Product integrity
Taste and consistency
Water composition can influence sensory properties, recipe repeatability and the consistency of individual production batches.
Food & Beverage Industry · Production water and process recovery
Water is part of the product. Its quality enters every process.
Water treatment and recovery concepts for breweries, malt houses, beverage producers, dairies, food-processing plants and other operations where water influences taste, hygiene, consistency, equipment reliability and operating costs.
Water under control. Product quality, process stability and responsible water management.
I · Water quality enters the final product
In food production, water is not merely a cost. It is a raw material, a process medium and a quality factor.
A water problem can become a product problem, a hygiene problem or an interruption of production.
Water may influence flavour, aroma, microbial stability, cleaning, rinsing, heating, cooling and the reliability of technological equipment. A changing water profile can therefore affect both the final product and the operating performance of the plant.
Hygienic stability
Microbiology and biofilm
Stagnation, unsuitable water quality and poorly controlled process sections can increase microbial and biofilm risks.
Process reliability
Equipment and production
Water quality affects filters, heat exchangers, nozzles, tanks, piping and the stability of cleaning and production processes.
Water economy
Consumption and discharge
High fresh-water consumption and valuable process streams discharged to sewer increase operating costs and wastewater load.
II · Two pathways, one objective
Protect the water entering production. Recover value from water leaving the process.
AC Food and AC Malt address different parts of the operating water cycle. The final treatment architecture is always selected from the actual water quality, intended use and production requirements.
01 / Production-water quality
AC Food
Water treatment for product and process stability
AC Food is intended for input water, process water and selected technological water where taste, microbiology, stability, cleanliness and product consistency matter.
ART CARBON / CNT may form the key adsorption and advanced-polishing stage within a complete treatment configuration selected for the specific food or beverage operation.
- 01 Stabilisation of production-water quality
- 02 Reduction of selected unwanted contaminants
- 03 Support for microbiological and process stability
- 04 Protection of product integrity and equipment
Objective: repeatable water quality for a repeatable production process. — Discuss your production water
02 / Process-water recovery
AC Malt
Selective recovery of suitable process-water streams
AC Malt evaluates water streams that are currently discharged but may retain value after suitable treatment, separation, polishing and verification.
The purpose is not universal recycling. It is to identify where controlled water recovery makes technical, hygienic, operational and economic sense.
- 01 Identification of recoverable water streams
- 02 Reduction of fresh-water consumption
- 03 Lower wastewater volume and internal WWTP load
- 04 Defined reuse pathway with analytical verification
Objective: return water only where the quality and intended use can be technically defended. — Map your recoverable streams
III · Different products require different water
One treatment platform. Different production environments.
Water composition, production hygiene, sensory requirements and operating conditions differ between individual food and beverage sectors.
Brewing
Breweries and malt houses
Production water, rinsing water and selected recoverable streams assessed according to recipe, hygiene and plant operation.
Dairy production
Dairies and milk processing
Water-quality control for demanding hygiene, cleaning, rinsing, heating, cooling and product-contact environments.
Beverage production
Soft drinks and bottling
Stable water quality for beverage recipes, bottled-water production, cleaning systems and high-volume continuous operation.
Plant processing
Fruit and vegetable operations
Water management for washing, rinsing, processing and selected water-recovery applications subject to hygienic assessment.
Food production
High-consumption plants
Identification of water losses, suitable polishing stages and opportunities to reduce fresh-water and wastewater demand.
Integrated operation
Plants with internal wastewater treatment
Coordination of production-water quality, process-water recovery and wastewater load within one operating water concept.
IV · Water under control
Better water management must protect production first — and reduce operating losses second.
Product quality and operational economy must work together.
A technically correct solution evaluates the complete water cycle: input water, process requirements, cleaning, discharge, internal treatment and the potential value of individual water streams.
- 01 More stable production-water quality
- 02 Lower risk of taste, odour and consistency problems
- 03 Reduced biofilm, clogging and unplanned service interventions
- 04 Lower fresh-water demand where recovery is technically suitable
- 05 Reduced wastewater volume and load on internal treatment
- 06 Better process control, monitoring and technical documentation
V · No universal recycling promises
Safe water reuse begins with analysis — not with a marketing claim.
Every proposed reuse pathway must be assessed separately.
Water that is suitable for cleaning, cooling or another technical purpose may not be suitable for product contact. The decision depends on the origin of the stream, its composition, treatment, monitoring and the intended point of reuse.
- 01 Source and composition of the process-water stream
- 02 Intended use after treatment
- 03 Hygiene regime and product-contact risk
- 04 Local regulatory and monitoring requirements
- 05 Process responsibility and operating controls
- 06 Technical and economic feasibility
VI · From operating data to a defensible project
We do not start with a catalogue filter. We start with the production process.
The first step is to understand where water enters the operation, where its quality matters and where recoverable value may currently be lost.
01 / Map
Define the water cycle
Input water, production uses, cleaning, rinsing, heating, cooling, wastewater streams and current treatment equipment.
02 / Analyse
Establish the real water profile
Water analyses, flow rates, variability, microbiology, sensory requirements and operating problems.
03 / Verify
Test the treatment pathway
Laboratory or pilot verification where required, using representative water and clearly defined acceptance criteria.
04 / Design
Engineer the operating solution
Treatment stages, integration, regeneration, controls, monitoring, service requirements and the intended reuse pathway.
VII · Technical documentation
Explore the food and beverage water concept and discuss your production data.
The document presents water treatment, process-water recovery and operating principles for food and beverage production.
- 01 Production-water quality and process stability
- 02 AC Food treatment concept
- 03 AC Malt process-water recovery
- 04 Food and beverage production applications
- 05 Responsible water-reuse assessment
- 06 Project and pilot-data requirements
VIII · Contacts / Get in Touch
Start with the production data. We will define where water treatment or recovery makes sense.
Send the production type, location, water source, daily consumption, main operating problem, water analyses, current treatment, wastewater streams, intended reuse and the result you need to achieve.
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DANIEL-LM s.r.o. · AquaTech North Bohemia division