02/03/2026
Thank you to Plant Services and managing editor Anna Townshend for featuring American Resources (NASDAQ: AREC) and CFO/co-founder Kirk Taylor on why grid instability is now a maintenance, reliability, and asset health issue. He stresses taking practical mitigation steps during facility design to decrease vulnerabilities.
The piece opens with American Resources and then digs deeper into how our portfolio company, ReElement Technologies, is advancing critical mineral and rare earth refining. It makes a practical business case for plant designers and engineers to think differently about resilient power, and the materials that enable it, including solutions manufactured with recycled and reclaimed feedstocks.
Kirk put it plainly: “The location of demand, not matching the location of the supply of energy, is the biggest challenge.”
Key points
đź”· Clarifying the platform: American Resources has a broad raw materials footprint, including recycling aggregated ferrous and non-ferrous metals for new steel. ReElement Technologies focuses on separating and purifying critical materials, including rare earths and battery metals.
🔷 Design resilience upfront: energy resilience belongs in engineering, site selection, and capacity planning, not in the “fix it later” category.
đź”· Asset health is on the line: voltage variability, surges, drops, and outages accelerate wear, increase maintenance cost, and drive unplanned downtime.
đź”· Practical mitigation options: microgrids, storage, and on-site power can buffer equipment from grid variability and protect uptime.
đź”· Start inside the fence line: map energy-sensitive unit operations, then build redundancy where the risk and ROI are clearest.
Taylor also noted, “We’ve always included energy resilience on the front end of the engineering.”
đź”· Read the full article here - https://www.plantservices.com/energy/power-generation/article/55353233/grid-instability-and-asset-health-why-industrial-plants-must-rethink-energy-resilience-and-maintenance
From voltage variability to grid limits, this article explores why energy resilience is emerging as a core challenge for industrial maintenance teams.