Ingersoll Rand's new plan for giving its products a second life

The concept of remanufacturing end-of-life equipment and mining it for valuable components and metals is nothing new to Ingersoll Rand: It has operated an售后服务组织in Charlotte since 1974. After all, many metals used to make its Trane heating, ventilation and air-conditioning equipment have a demonstrable value, and there are well-established processes for recovering it.

But in more recent years, the 183,000-square-foot operation, which employs about 72 people, also has become involved with activities focused on a different sort of mission: keeping older Trane equipment in the field for as long as possible by updating them with components and materials that help Ingersoll Rand accounts address their own carbon reduction and climate goals.

This wasn’t driven by a mandate to become more "circular." Rather, the company saw value in rethinking its services to help customers meet sustainability challenges. When Ingersoll Rand revealed its 2030 sustainability goals this spring, the list included a number ofunique and ambitious aspirations，包括承诺通过该时间帧将其客户碳排放减少1个缩略图。如果您想知道，这相当于意大利，法国和英国合并所产生的排放。

"Our teams are more focused on the idea of 'customer for life,'" Scott Tew, executive director for the Center of Energy Efficiency and Sustainability at Ingersoll Rand, said.

我们的团队更专注于“顾客生命”的想法。

这种心态,example, guided a major project that the Ingersoll Rand remanufacturing unit completed for a historic hotel in Portland, Oregon. The property faced a major dilemma: it needed to update the compressor in its HVAC system, but physical access to the basement space in which it was located was extremely limited. It couldn’t just rip out and replace the existing equipment, which had been in service for almost five decades. "The best option was for us to go in and remove the guts," Tew said.

This involved dispatching engineers to the site that could disassemble the relevant components and transport them back to the Charlotte site for an overhaul. The updated parts later were redelivered and reinstalled in the same footprint as the old system where they could "live" for two more decades, Tew said.

While the reverse logistics associated with the project were less than ideal — shipping the materials cross-country was time-consuming — this is a model that Ingersoll Rand will emphasize more often. It has made two major internal changes to support this strategy.

First, the company has included a requirement for all new product development that directs engineers to design for sustainability. That includes both efficiency considerations and materials choices. After all, if a system will stay on site for far longer, its makeup needs to be尽可能为人类和地球安全.

Second, the company is part of a project being spearheaded by the United States Business Council for Sustainable Development (USBCSD) to developmaterials marketplacesat both the national and regional and state level that help businesses more readily exchange and source items that are part of their industrial waste streams.

It’s becoming clearer that what might be considered "waste" by one sector or company actually could be a useful feedstock for another. In other words, creating a closed loop process might include reaching into other industries for materials, such as the戴尔如何使用再生汽车玻璃创造坚固，防水笔记本电脑携带案例。Tew指出，Ingersoll Rand的一些网站正在参加由USBCSD创建的国家市场。

"All waste streams can be valuable, especially in the industrial space," he said. "We just have to find that one other company, that someone who can look at this as a raw material."

Stay tuned for more innovation from the Ingersoll Rand remanufacturing division, as the business reconsiders how to offer services of this nature as part of customers' contracts.

This story was updated to clarify the way in which Dell uses recycled auto glass to create laptop carrying cases.