In the first two parts in this series on critical minerals, we covered the basics - what they are, why they matter, and barriers for scaling. As we look to the future, the industry is taking shape. Decisions are looming on areas such as permitting, supply, and standardized regulations for new mines.

If Congress and the White House change hands, many are assuming there will be changes to the Inflation Reduction Act (IRA). While amendments are possible, a lot of money is already out the door, and business is booming for the clean energy transition.

In order to reach 2050 climate goals to enable the clean energy transition and scale critical mineral mining in a sustainable way, the US will have to up it's game and increase international cooperation at the same time. A delicate dance.

Clean energy resilience refers to the ability of a community or region to maintain a reliable and sustainable energy supply even in the face of extreme weather events. Unlike traditional fossil fuel-dependent systems, clean energy infrastructure is inherently more resilient. Our climate change expert Brad Carl talks about ways the clean energy industry is responding.

At it’s core, the story of the clean energy transition is simple. It is the shift of the global economy from fossil fuels to instead run on carbon-free energy. It is a narrative with immense stakes. In this three-part series we will take a look Texas and the role it’s playing in the transition and possibly raising the stakes for those to follow.

Green hydrogen has emerged as a promising contender in the race to decarbonize our energy systems – including energy storage, heavy industry and hard to abate sectors, maritime shipping, and aviation. Now, it can be produced with zero greenhouse gas emissions.

From campaign trail promises to final enacted legislation, those of us in the energy community have been thrilled for the boost that the Inflation Reduction Act (IRA) has provided American business. As we look back on and celebrate the one-year anniversary of this landmark legislation, there are many milestones to acknowledge and many opportunities on the horizon. 

Led by our esteemed Silverline Advisory Council member, Peter Kelly-Detwiler, with participation from Silverline’s cleantech innovators network, “Chemistry for Cleantech: Unleashing the Power of the Periodic Table” guided webinar guests through the underlying chemistry and technology innovation driving the fight against climate change.

The accelerated adoption of electric vehicles (EVs) has changed the automotive industry forever. Tax credits and subsidies have lowered the initial cost barrier for many. According to the Edison Electric Institute, the number of EVs on U.S. roads is projected to reach 26 million in 2030, up from 19 million in 2018. All eyes now turn to whether or not domestic infrastructure to charge all those EVs can keep pace. This rise in EV popularity can be attributed to several factors, including a greater awareness of the environmental impact of traditional gasoline-powered vehicles and advances in EV technology. The decreasing cost of EV batteries and the availability of government incentives and tax credits also have contributed to this increased adoption.