation emphasizes the importance of collaboration, long-term thinking, and the need for nurturing trees rather than just planting them. Harrison also critiques the concept of carbon offsets and advocates for a more regenerative approach to environmental practices. The episode concludes with a call to rethink our consumption habits and the materials we use in our daily lives.

Dr. Melissa Röhrig is a researcher specializing in materials science, particularly in permanent magnets and their applications.

Monica and Melissa discuss the significance of permanent magnets in the context of energy transition and decarbonization, the challenges of sourcing critical materials, and the importance of sustainable processing and recycling methods.

Dr. Röhrig shares her research on cryogenic treatment and its potential benefits for improving magnetic properties and corrosion resistance. The conversation also touches on the challenges faced by women in research, the importance of collaboration, and Melissa's personal journey from Brazil to Germany. The episode concludes with encouragement for future generations of researchers.

Smart Coatings | Dr. Assarian & Dr. Javaherdashti

In this special webinar episode of the Material Business Podcast, Monica is joined by Dr. Reza Javaherdashti and Dr. Arezoo Assarian and delve into the critical issues surrounding corrosion and microbial corrosion (MIC). They explore innovative solutions through advanced coating technologies, including antimicrobial and self-healing coatings. The discussion highlights real-world case studies, the role of bacteria in corrosion processes, and the importance of risk assessment in managing corrosion. The episode concludes with insights into future trends in coating technologies and the responsibility of the industry to develop sustainable solutions.

Chapters

00:00 Introduction to Innovative Coatings

34:16 Understanding Coatings and Their Functions

40:36 The Evolution of Smart Coatings

46:55 Challenges with Traditional Antimicrobial Coatings

53:07 Innovative Solutions in Antimicrobial Coatings

58:17 Multifunctional Microcapsules in Coatings

01:03:30 Future Trends in Smart Coatings

01:09:30 Final Thoughts and Responsibility for the Future

Monica Hernandez and Alec Groysman delve into the intersection of corrosion science and artificial intelligence (AI). Alec shares his extensive background in corrosion, emphasizing the importance of AI in solving corrosion-related problems. The discussion covers key topics such as corrosion kinetics, the determination of corrosion rates, and the optimal use of corrosion inhibitors. Alec highlights the necessity of collaboration between corrosion professionals and experts in AI, mathematics, and physics to advance the field. The conversation concludes with a call for integrating AI methodologies into corrosion education and research, while also appreciating the beauty of science and its humanitarian aspects.

Got a great idea? Make sure it’s protected. Austin Bonderer isn’t just a patent expert—he’s also an engineer who’s spent the last 25 years helping inventors and researchers secure their products, marks, and innovations.