Join host Mark Smith as he sits down with Emily Wilson, the brilliant scientist leading instrument development at Clean Connect, for an in-depth exploration of cutting-edge emission measurement technology. In this fascinating episode, Emily shares her remarkable 23-year journey at NASA Goddard Space Flight Center, where she developed groundbreaking instruments for measuring trace gases in Earth and planetary atmospheres, including sending the mini carb instrument into orbit via the space station in 2019.

Short description: Emily Wilson discusses her transition from NASA to Clean Connect and introduces Project Vulcan, a revolutionary approach to measuring and reducing stack emissions in real-time.

Tune in inside: NASA instrument development, miniaturized laser heterodyne radiometer, Project Vulcan stack monitoring, combustion efficiency optimization, greenhouse gas reduction, empirical measurement vs emission factors, global carbon observation networks, spectroscopy applications, feedback loop technology, climate change mitigation

Take away:

• Learn how Emily's NASA-developed technology is being adapted for commercial emission monitoring

• Discover Project Vulcan's approach to mapping combustion emissions across stack cross-sections

• Understand why direct measurement beats emission factors for accurate environmental data

• Explore the potential for 10% greenhouse gas reduction through optimized combustion

• See how real-time feedback loops can gamify emission reduction for companies

• Understand the critical need for global carbon monitoring networks in developing countries

Chapters:

00:00 - Intro

00:47 - Emily's NASA Background and Instrument Development

05:32 - Partnership with Clean Connect and Technology Transfer

07:02 - Project Vulcan Overview and Client Response

11:38 - Spectroscopy and Emission Mapping Technology

14:42 - Manufacturing Challenges and Component Sourcing

16:58 - Future Vision for Climate Impact and Global Monitoring

20:14 - Empirical Energy vs Traditional Emission Factors

21:52 - Outro

Quote of the show:

"I just want to build, I want to create the idea, buy the parts, build the thing, test the thing, manufacture the thing. That's the key part. And then we can get it into use."

Ready to dive deeper into the science behind emission measurement? Subscribe to the Empirical Energy Podcast for more groundbreaking conversations with the innovators reshaping global energy markets. Hit the notification bell to stay updated on the latest episodes featuring producers, traders, consultants, and renegades driving the clean energy revolution.

#EmpiricalEnergy #EmissionMeasurement #NASA #CleanTech #ProjectVulcan #SpectroscopyTechnology #GreenhouseGas #ClimateChange #InstrumentDevelopment #CombustionOptimization #EnvironmentalMonitoring #EnergyInnovation

Join Mark Smith on the Empirical Energy Podcast as he explores the cutting-edge world of blockchain-powered zero trust networking with Hans Rempel, founder of Diode. In this deep-dive episode, discover how blockchain technology is revolutionizing industrial cybersecurity and secure communications for critical infrastructure.

Short Description: Hans Rempel from Diode explains how blockchain technology transforms traditional VPN limitations into provably secure, permissionless communication networks for industrial facilities and IoT devices.

Tune in for insights on:

• Blockchain-anchored network definitions and access control

• Zero trust networking vs traditional VPN security models

• Permissionless secure communications for industrial IoT

• Mathematical ownership of network access control lists

• Self-custody security models inspired by cryptocurrency principles

• Provable data provenance for critical infrastructure

• Autonomous AI agent network provisioning challenges

• Clean Connect architecture optimization with Diode integration

Key Takeaways:

• Traditional VPNs require opening firewall ports and complex multi-system configuration management

• Zero trust networking uses bridging servers but introduces new vendor trust dependencies

• Blockchain eliminates man-in-the-middle attacks by putting access control lists on immutable ledgers

• Self-custody network definitions give facility owners mathematical control over their security

• Permissionless networks allow adding trusted nodes without vendor dependency

• Autonomous AI agents will require automated network provisioning at scale

• Provable data provenance enables complete audit trails from sensor to final energy attribution

Chapters:

00:00 - Intro

01:30 - Hans Rempel Background and Diode Company Origins

04:15 - Internet of Things vs Secure Inbound Communications

06:45 - Traditional VPN Limitations and Security Challenges

09:20 - Zero Trust Networking and Bridging Server Concepts

11:40 - Blockchain Integration for Provably Secure Networks

14:25 - Self-Custody Security Models and Mathematical Ownership

17:10 - Clean Connect Architecture Analysis and Diode Implementation

20:35 - Permissionless Network Nodes and IP Address Control

22:50 - Future of Autonomous AI Agents and Network Automation

24:15 – Outro

Quote of the Show: "We want to give the owner the facility owner or Clean Connect, we want to give you mathematical ownership of that access control list."

Don't forget to subscribe to the Empirical Energy Podcast for more insights into the intersection of energy, AI, and blockchain technology. Like this episode if you found Hans's explanation of blockchain zero trust networking valuable, and share it with anyone working in industrial cybersecurity or critical infrastructure protection.

#blockchain #zerotrust #cybersecurity #industrialiot #networking #vpn #criticalinfrastructure #energysecurity #cleanconnect #diode #autonomousai #provenance #selfcustody #permissionless #empiricalenergy

: In this groundbreaking inaugural episode of the Empirical Energy Podcast, host Mark Smith sits down with Shane Foster from Gunvor Group to explore the revolutionary world of empirical natural gas and how it's transforming the energy trading landscape. This comprehensive discussion reveals how traditional energy trading is evolving through cutting-edge technology, blockchain innovation, and empirical measurement to create scalable carbon reduction solutions.

Short description: Shane Foster, leading energy transition efforts at Gunvor Group, discusses how empirical natural gas measurement and ISCC certification are creating new scalable pathways for corporate carbon reduction goals, combining traditional energy trading expertise with breakthrough technology.

Tune in inside:

• Empirical natural gas measurement and certification
• ISCC Plus feedstock blending protocols
• Environmental Attribute Certificates (EACs) as tradeable assets
• Microsoft's carbon reduction challenges and industry-wide scaling issues
• Blockchain-based energy trading and NFT integration
• Virtual vs physical delivery mechanisms
• Mass balance methodology and ISO 14067 standards

Take aways:

• Traditional RNG alone cannot meet corporate carbon reduction goals at scale due to limited volume and high costs
• Empirical natural gas offers 20-25% emissions reduction at single-digit percentage premium over standard natural gas
• ISCC certification enables book and claim trading, allowing geographic flexibility for carbon savings
• EACs function as birth certificates for energy, creating new tradeable asset classes
• Combining empirical natural gas with RNG through feedstock blending can achieve net-zero CI scores
• Blockchain technology enables automated, transparent trading of environmental attributes
• The solution is available today, reliable, and affordable compared to futuristic carbon removal technologies

Chapters: 00:00 Introduction and Guest Background

02:30 Gunvor Group Overview and Energy Trading Operations

05:45 Energy Transition Focus and Empirical Natural Gas Introduction

09:15 The Scale Challenge: Why RNG Alone Isn't Enough

12:30 Microsoft Case Study: Corporate Carbon Reduction Reality

15:20 ISCC Certification and Feedstock Blending Explained

19:45 Understanding Environmental Attribute Certificates (EACs)

23:10 Book and Claim vs Physical Delivery Models

26:40 Empirical Gas Measurement and Mass Balance Methodology

30:25 Creating Net Zero Gas Through Blending

33:50 Benefits for Producers and Automated EAC Generation

37:15 Buyer Advantages and Scalability Solutions

40:30 Blockchain Integration and NFT-based Trading

43:20 Market Growth and Trader Accessibility

46:45 Future of Empirical Energy Ecosystem

49:30 Closing Thoughts and Industry Impact

Quote of the show: "Working with an experienced energy trader to create a new asset class, a new product, a new ecosystem has been fantastic because you're teaching us how it's done, but you've been super open to bringing on all this new technology."

Don't forget to subscribe to the Empirical Energy Podcast for more insights into the future of energy trading and carbon reduction technologies. Like this episode if you found it valuable and share it with others in the energy industry who need to understand these revolutionary developments.

#EmpiricalEnergy #EnergyTrading #CarbonReduction #NaturalGas #ISCC #Blockchain #RNG #EnvironmentalAttributeCertificates #EAC #GunvorGroup #Sustainability #CleanEnergy #EnergyTransition #CarbonNeutral #MassBalance #ISO14067