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Estée Lauder Companies is investing €5.7 million in water infrastructure at its Oevel manufacturing plant in Belgium. The company expects the project, once operational, to save about 25 million litres of water a year and lower water intensity from 9.3 to 3.6 litres per kilogram of product.
Estée Lauder Companies is investing €5.7 million in water infrastructure at its Oevel manufacturing plant in Belgium, with the project expected to save about 25 million litres of water annually once operational. The company says the system will reduce freshwater use and wastewater discharge at one of its largest manufacturing sites.
The project uses what ELC describes as an integrated water circularity approach: keeping water in use for longer across manufacturing rather than relying only on incoming freshwater and discharging used water. The company says the infrastructure will combine enhanced purified-water systems, reuse water from equipment cleaning and sanitisation, and treat wastewater for reuse in defined operational purposes, including cleaning and sanitisation.
ELC projects that the work will bring water intensity at Oevel down from 9.3 litres to 3.6 litres per kilogram of product. It also expects annual savings of about 25 million litres, which the company compares with roughly ten Olympic-sized swimming pools. These are projected results; the source report does not say the system is already operating or that the savings have been independently measured.
The company said the Oevel project may provide a scalable model for possible future use elsewhere in its manufacturing network. The investment is part of a wider transformation at the Belgian site, where ELC reports spending more than €150 million over the past decade on manufacturing, logistics and production capabilities, including automation and digital technologies.
Water Savings at a Major Plant
Water is a production input for many manufacturing processes, including equipment cleaning and sanitisation. The Oevel plan matters because it seeks to reduce the plant’s freshwater demand while retaining water for specified operational uses. If the projected performance is achieved, the change would represent a reduction in water intensity as well as a substantial annual volume saving at this site.
The project also connects resource use with ELC’s operational overhaul. Senior Vice President of Manufacturing and Engineering Alexander Gregorian said the company wants to make its operations more agile and resilient, and described Oevel as an example of applying advanced manufacturing and resource management. That is the company’s stated rationale; the source material does not provide independent evidence of the project’s eventual environmental or financial results.
For the wider business, the potential to apply lessons from Oevel elsewhere is a key point. ELC says learnings may inform future manufacturing initiatives, but it has not announced a schedule, budget or list of additional sites for similar projects.
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Oevel’s Wider Factory Overhaul
The water investment comes amid a broader programme of change at Oevel. ELC says the campus has received investment in artificial intelligence, automation, digital manufacturing, logistics and production technologies, intended to support a more efficient and adaptable operation. The company says more than €150 million has been invested at the site over the past decade; the source material does not give a breakdown of that total or specify how much is separate from the new water project.
The investment also aligns with ELC’s Beauty Reimagined turnaround strategy, which the company describes as an effort to improve profitability, address lagging sales and streamline operations. The water infrastructure is one part of that broader manufacturing and supply-chain effort, rather than a standalone announcement of changes to the company’s products or consumer offerings.
““Oevel demonstrates how we are translating that ambition into reality through advanced manufacturing, digital innovation and responsible resource management.””
— Alexander Gregorian, ELC senior vice president of Manufacturing and Engineering
Projected Results, Not Measured Savings
The reported annual savings and lower water intensity are company projections for when the project is operational. The source material does not state when construction or commissioning will be completed, when the system will begin operating, or what period will be used to verify the results. It also does not provide a measurement method or independent assessment of the forecasts.
ELC has described wastewater reuse for defined operational purposes, but has not detailed the treatment process, the proportion of wastewater expected to be reused, or the exact volume of freshwater the plant currently uses. Nor has it confirmed which other manufacturing sites, if any, could adopt the approach. Those details will be needed to assess the project’s performance and the reach of any future expansion.
Operational Start and Performance Data
The next key milestone is the system becoming operational, although the source report gives no completion date. Once running, the company’s stated targets can be compared with recorded water intensity, annual water savings and wastewater reuse at the Oevel plant.
ELC has said lessons from the project may inform future initiatives across its network. Any broader rollout remains a possibility rather than a confirmed commitment. Further company updates would clarify whether the system meets its targets and whether ELC plans similar investments at other manufacturing sites.
Key Questions
How much is Estée Lauder Companies investing?
ELC is investing €5.7 million in water infrastructure at its Oevel manufacturing plant in Belgium.
How much water does the company expect to save?
ELC expects the project to save about 25 million litres annually once operational. This is a forecast, not a reported result from a system already in operation.
How is the water project designed to work?
The company says it will improve purified-water systems, reuse water from equipment cleaning and sanitisation, and treat wastewater for reuse in defined operational purposes. The approach is intended to reduce freshwater demand and wastewater discharge.
When will the project begin operating?
The source report does not give a completion or start date. It describes the projected savings as applying once the project is operational.
Will ELC use the approach at other plants?
ELC says Oevel may serve as a scalable model and that lessons could inform future manufacturing initiatives. It has not announced specific additional sites, investment amounts or a rollout timetable.
Source: rss
