Materials Deep Dive

Materials Deep Dive

The podcast for engineers, founders, and curious minds who want to understand how sustainable materials are reshaping industry. In each episode, I sit down with CEOs and innovators building the future of green manufacturing, circular design, and materials science If you've ever wondered what engineering actually looks like, this is your deep dive. Follow @materialsdeepdive on ⁠Instagram⁠ and ⁠TikTok⁠ to get some behind the scenes and bloopers of the podcast.

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Episoder(104)

How Steel Is Made: Electric Arc Furnace vs Basic Oxygen Process

How Steel Is Made: Electric Arc Furnace vs Basic Oxygen Process

Over 1.8 billion tonnes of steel are produced every year. This episode explains the two main production routes: the blast furnace, aka basic oxygen furnace (BOF) route using iron ore, and the electric...

28 Nov 202413min

From Ore to Metal: The Full Steel and Iron Production Process Explained

From Ore to Metal: The Full Steel and Iron Production Process Explained

Every metal starts as ore, but transforming rock into a usable metal requires overcoming thermodynamic and kinetic barriers. This episode covers ironmaking in the blast furnace, reduction chemistry, s...

27 Nov 202425min

Metallic Materials 101: Aluminum Cans, Turbine Blades & Tantalum Capacitors

Metallic Materials 101: Aluminum Cans, Turbine Blades & Tantalum Capacitors

What makes metals so useful and so diverse? This introductory episode on metallic materials uses three real-world case studies to explore the relationship between processing, microstructure, and prope...

26 Nov 202420min

Metallographic Sample Preparation: Polishing, Etching & Microscopy Analysis

Metallographic Sample Preparation: Polishing, Etching & Microscopy Analysis

Good microscopy starts with good sample preparation. This episode walks through the complete metallographic workflow: sectioning, mounting, grinding with successive SiC papers, mechanical and electrol...

25 Nov 202417min

How Fuel Cells Work: Materials, Electrochemistry & Clean Energy Applications

How Fuel Cells Work: Materials, Electrochemistry & Clean Energy Applications

Fuel cells convert chemical energy directly into electricity. No combustion, no moving parts, and water as the only by-product. This episode covers the five main fuel cell types (PEMFC, SOFC, MCFC, PA...

24 Nov 202433min

Hydrogen Storage Materials: Methods, Challenges & the Path to Clean Energy

Hydrogen Storage Materials: Methods, Challenges & the Path to Clean Energy

Hydrogen is the perfect clean fuel, but storing it safely and economically is one of engineering's biggest challenges. This episode covers compressed gas, cryogenic liquid, and solid-state hydrogen st...

24 Nov 202418min

Spin Crossover Materials: The Key to Flexible, Transparent Smartphones?

Spin Crossover Materials: The Key to Flexible, Transparent Smartphones?

Spin crossover (SCO) materials can switch between two electronic states with a temperature change, light pulse, or pressure, making them leading candidates for molecular switches, sensors, and memory ...

24 Nov 202414min

Thermoelectric Materials: Turning Heat into Electricity and Vice Versa

Thermoelectric Materials: Turning Heat into Electricity and Vice Versa

What if your body heat could charge your phone? Thermoelectric materials convert temperature differences directly into electrical voltage, and vice versa. This episode covers the Seebeck effect, Pelti...

24 Nov 202421min

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