Lubrication Engineers Acquires RSC Bio Solutions

Lubrication Engineers, Inc. (“LE”), a developer and manufacturer of high-performance industrial lubricants and asset reliability solutions, has acquired RSC Bio Solutions (“RSC”), an innovator of high-performance, sustainable, biodegradable lubrication solutions. 

RSC Bio Solutions produces a comprehensive portfolio of Environmentally Acceptable Lubricants (“EALs”) for global marine and industrial customers to achieve regulatory compliance while meeting environmental stewardship goals. Its proprietary FUTERRA® and EnviroLogic® product lines include fully biodegradable lubricants that can be found on vessels and in other sensitive environments worldwide.  

 “RSC Bio Solutions has an impressive portfolio of sustainable products powered by proprietary technologies developed over multiple decades,” said Eric Borland, CEO of LE. “Together with the employees of RSC Bio Solutions, we are committed to ensuring the continued delivery of high-quality, sustainable products to customers across the globe.” 

 “We are excited to join forces with LE to expand our capabilities and accelerate our innovation that benefits both our customers and the environment,” said Mike Guggenheimer, President and CEO of RSC. “We have long admired LE as a leader in our industry, and we look forward to leveraging its robust infrastructure to support our current and prospective new customers.”  

This is LE’s second acquisition since partnering with Aurora Capital Partners in September 2023. During this time, LE has expanded its lubrication expertise with powerful new synthetic and sustainable product offerings.  

RSC Bio Solutions provides high-performance, Environmentally Acceptable Lubricants (“EALs”) for the marine and industrial markets. The company has a long history of developing high-performance lubricants from PAOs and other synthetic hydrocarbon base oils. RSC’s expertise in highly engineered renewable base oils, allows it to deliver lubricants that meet stringent environmental standards without compromising performance.