Engineering Smarter Water & Industrial Systems
With over 25 years of global experience, we deliver innovative engineering solutions for water reuse, process optimization, and sustainable industrial operations.
Key Product Categories
Browse our key product categories to find high-quality solutions for water treatment, industrial processes, and sustainable operation.
Industrial Components Engineered for Reliable Performance
Our product portfolio includes high -quality industrial components designed to support water treatment, water reuse, and process optimization systems. Each product is carefully selected and engineered to meet demanding industrial standards, ensuring efficiency, durability, and long-term operational reliability.
Resin Trap/Catcher: Ensuring Purity and Performance in Industrial Water Treatment
For critical industrial water treatment applications, maintaining the integrity of your Ion Exchange systems is paramount. Ae Wasser, your trusted partner in Austria, presents the high-performance Resin Trap/Catcher – engineered to safeguard your Mixed Bed Filters and ensure the consistent supply of high-purity water.
Engineered for Excellence, Designed for Reliability:
The Ae Wasser Resin Trap/Catcher is a robust industrial filter meticulously designed to prevent the costly escape of Ion Exchange Resin from Mixed Bed Filters. Installed downstream of your Ion Exchangers, this essential component operates with precision to maintain system efficiency and water quality.
Key Technical Specifications & Performance:
- Precision Filtration: Features an internal Slotted Pipe with a fine 0.2mm slot size, ensuring that even small resin particles are effectively retained, preventing them from entering downstream processes.
- Durable Construction: Both the Internal Slotted Pipe and the Outer Shell are constructed from high-grade St.St.304 stainless steel, offering superior corrosion resistance and longevity in demanding industrial environments.
- Optimized Design: The Slotted Pipe is sized to match the main process pipe, while the Outer Shell is larger, providing ample capacity and facilitating efficient operation.
- Integrated Cleaning Function: The entire Resin Trap Filter is equipped with a Drain port, allowing for effective backflushing to remove any broken resin beads and maintain optimal filter performance.
Benefits for Your Operations:
- For EPC Contractors:
- Ease of Installation: Designed for straightforward integration into new or existing plant layouts.
- Reliability: Robust St.St.304 construction ensures dependable performance and minimal maintenance requirements.
- Cost-Effectiveness: Prevents resin loss, reducing material replacement costs and safeguarding downstream equipment from damage.
- For Industrial Plant Operators:
- Extended Equipment Life: Protects sensitive downstream equipment (like Boiler Feed Water systems) from resin abrasion and contamination.
- Improved Water Quality: Guarantees the purity of treated water by preventing resin fines from compromising demineralization processes.
- Reduced Downtime: Minimizes the risk of system failures or performance degradation caused by resin leakage, ensuring continuous operation.
Application:
Specifically designed for Industrial Demineralized Water Treatment Plants, the Ae Wasser Resin Trap/Catcher is a critical component for ensuring a reliable supply of high-purity boiler feed water.
Trust Ae Wasser for robust solutions that enhance the efficiency and longevity of your industrial water treatment processes.
Ejectors – Fluid & Media Conveyance Solutions
Ae Wasser presents Ejectors, a robust and versatile fluid conveyance technology that utilizes a high-pressure motive fluid to create a vacuum, enabling the suction and transport of injected media. This method offers a reliable alternative to traditional chemical dosing pumps and is highly effective for handling the transportation of both solids and liquids.
Working Principle
The core of the ejector’s operation lies in the motive fluid (typically water) being forced through a precisely engineered nozzle. This generates a high-velocity flow characterized by a zone of negative pressure. This vacuum effectively draws in and entrains the INJECTED MEDIA (which can be solid or liquid) for simultaneous transport.
Key Industrial Applications
Ae Wasser ejectors are employed across various critical industrial processes:
- Solid Media Transportation:
- Application: Primarily used for the transport of Ion Exchange Resins within Water Treatment Plants.
- Benefit: Provides a simple, reliable method for moving granular media without complex pumping mechanisms.
- Chemical Dosing (Alternative to Pumps):
- Application: Dosing of Caustic Soda and Acid within Ion Exchanger Regeneration Systems in Industrial Water Treatment Plants.
- Benefit: Offers a pump-less chemical dosing solution, ideal for systems where pump maintenance or operational complexity is a concern, ensuring consistent chemical delivery during regeneration cycles.
Advantages
- Simplicity and Reliability: No moving parts in the primary suction/transport mechanism, leading to high operational reliability and minimal maintenance.
- Versatility: Capable of handling both granular solids and liquid chemicals.
- Cost-Effectiveness: Often a more economical solution compared to specialized pumps for certain applications.
- Safety: Eliminates the need for high-pressure seals associated with some pump types, particularly beneficial when handling corrosive chemicals.
Mixing Tees – Inline Fluid Blending & Diffusion Solutions
Ae Wasser provides high-performance Mixing Tees, a simple and cost-effective piping component engineered for the efficient blending of multiple fluid streams. These fittings are specifically designed to promote rapid chemical diffusion within a system, ensuring homogeneous mixtures directly inline.
Key Features & Benefits
- Efficient Blending: Engineered geometry that facilitates the combining of two or more fluid streams into a single, uniform discharge.
- Cost-Effective Design: A straightforward solution for inline chemical integration, reducing the need for more complex, bulky mixing equipment.
- Versatile Integration: Easily installed into standard piping configurations to provide reliable, continuous mixing.
Materials of Construction
Ae Wasser offers Mixing Tees in materials tailored to your specific process conditions:
- Stainless Steel 316/304: Suitable for general industrial blending, offering excellent mechanical strength and durability.
- PVDF (Polyvinylidene Fluoride): A premium fluoropolymer required for aggressive and demanding chemical processes.
Specialized Application: Sulfuric Acid Dilution
Our PVDF Mixing Tees are specifically engineered for the dilution of 98% Concentrated Sulfuric Acid.
- Thermal Resistance: Because the reaction between sulfuric acid and water is highly exothermic (generating significant heat), standard materials may fail. PVDF provides the necessary chemical inertness and resistance to the high reaction temperatures generated during the dilution process, ensuring safety and structural integrity.
CO₂ Absorbers & Moisture Absorbers – Tank Vent Air Conditioning Solutions
Ae Wasser supplies specialized CO₂ absorbers and moisture absorbers (desiccant pots) designed to condition incoming air during tank breathing. These systems protect sensitive stored media by preventing contamination from carbon dioxide and moisture during tank filling and emptying operations.
CO₂ Absorbers – Protection of Demineralized Water Quality
Function & Working Principle
CO₂ absorbers are installed to remove carbon dioxide from ambient air entering storage tanks during filling or emptying. When tanks breathe, exhaust or intake air may contain CO₂, which can dissolve into stored liquids and adversely affect their quality.
For demineralized (DM) water storage tanks, controlling dissolved CO₂ (ppm level) is critical. CO₂ ingress increases conductivity and degrades water quality, negatively impacting downstream steam generation systems.
To prevent this, CO₂ absorbers are installed on the tank roof air vent nozzle, where incoming air passes through the absorber media, removing CO₂ before it enters the tank.
Key Applications
- Demineralized Water Storage Tanks
- Power Plants: Steam and combined‑cycle power plants
- Oil & Gas Utilities: DM water supply systems for steam generation
Key Benefits
- Maintains low CO₂ ppm levels in demineralized water
- Preserves water quality for high‑pressure boiler systems
- Reduces corrosion and scaling risks in downstream equipment
Moisture Absorbers (Desiccant Pots) – Moisture Control for Corrosive Media
Function & Working Principle
Moisture absorbers, also known as desiccant pots, are designed to remove water vapor from atmospheric air entering tanks during air inbreathing. By absorbing moisture, they prevent condensation and dilution of sensitive stored liquids.
The primary industrial application is concentrated sulfuric acid (98%) storage tanks. During air inbreathing, humid air can introduce moisture into the tank, diluting the acid. Sulfuric acid concentrations below 96% become highly corrosive to carbon steel, significantly increasing the risk of tank damage.
To avoid this, moisture absorbers are installed on the tank roof vent nozzle, ensuring that incoming air is dried before contact with the tank contents.
Key Applications
- Concentrated Sulfuric Acid (98%) Storage Tanks
- Chemical storage tanks sensitive to moisture ingress
- Industrial facilities handling hygroscopic or corrosive fluids
Key Benefits
- Prevents dilution of concentrated sulfuric acid
- Protects carbon steel tanks from accelerated corrosion
- Extends tank service life and improves operational safety
- Reduces maintenance and replacement costs
Typical Industrial Applications
- Demineralized Water Supply Systems
(Steam and combined‑cycle power plants)
- Steam Utility Systems
(Oil & gas and process industry projects)
Vacuum Breakers – Essential Protection for Industrial Storage Tanks
Ae Wasser provides reliable vacuum breakers, critical safety devices designed to protect industrial storage tanks from the damaging effects of vacuum conditions. These devices automatically vent ambient air into the tank when negative pressure occurs, preventing structural collapse during emptying operations.
Function & Application
- Preventing Tank Collapse: Vacuum can form during rapid fluid withdrawal (e.g., pump suction during emptying). This negative pressure can exceed the tank’s structural integrity, leading to deformation or collapse.
- Automatic Air Entry: Vacuum breakers are precisely calibrated to open at a minimal negative pressure setpoint. Upon activation, they allow atmospheric air to enter the tank, equalizing the internal pressure and preventing vacuum buildup.
- Broad Applicability: Suitable for a wide range of industrial storage tanks, including those for chemicals, fuels, oils, water, and other process liquids.
Sizing & Standards
- API 2000 Compliance: The sizing and selection of Ae Wasser vacuum breakers are performed in accordance with the API 2000 standard (“Venting Atmospheric and Low-Pressure Storage Tanks”). This ensures that the devices are appropriately sized to handle the maximum emptying rates and prevent over-pressurization or vacuum conditions.
- Customized Solutions: We offer a range of vacuum breaker sizes and types to meet specific tank volumes, emptying rates, and operational requirements.
Key Benefits
- Structural Integrity: Safeguards tank walls and roofs from vacuum-induced damage.
- Operational Reliability: Ensures uninterrupted storage and processing operations by maintaining tank stability.
- Safety: Prevents potential catastrophic failures associated with vacuum conditions.
- Low Maintenance: As devices with no moving parts that are subject to vacuum actuation, they require minimal upkeep.
Static Mixers – High Efficiency Inline Blending Solutions
Static Mixers – High Efficiency Inline Blending Solutions
Ae Wasser offers advanced static mixers, a highly efficient solution for inline chemical injection and process fluid blending. Engineered with no moving parts, these mixers provide a reliable, low‑maintenance alternative to dynamic agitators, ensuring homogeneous mixing directly within process pipelines.
Key Features & Benefits
- No Moving Parts: Eliminates the need for external power, reduces wear and tear, and simplifies maintenance.
- High Mixing Efficiency: Achieves excellent radial and/or axial mixing through precisely designed internal elements.
- Energy Efficiency: Utilizes the flow energy of the process fluid for mixing, minimizing pressure drop.
- Compact Design: Integrates directly into piping systems, requiring minimal installation space.
Materials of Construction
- UPVC (Unplasticized Polyvinyl Chloride): Offers excellent chemical resistance for a wide range of applications, particularly in corrosive fluid environments.
- FRP (Fiber Reinforced Plastic): Provides high strength and superior corrosion resistance, ideal for demanding applications such as desalination plants.
- St.St.304 (Stainless Steel): Standard grade offering good corrosion resistance and mechanical strength for general industrial use.
- St.St.316 (Stainless Steel): Premium grade with enhanced resistance to corrosive media, suitable for more aggressive chemical processing and high-purity applications.
Primary Applications
- Chemical Mixing Improvement: Ensures uniform distribution of injected chemicals in process streams.
- Water Treatment Plants: Critical for efficient dosing and blending of treatment chemicals (e.g., coagulants, flocculants, disinfectants, pH adjusters).
- Desalination Plants: Precise mixing for pre-treatment and post-treatment chemical conditioning.
- Process Plants: Blending of diverse liquid streams, homogenization of product streams, and facilitating reactions where uniform composition is key.
- Inline Dilution & Blending: Achieving precise concentration ratios of mixed fluids.
Fast Delivery
Global Supply Network | Optimized Lead Times
ROI Focused
Lower Lifecycle Costs through Efficient Engineering
R&D Edge
Advanced Engineering | International Standards
Localized Support
Regional Service for Industrial Clients
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Customer Comments
Read customer comments about our reliable industrial solutions and services.
Nummer 1
Aewasser’s components have significantly improved our water recycling efficiency. The quality is exceptional, and their technical support team was incredibly helpful in selecting the right parts for our complex industrial system. Highly recommended!
Nummer 1
We rely on Aewasser for critical parts in our industrial filtration process. Their products deliver consistent performance and durability, minimizing downtime and operational costs. A truly valuable partner for any industrial application.
Nummer 1
The expertise and product range at Aewasser are outstanding. They provided tailored solutions that perfectly fit our water treatment needs, enhancing our system’s reliability. We are very satisfied with their service and the quality of their components.
