Mark Z. Jacobson

Carbon Capture: Bright Promise Or Senseless Boondoggle?

Carbon capture has a powerful allure. The Earth is overheating because there is too much carbon dioxide in the atmosphere. So why not suck out the excess, then store it in holes deep underground — there are thousands upon thousands of old oil and gas wells just waiting for some useful purpose to come along — or use it to make biofuel, fertilizer, medicine, and biodegradable plastics? It sounds like the ideal solution to a problem that affects us all.

100% Renewable Energy, Tesla in the Early Days — #CleantechTalk with Mark Z. Jacobson

In this episode of our CleanTech Talk podcast interview series, Zach Shahan sits down with Mark Z. Jacobson, professor at Stanford University and co-founder of The Solutions Project, to discuss Mark’s work to bring together important players from science, business, culture, and community behind his vision of 100% renewable energy for 100% of people. They also talk about the early days of Tesla and some of Mark’s special history and connections.

ChatGPT & DALL-E generated panoramic image depicting a lighthouse amidst stormy seas with the Oxford Principles for Geoengineering artistically integrated into the scene.

Oceans Need Geoengineering, Not The Atmosphere

Solar geoengineering is a bandaid on the symptoms, not a cure for the causes. It’s like putting out the fires caused by an arsonist wandering around with a flamethrower instead of confiscating and shutting off the flamethrower itself. Global heating would slow and stabilize if we stopped forcing more CO2 into the system. But it’s unclear if that’s as true for oceanic carbon uptake.

ChatGPT & DALL-E generated image of panoramic image of an air to fuel plant, creatively reimagined to emphasize inefficiency and Rube Goldberg-like complexity.

Chevron’s Fig Leaf Part 6: Carbon Engineering’s Air-To-Fuel Plan Is Even Worse

Carbon Engineering is planning to build high-cost and comparatively high-emission transportation fuels by combining their expensive CO2 with hydrogen which they will get via expensive electrolysis.