This comprehensive approach to water usage allows us to affect the various footprints
associated with a site’s industrial activities:
Water footprint
The systems that we roll out lower water consumption without reducing industrial performance levels.
Environmental footprint
We prioritize solutions that are more respectful of ecosystems: biosourced, petrochemical-free, less aggressive, etc.
Energy footprint
Our water treatments optimize water circulation and heat exchanges. This, in turn, reduces energy consumption.
Carbon footprint
By cutting down on the resources employed for proper system operations, when manufacturing our products, while rolling them out at the site and throughout ODYSSEE’s support.
Reducing your usage and your bills
Scaling, corrosion and bacterial properties pose challenges for industrial productivity, as well as financial results. The problems associated with industrial water have a value.
- 1 mm of scale build-up in a water system consumes 7.5% more energy, and 12 mm of scale consumes 70% more energy.
- Scale in industrial networks costs the global economy $27 billion per year (due to a combination of the poor thermal conductivity of scaled surfaces and the cost of descaling).
- Every second, 5 metric tons (5.5 tons) of metal is destroyed by corrosion around the world.
- A bacterial problem in a water network can shut down an entire site, generating substantial, unrecoverable costs.
- A clogged district heating system can no longer fulfill its intended function.
