Innovative water treatment for industry and energy supply, clinics and research, cooling and heating circuits

Customized solutions for your specific water requirements—from ultrafiltration as pre-treatment, to state-of-the-art reverse osmosis systems, water polishing with high-purity resins, and membrane degassing to reduce CO2 and O2 for efficient processes, secure supply, and sustainable production.

Wide range of applications – customized solutions

Water is an indispensable raw material—in industry, healthcare, research, and municipal supply. Depending on the area of application, the requirements for purity, availability, and stability vary. DTS offers customized solutions that are precisely tailored to these needs.

In research facilities and laboratories, water quality is crucial for reproducible results. Here, we supply ultrapure water systems that meet even the most stringent standards. In industry, our systems ensure consistent process water quality, reduce energy consumption, and extend the service life of plants and machinery.

Reliable water treatment is also essential in the energy sector and in municipal facilities. Power plants require high-quality boiler feed water to prevent failures and optimize efficiency. Municipal and clinical operators benefit from safe, hygienic solutions that ensure a consistently high supply and comply with legal standards.

Industry and production

DTS systems ensure consistently high water quality, reliably protect machines and production facilities from deposits and corrosion, and thus ensure stable production performance over the long term.
Precise treatment and optimal coordination of the individual process stages maximize efficiency and significantly extend the service life of your systems.
The resulting resource efficiency not only reduces the operating costs of water treatment itself, but also has a lasting positive effect on the entire production process.

Our systems are designed, planned, and implemented in accordance with the specifications and safety requirements of the following standards:

  • DIN 1988-100 – Technical rules for drinking water installations
  • DIN EN 1717 – Protection of drinking water against contamination
  • DIN 15930 – Water treatment in industrial processes

Research and laboratories

For research laboratories, the highest level of water purity is essential—free of ions, organic contaminants, and particles. This is the only way to ensure reproducible and reliable results.

Our ultrapure water systems are designed, documented, and qualified in accordance with the requirements of relevant international standards and guidelines. These include, among others:

  • ASTM D1193 – Water qualities for laboratory applications
  • European Pharmacopoeia (Aqua purificata / Water for injection)
  • GV-SOLAS – Requirements for laboratory animal facilities
  • ASTM D5127 – Water for semiconductor processes

Cooling and heating circuits

With DTS, you can ensure targeted water treatment that reliably protects your cooling and heating circuits from deposits, corrosion, and biological growth.
Our systems maintain a consistently high level of efficiency, reduce downtime and maintenance costs, and thus contribute significantly to extending the service life of your equipment.
This ensures that your processes remain efficient, safe, and sustainable—in accordance with the latest technical rules and guidelines:

  • 42. BImSchV – Monitoring of evaporative cooling systems
  • VDI 2047 – Hygiene in cooling circuits
  • VDI 6022 – Ventilation and air conditioning, hygiene requirements
  • VDI 3803 – Ventilation and air-conditioning systems
  • VDI 2035 – Prevention of damage in hot water heating systems

Energy and power plants

With DTS, you can ensure optimal treatment of boiler feed water—the basis for safe, efficient, and economical energy generation.
Our systems prevent deposits, corrosion, and stress cracks, protect your boiler and turbine systems, and ensure stable efficiency with minimal maintenance.

Thanks to precise water treatment in accordance with applicable technical standards and guidelines, our systems meet the highest standards of operational safety and durability:

  • DIN 285 – Requirements for boiler feed water and condensate
  • TRD 611 – Feed water, boiler water, and steam qualities
  • VGB-R 450 – Guideline for water chemistry in power plants
  • DIN EN 12953 – Water-tube boilers, requirements for water quality

healthcare

With DTS, you can ensure reliable and hygienically safe water treatment in clinics, laboratories, and medical facilities.
Our systems promote patient safety, infection prevention, and compliance with the highest hygiene standards—from drinking water installation to process water supply.

Through precise treatment and consistent compliance with applicable standards and guidelines, we ensure consistently safe water quality:

  • DIN 285 – Requirements for water for steam generators and sterile goods processing
  • DIN EN 1717 – Protection of drinking water against contamination
  • DVGW worksheets W 551, W 552, W 553 – Technical measures to prevent microbiological contamination
  • RKI KRINKO recommendation – Infection prevention in water-carrying systems
  • VDI 6023 – Hygiene in drinking water installations
  • IfSG – Infection Protection Act

Your partner for comprehensive water treatment

Jedes erfolgreiche Projekt in der Wasseraufbereitung beginnt mit einer gründlichen Analyse: Welche Wasserqualität liegt vor, welche Zielparameter sollen erreicht werden und welche technischen oder wirtschaftlichen Rahmenbedingungen sind zu berücksichtigen?
DTS begleitet seine Kunden bereits in dieser frühen Phase mit fundierter Beratung, um die Basis für eine präzise und nachhaltige Lösung zu schaffen.

In der Engineering- und Planungsphase entwickeln unsere Spezialisten maßgeschneiderte Anlagenkonzepte – von der Enthärtung über moderne Umkehrosmosen mit Härtestabilisierung und Konzentratstufe, Membranentgasung bis hin zur EDI oder Reinstwasserpolishern. Durch diese modernen Verfahren sorgen wir für eine signifikante Wirkungsgradsteigerung, reduzierte Abwasserströme und leisten damit einen messbaren Beitrag zu einem ökologischen Handabdruck.
Mit 3D-Planung, detaillierten Verfahrensschemata und exakter Anlagenauslegung integrieren wir unsere Systeme nahtlos in bestehende Infrastrukturen oder realisieren komplette Neuanlagen – technisch präzise, energieeffizient und zukunftssicher.

Die Umsetzung erfolgt in enger Abstimmung mit unseren Kunden: von der Fertigung in unserer eigenen Werkstatt über die Montage vor Ort bis hin zur schlüsselfertigen Übergabe.
Abschließend sorgen Schulungen, umfassende Dokumentationen und ein langfristig angelegter Service dafür, dass jede Anlage zuverlässig, sicher und wirtschaftlich arbeitet.

This is how we understand project partnership—from the initial idea to ongoing support during operation.

Reverse osmosis – our core technology for the highest water quality

Reverse osmosis (RO) is the core process of modern water treatment—and at DTS, it is at the heart of numerous plant solutions.
High-precision, semi-permeable membranes reliably remove up to 99% of all salts, organic compounds, and micropollutants dissolved in the water.
The result: high-purity water that can be used flexibly in a wide variety of applications – from energy generation and pharmaceutical production to laboratory and process water treatment.

Expertise from experience

With decades of experience in the design, manufacture, and integration of RO systems, DTS offers solutions that are both technically and economically impressive.
Whether compact systems for research laboratories, drinking water treatment, or large-scale plants for boiler feed water—we develop, build, and integrate tailor-made systems that are precisely suited to your processes.

Numerous references from industry, research, and energy supply attest to the performance and reliability of our systems.
For us, reverse osmosis is not just a process—it is a promise of quality, efficiency, and sustainability.

Efficient, sustainable, future-proof

Reverse osmosis stands for sustainable water treatment without chemicals. It conserves resources, is energy-efficient, and can be precisely adapted to individual requirements thanks to modern system architecture.
We increase efficiency and yield through multi-stage or permeate-staged concepts, while optional modules such as hardness stabilization, EDI, softening, or membrane degassing further optimize quality and operational reliability.

  • Highly efficient

    Removal of up to 99% of dissolved salts and impurities

  • Environmentally friendly and resource-efficient

    Chemical-free process

  • Expandable

    with softening, hardness stabilization, EDI, or degassing

  • Higher efficiency

    through concentration stages and multi-stage concepts

  • Proven technology

    Used in hundreds of reference systems worldwide

Our technologies – your advantage

Water treatment requires tailor-made solutions. That is why EnviroDTS offers not only reverse osmosis, but also a wide range of technologies – from filtration and softening to sophisticated membrane processes.

Depending on the application, we combine processes such as ultrafiltration, nanofiltration, ion exchange, or EDI. This allows us to create the perfect solution for every sector—whether industry, research, or energy supply.

Our claim: Sustainable systems with a future. Modular in design, resource-efficient in operation, and engineered for maximum operational reliability—today and tomorrow.

Reverse osmosis (RO)

Highly efficient ultrapure water production (types 1–3) Fine membrane filtration down to virus/ion size
Hardness stabilization for lower salt, water, and cost consumption
High yield (85–90%) thanks to 2-stage RO, concentrate stages, and EDI

softening

Ion exchange for lime reduction
Regeneration with brine
Project-specific design & precise valve control
Multi-bottle operation for continuous supply

Electrodeionization (EDI)

Chemical-free ultrapure water production
Continuous self-regeneration of the resins
Very low conductivity (0.06–0.2 µS/cm)
Low maintenance and modular adaptability

membrane degassing

Hydrophobic hollow fiber membranes for selective gas diffusion
CO₂/O₂ removal via vacuum or stripping gas
Chemical-free corrosion protection process for stable process water quality
Can be efficiently combined with RO/EDI in industrial and boiler applications

Ultrafiltration (UF)

Membrane barrier ~0.02 µm for particle and germ retention
High yield (90–95%) as a preliminary stage or independent clarification/disinfection stage
Fouling as the main limitation → pretreatment and flushing cycles required
Modular, scalable hollow fiber modules for water and process applications

Nanofiltration (NF)

Retention of organic substances & hardness components (180–2000 Da) in a single step
Chlorine-tolerant, backwashable hollow fiber configuration to prevent fouling
Partial softening, pollutant removal & water recycling in industrial/drinking water
Spiral & tube modules for high volume flows and media rich in solids

Successfully implemented – our reference systems

Bielefeld University

Bielefeld University
Ultrapure water for genome research

  • 2,000 l/h
  • reverse osmosis
  • Membrane degassing)

Daimler AG, Sindelfingen plant
Conversion of water softening and reverse osmosis plant

  • 25 m³/h

University of Würzburg
Central water supply with 2-stage reverse osmosis

  • 4/8 m³/h

BG Accident Clinic Frankfurt
Reverse osmosis with softening

  • 300 l/h

Your contact persons

Thomas Hofmann

Thomas Hofmann

Sachverständiger für Wassertechnik, Zertifiziert nach DIN EN ISO/IEC 17024

Phone: +49 6031 7318 25
Email: thomas.hofmann@envirodts.de

Julian Schmidt

Julian Schmidt

Project Engineer, Water Treatment Sales

Phone: +49 6031 7318
Email: julian.schmidt@envirodts.de