Publication date:
August 18, 2025
Caterpillar Partners with Redwood Materials for Mining Battery Recycling Breakthrough
Industrial equipment manufacturer Caterpillar has formed a strategic partnership with battery recycling specialist Redwood Materials to recover critical minerals from electric mining equipment batteries. The collaboration creates a circular supply chain where mining operations both extract and recycle lithium-ion battery materials.
Energy
The mining industry is embracing battery recycling technology as demand for electric mining equipment accelerates globally. Caterpillar's collaboration with Redwood Materials represents a significant development in creating sustainable supply chains for critical battery minerals including lithium, cobalt, and nickel.
Caterpillar's R1700 XE electric underground loader, powered by a 213-kilowatt-hour battery system, eliminates diesel emissions in mining operations while reducing underground ventilation costs. The electric equipment offers operational advantages by removing the need for complex exhaust management systems required for diesel-powered machinery in confined underground spaces.
The partnership establishes a circular materials economy where mining operations can recover valuable battery components through Redwood's recycling processes. This approach addresses the projected 1,000% increase in global battery demand over the next decade while reducing dependence on newly extracted raw materials. The collaboration positions both companies to capitalize on the growing intersection between mining electrification and sustainable materials recovery.
Market analysts view this development as indicative of broader industrial electrification trends, where equipment manufacturers are partnering with recycling specialists to create closed-loop material systems. The arrangement provides Caterpillar with cost recovery mechanisms while securing Redwood's access to large-format industrial batteries for processing.
Caterpillar's R1700 XE electric underground loader, powered by a 213-kilowatt-hour battery system, eliminates diesel emissions in mining operations while reducing underground ventilation costs. The electric equipment offers operational advantages by removing the need for complex exhaust management systems required for diesel-powered machinery in confined underground spaces.
The partnership establishes a circular materials economy where mining operations can recover valuable battery components through Redwood's recycling processes. This approach addresses the projected 1,000% increase in global battery demand over the next decade while reducing dependence on newly extracted raw materials. The collaboration positions both companies to capitalize on the growing intersection between mining electrification and sustainable materials recovery.
Market analysts view this development as indicative of broader industrial electrification trends, where equipment manufacturers are partnering with recycling specialists to create closed-loop material systems. The arrangement provides Caterpillar with cost recovery mechanisms while securing Redwood's access to large-format industrial batteries for processing.