The transition to sustainability may rely heavily on critical minerals like lithium, cobalt, and platinum. Innovative sourcing and implementation of these materials are crucial for overcoming the challenges in this…
Industry problems with critical minerals are complex. While significant progress has been made in transitioning to clean energy sources like wind and solar, major challenges remain, such as finding alternatives for non-electrifiable sectors…
A May 16th article published in Science resounds our recently shared and deeply rooted thoughts on the need for innovation between government, academia, and industry to drive decarbonization.1 We recognize…
PGC, L3C can be blamed for being mercifully repetitious: the cement sector is one of the highest emitters of CO2, responsible for roughly 6-8% of human-made emissions.1 Cement is the…
The March 27th Wall Street Journal article by Yusuf Khan discusses pressures on construction, real estate, and architecture companies to use recycled concrete in their building operations. The construction industry…
(image by Clean Air Task Force) We’ve discussed in our recent series of insights the technical feasibility, infrastructure hurdles, and current projects in utilizing H2 gas as an alternative fuel…
The use of hydrogen fuel in cement production is still a path less traveled, only explored by a few companies. In two of our recent insights, we shared about the…
As discussed in our recent writing there is an array of ‘colors’ or types of hydrogen production; some more established, and most under development. They all function based on converting…
(image from “The economics and the environmental benignity of different colors of hydrogen” by A. Ajanovic, M. Sayer, and R. Haas) Hydrogen is the most abundant element in the known…