How many episodes does The Zero Emission Zone have?

The Zero Emission Zone has 169 episodes.

What topics does The Zero Emission Zone cover?

The Zero Emission Zone covers topics including: technology.

What language is The Zero Emission Zone in?

The Zero Emission Zone is in en.

The Zero Emission Zone

Larkinstar

EN169 episodes

technology

Welcome to The Zero Emission Zone, your go-to podcast for exploring the technologies driving the clean energy revolution. Join us as we dive into the world of hydrogen fuel cells, electric vehicles, renewable energy, and beyond. Whether you're an industry professional, a curious enthusiast, or someone passionate about sustainability, this podcast breaks down the science, innovations, and real-world applications behind zero-emission solutions. Tune in to discover how cutting-edge technologies are...

Notable Guests

DDr. Maria Rodriguez22×

Jane Doe12×EEmily Chen6×DDr. David Lee3×DDr. Robert Johnson2×MMaria Rodriguez2×D

Episodes (169)

Powering the Future: Advances in Alkaline Electrolyzers for Green Hydrogen

The Zero Emission Zone

Oct 4, 202413:01pending

Electrocatalysis Revolution: Advancing Solid Oxide Fuel Cells and Electrolyzers

The Zero Emission Zone

Oct 3, 202410:58pending

Pt-Ni Nanochains: Revolutionizing Fuel Cell Catalysis

The Zero Emission Zone

Oct 3, 202410:58pending

The Zero Emission Zone

Notable Guests

Episodes (169)

Powering the Future: Advances in Alkaline Electrolyzers for Green Hydrogen

Electrocatalysis Revolution: Advancing Solid Oxide Fuel Cells and Electrolyzers

Pt-Ni Nanochains: Revolutionizing Fuel Cell Catalysis

Direct Methanol Fuel Cells: The Future of Portable Power

Self-Optimizing Alkaline Water Electrolyzers: Boosting Efficiency in Renewable E...

Harnessing Nature: Green Hydrogen from Wind and Solar Power

Nanocomposites for the Win: Boosting Fuel Cell Efficiency

Fuel Cell Recovery: Optimizing Performance with Air Starvation

AI to the Rescue: Supercharging Fuel Cell Performance with Smart Control

Biomass Powerhouse: Integrating SOFC and HT-PEMFC for a Greener Future

Predicting the Future of Fuel Cells: AI Meets Degradation Modeling

Deep Dive: Powering Underwater Exploration with Fuel Cells

Flow Field Frenzy: Optimizing PEM Fuel Cell Performance

Power and Durability: Strengthening Solid Oxide Fuel Cells

Metal Diborides: Supercharging Hydrogen Production

Corrosion Fighters: Breakthrough in Seawater Electrolysis

Catalyst Inks: The Key to Fuel Cell Efficiency

Decoding CO2: Catalysts and Electrodes for a Carbon-Neutral Future

Solid Oxide Electrolyzers: The Future of Hydrogen Production?

Hydrogen on the Horizon: Decarbonizing with Green Power

Power Showdown: PEM Fuel Cells vs. Hydrogen Engines

Nano Armor: Protecting Fuel Cells from Radical Attack

Mapping the Future: Diagnosing Fuel Cell Humidity in Real-Time

Fuel Cells Turn Up the Heat: Catalyst Breakthroughs for High-Temperature PEM

Flying Green: Hydrogen Power for UAVs

Breaking Down Fuel Cell Breakdown: Tackling Degradation

Atomic Duo: Iridium and Phosphorus Power Up Hydrogen Fuel Cells

Cool It: Optimizing Fuel Cell Performance with Smart Thermal Management

Humidity Hacks: Boosting Fuel Cells with the Right Mix

Tiny Chains, Big Gains: Supercharging Fuel Cells!

Cracks in the Catalyst: Strengthening Fuel Cell Durability

Catalysts Unleashed: Powering PEM Fuel Cells

Waves of Power: Boosting Fuel Cell Efficiency

Fueling the Future: Breaking Down PEM Fuel Cells