Connect
Intake and delivery hoses are connected and the unit is started.
Mobile Water Treatment · Emergency Supply
Water has to arrive where there is no infrastructure.
A compact trailer-based treatment unit for drinking-water supply during failures, outages, floods and emergency situations. The source is assessed first; the treatment configuration follows from the water.
Nominal output2 m³/h
Continuous treatment according to source quality and final configuration.
Net daily output45 m³/day
Design output after automatic membrane backwash losses.
Mobilityup to 3.5 t
Trailer-based unit for rapid relocation and field deployment.
Deployment
Tow it in. Connect it. Start it. Supply water.
Water within fifteen minutes of arrival.
The unit is designed for rapid field set-up without site preparation. Water intake and delivery lines are connected through quick couplings, the system starts, the permeate tank fills and treated water is available for distribution.
Build reserve
The 300-litre permeate tank fills at approximately 33 litres per minute.
Supply
Treated water reaches the outlet and can be distributed.
The permeate tank is not a delay. It is the operating reserve for automatic membrane backwashing and continuous field operation.
Purpose
It is not about litres per hour. It is about water at the right time and the right place.
Emergency supply begins before the pump starts. The source, the incident and the intended use determine which barriers are needed.
A flood-affected river with high turbidity needs a different operating strategy from a reservoir with seasonal biological growth. A source affected by an unknown spill may need to be rejected completely. The unit is therefore a configurable treatment platform, not one universal box.
Interrupted mains supply
Replacement supply for municipalities, hospitals, schools, social facilities or critical operations.
Affected source
High turbidity, microbiological risk and changing raw-water quality require continuous supervision.
Temporary supply
Remote areas, response bases, camps and sites without stable water infrastructure.
Limits
A mobile plant is not a universal answer. It has to know its source.
Not every source can be safely treated in the same configuration.
Groundwater with dissolved iron and manganese, high salinity, certain metals, radionuclides or an unknown spill may require additional treatment, laboratory assessment or exclusion of the source.
A responsible system must also be able to say: we will not use this source.
- source safety and abstraction feasibility,
- turbidity, conductivity, pH and field parameters,
- microbiological and chemical risk,
- required volume and intended use,
- availability of power, fuel and operators,
- method of delivery and hygienic securing.
Input data
For a first deployment proposal we need six specific pieces of information.
Type of event
Failure, flood, outage, emergency supply or long-term field operation.
Water source
River, stream, reservoir, pond or another available source.
Available analysis
Turbidity, microbiology, chemistry, conductivity and incident information.
Required output
Hourly demand, daily volume, number of draw-off points and delivery regime.
Deployment site
Access, ground, space, climate, power and disposal of backwash water.
Intended use
Drinking, cooking, hygiene, medical operations or technical water.
Capacity
One unit. Thousands of people per day.
At a net daily output of 45 m³, the number of people supplied depends on the emergency allocation.
Initial emergency rationing.
Drinking water and basic hygiene.
Stabilised longer deployment.
Extended supply and medical operations.
Treatment path
Six consecutive stages. One operating system.
Raw-water intake
River, stream, reservoir, pond, hydrant or temporary storage after basic source assessment.
Plate pre-filtration
Protection from coarse solids and reduction of the particle load.
Ceramic ultrafiltration
A robust barrier for turbidity, sediment, microorganisms and particles above the membrane cut-off.
ART CARBON polishing
Targeted treatment of selected dissolved substances in a compact adsorption stage.
ClO₂ disinfection
Flow-proportional final disinfection downstream of the adsorption stage.
Storage and delivery
Balancing tank, controlled draw-off and distribution to containers or a temporary line.
The order matters. Each barrier solves a different part of the water-quality problem.
Configuration
Output matters. Sustained operation matters just as much.
Design working pressure for stable flow and automatic sequences.
Indicative water use for automatic membrane backwash cycles.
Permeate tank between treatment and delivery; also the backwash-water source.
Inverter diesel generator for extended autonomous operation.
Indicative service capacity depending on raw water and operating regime.
Fast replacement of the media bag without dismantling the process line.
Actual output, media capacity, energy use and service frequency are verified against the real source and operating load.
Principle
No single technology does everything. That is why the barriers complement each other.
Ceramic ultrafiltration
Provides a stable physical barrier against turbidity, particles and a large part of the microbiological load.
ART CARBON
Used for selected dissolved substances according to source quality, target compounds and contact conditions.
Monitoring and operating regime
Sampling, control points, operating records and procedures for changes in source quality remain essential.
The system does not desalinate water. High salinity may require a separate reverse-osmosis stage.
Field operation
The technology has to work where there is no service hall.
Rapid set-up
Trailer unit with clearly defined connection points and field logistics.
Insulated enclosure
PIR-insulated cabinet for year-round operation.
Remote oversight
Turbidity, ClO₂ residual, pH and temperature monitored on a mobile dashboard.
Fail-safe operation
Level sensors and pump logic prevent overflow and uncontrolled gravity feed.
Scope of supply
You are not buying a catalogue set. You are buying what you are missing.
Complete trailer unit
Technology, enclosure, generator and trailer as one finished deployable assembly.
Containerised version
Higher-output configuration for long deployment and regional reserve capacity.
Technology frames only
For installation into your own trailer, container or fixed building.
Without generator
For sites with reliable mains power or an existing power source.
Technical documentation
Mobile Water Treatment Unit. Technical overview.
The technical document presents the mobile treatment concept, configuration and intended deployment.
Document scope
Technical concept and deployment logic
Use the PDF as the technical companion to this page. Project-specific sizing and acceptance criteria are defined during assessment.
Contacts / Get in Touch
Where should drinking water be before the problem arrives?
Send the country and location, the type of event, the available source, the required output and what you already have. We will define the next technical step.
Export / International Dept.+420 730 330 353
Management+420 777 321 846
Sales Department+420 773 992 321
Technical Support+420 777 919 877