Remanufacturing keeps high-value glass-lined equipment in service. UGE reglasses and rebuilds proven vessels to like-new condition, helping operators cut lead times, control costs, and reduce downtime risk.
New report says companies can cut costs, strengthen supply chains. UGE applies that same logic to glass-lined equipment.
McKinsey’s latest work on remanufacturing makes the case plainly: restoring used assets to like-new performance is becoming a mainstream strategy for cutting costs, reducing lead times, strengthening supply chains and supporting sustainability goals.
(See McKinsey’s podcast episode, “Remanufacturing: Turning old parts into new opportunities” and the companion explainer, “Remanufacturing 101: Reviving parts, reclaiming value”.)
The approach maps cleanly onto glass-lined process equipment, where operators can’t afford to wait on long fabrication queues when a reactor or vessel goes down.
Universal Glasteel Equipment’s reglassing and rebuilding services are built around the same remanufacturing principle: extend the life of a high-value “core,” restore it to like-new condition and put it back into service with confidence.
The payoff is practical. Reglassing keeps proven assets in circulation, helps reduce downtime risk, and gives manufacturers a faster path to capacity without buying new equipment every time.
UGE has proven to save customers 30% on reglassed equipment, often immediately available from stock. The company also takes used damaged equipment and reconditions it to like-new condition, with the same one-year warranty as a new unit.
“Savvy operators understand the math,” said Ross Gale, Vice President at International Process Plants Group, which includes UGE. “When you buy proven process equipment that’s already in the field, you cut years off your timeline and avoid the premium that comes with buying new. The companies that move fast know you don’t need brand-new glass-lined equipment to run a world-class operation.
“What’s more, these savvy operators know the value in quality process equipment that’s been built to last and properly maintained.”
In McKinsey’s view, that economic reality is a big driver of the trend, with remanufacturing commonly delivering major savings versus new and gaining momentum as supply chains stay unpredictable.
In many industries, tariff uncertainty and supply chain challenges have led companies to discover the time and cost savings tied to previously owned or unused plants and equipment. Rather than waiting years and spending heavily to build new, operators can redeploy existing assets, upgrade where needed and return them to service far faster and at a fraction of the cost. It’s remanufacturing at industrial scale — the circular-economy model applied not just to parts, but to entire facilities — and it’s why global manufacturers increasingly turn to UGE and IPP when they need capacity now.
The market for remanufactured parts, per McKinsey, is valued at about $50 billion today and is expected to double to roughly $100 billion within the next three to four years, Senior Partner Inga Maurer said in an interview on The McKinsey Podcast. Despite the rapid growth, remanufactured parts still account for only 2 percent of global manufacturing output.
The remanufacturing model is straightforward: take a used component (typically called a “core”) disassemble it, clean it, replace worn materials such as seals or plastics, reassemble it and then test it to the same standards as a new part. Maurer stressed that modern remanufacturing is “not just cleaning it, putting on a new label, and selling it,” but a full production process that provides like-new performance.
The push, the McKinsey experts said, is driven by economics as much as sustainability. Companies can save 40 to 60 percent on remanufactured components compared with new parts, a dynamic that aligns with broader industrial trends favoring cost-efficient reuse, shorter project timelines and reduced exposure to global supply chain volatility.
Supply chain and tariff pressures fuel growth
Supply chain disruptions over the past several years have helped remanufacturing gain ground. Maurer said the industry benefits from the fact that a “core” typically represents 70 to 90 percent of the total product value, allowing manufacturers to bypass long waits for fully new components.
That same value distribution also makes remanufacturing more resilient to tariffs. Even when rubber or plastic replacement parts are imported and subject to new duties, the bulk of the product — the core itself — is already produced domestically.
This dynamic has parallels with how companies such as IPP and UGE help manufacturers bypass long construction timelines and high capital costs by redeploying entire plants and used process equipment, preserving the highest-value components of industrial infrastructure.
Reliability and customer confidence rise
According to Maurer, customer confidence in remanufactured parts has increased as testing and quality assurance practices have advanced. Return rates remain low, and remanufacturers have expanded their assortments, making it easier to match parts with specific makes and models.
As with UGE’s redeployed glass-lined equipment, where buyers gain access to validated equipment with proven run-time history, the trust factor is central. “Trust is critical,” Maurer said. “Whenever you get something that has been used previously, there’s a little bit of uncertainty around it.” Robust testing and digital tracking help close that gap.
A circular-economy advantage
Remanufacturing reduces raw material use, cuts energy consumption, lowers waste and shrinks transportation-related carbon footprints by keeping cores within regional markets. Maurer frames it as part of a broader “circular economy” shift: extending the life of existing assets rather than starting from scratch.
That logic reflects the same economic and sustainability advantages behind IPP and UGE’s decades-long model: reuse first, shorten lead times, lower costs, preserve value and reduce environmental impact.
“The circular economy isn’t theory for us — it’s what we do every day,” Gale said. “Keeping high-value assets in service instead of sending them to scrap saves money, reduces waste and gives manufacturers a faster, cleaner path to growth. That’s the real power of reuse at industrial scale.”