Case studies – real stories from the field

Installation Site: Ukraine

Problem Description: The project required a complete industrial water treatment plant that could be transported, protected and integrated into the site infrastructure with reduced on-site assembly. The containerised design houses the treatment equipment within a secure enclosure and provides clearly arranged external connections for process water, drainage and utilities. This configuration helps protect critical components, simplifies delivery and installation, and shortens the time required to bring the system into operation.

Installation Site: Ukraine

Problem Description: An industrial site required a dependable supply of purified water for continuous operation, with stable pressure and consistent water quality under changing demand. Limited space and the need for a fully integrated installation also had to be considered. The solution was a containerised reverse osmosis plant combining multiple membrane housings, chemical dosing systems, high-pressure pumps and automated controls. The compact configuration supports efficient treatment, simplifies system management and provides a reliable source of purified water for demanding industrial processes.

Installation Site: Ukraine

Problem Description: The facility required reliable control of several water treatment stages within a compact technical area. The installation combines treatment vessels, water tanks and centralised control panels with an operator interface for easier system management. Automated operation helps maintain stable process conditions, reduces the need for manual adjustments and supports a consistent supply of treated water for the site.

Installation Site: Ukraine

Problem Description: The site required a fully integrated water treatment unit that could be installed within a limited footprint while supporting stable and automated operation. The containerised system combines treatment vessels, chemical dosing and storage tanks, process piping, and electrical control panels in one protected enclosure. This layout simplifies on-site installation, improves access to key components, and helps maintain consistent water treatment performance under demanding operating conditions.

Installation Site: Ukraine

Problem Description: An industrial facility required a compact and reliable solution for treating large water volumes while maintaining consistent water quality and stable system performance. The integrated skid-mounted design combines multiple treatment vessels, process piping and control components within a single modular unit. This configuration supports efficient use of space, simplifies installation and maintenance, and provides a scalable water treatment solution for demanding industrial operations.

Installation site: Ukraine

Problem Description:The project provides water treatment for a private house, helping protect plumbing, heating equipment, and household appliances from hardness-related scale.

Installation site: United Kingdom

Problem Description: A restaurant required a complete water treatment solution to address turbidity, hardness and bacterial risks while maintaining consistent water quality across the site. Protecting the reverse osmosis system and reducing limescale-related maintenance were also important to support reliable day-to-day operation. The installed setup combined turbidity reduction, water softening, carbon filtration, UV sterilisation, reverse osmosis, remineralisation and storage for peak demand. As a result, the site now benefits from stable, high-quality water, better equipment protection and smoother kitchen operations.

This version is aligned with Ecosoft website guidance: clear, trustworthy and benefit-led, with commercial end-user messaging focused on reliability, ease, low maintenance and fit-for-purpose water rather than unnecessary technical detail.

Installation Site: United Kingdom

Problem Description: A research and innovation campus in the United Kingdom needed to replace an ageing reverse osmosis system that was no longer delivering stable performance in a laboratory environment. Inconsistent total dissolved solids (TDS) levels and reduced permeate flow created a risk for operations where water quality had to remain consistent. The site was upgraded with a new commercial reverse osmosis system and remote monitoring, helping secure stable purified water quality, improve permeate flow and give the facilities team real-time visibility of system performance. As a result, the installation supports more reliable day-to-day operation and reduces operational risk.

Installation site: France

Problem description: The homeowner wanted to protect household appliances from limescale and improve the quality of drinking water in the kitchen. The previous unit was replaced with a modern, high-efficiency softening system combined with a direct-flow reverse osmosis filter.

Installation site: Touraine region, France

Problem description: The municipal water needed to be filtered and enriched with minerals in order to eliminate the high levels of limescale and chlorine taste for everyday use. The installed system provides clean, pleasant-tasting water enriched with calcium and magnesium.

Installation Site: France

Problem Description: The installation was completed in a minimalist kitchen where space efficiency was essential. After a water softener had been installed two years earlier, the household decided to further improve drinking water quality at home and reduce dependence on bottled water. Another priority was to address concerns about contaminants, including PFAS. The solution was the installation of an Ecosoft CROSS Solo reverse osmosis filter. Its compact design made it well suited to the available space, while providing convenient access to filtered drinking water and supporting a more cost-effective everyday routine.

Installation site: France

Problem description: Installation of a reverse osmosis system to provide the resident with purified drinking water and reduce common tap water contaminants such as chlorine, heavy metals, and microplastics.