Advanced Membrane Water Solutions

Smarter Water. Smaller Footprint. Greater Reliability.

Engineering water systems for High-Rise Buildings, Data Centers, and Mission-Critical Facilities.

Discover Our Solutions

Water Should Be Used More Than Once

The next generation of buildings must move from a linear water model toward a circular water cycle. ASKA engineers this complete cycle to reduce freshwater dependence and optimize resource efficiency.

Water Cycle Concept

💧 Water Treatment

Delivering reliable, consistent water quality through advanced modern membrane technology.

♻️ Water Reuse

Engineering recycling systems to drastically reduce facility dependence on freshwater.

⚡ Resource Efficiency

Designing compact, space-saving systems optimized for low energy consumption and integrated with real-time automation.

Industry Solutions

Engineered specifically for the demands of modern infrastructure.

High-Rise Buildings

One Building. Multiple Sources. One Integrated Strategy.

We move beyond the traditional "Fresh Water ➔ Consumption ➔ Sewer" model by maximizing reuse in high-rise environments. We treat and generate reclaimed water for:

  • Toilet Flushing: Replacing potable water.
  • Cooling Towers: Treated make-up water.
  • Landscape: Meeting irrigation requirements.
  • Cleaning: Non-potable building maintenance.

Goal: Reduce freshwater consumption while dramatically reducing wastewater discharge.

High Rise Building
Data Center Servers

Data Centers

Water Reliability for Digital Infrastructure

Poor water quality directly degrades heat exchanger efficiency, causing scaling, corrosion, and biological growth. ASKA delivers controlled, consistent water quality to protect your mission-critical cooling systems.

The Closed Loop Advantage:
Instead of sending cooling tower blowdown to the drain, ASKA engineers a closed loop (Pretreatment ➔ UF ➔ RO). This significantly lowers both freshwater intake and wastewater discharge.

Membrane Technology & Automation

The core of our advanced water engineering portfolio.

MF & UF

Microfiltration: Removes suspended particles & microorganisms (Pretreatment).

Ultrafiltration: Removes turbidity, colloids & bacteria (RO Pretreatment).

NF & RO

Nanofiltration: Selective removal of hardness & organics (Softening).

Reverse Osmosis: High-performance removal of dissolved salts (High-Purity).

MBR

Membrane Bioreactor:
Biological treatment combined with membrane separation.

Application: Turning raw wastewater into highly refined reclaimed water.

Industrial Engineering

Modular Engineering

Compact. Modular. Scalable.
Factory pre-assembly for faster installation, compact footprint to maximize valuable mechanical-room space, easier commissioning, and expandable capacity for growing facility demands.

Smart Water Management

Performance Based on Data.
Native PLC, HMI, SCADA, and BMS Integration. Real-time monitoring of membrane health (pressure, flow, conductivity), water recovery rates, and system efficiency to prevent fouling before deterioration occurs.

Our Approach

Built around engineering, not just equipment.

01

REDUCE

How can the facility reduce unnecessary water consumption at the source?

02

RECOVER

Which wastewater streams can economically and safely be recovered?

03

REUSE

Where can treated water replace freshwater without compromising system reliability?

"The objective is the optimum balance between water saving, CAPEX, OPEX, reliability, and membrane life."

Project Delivery: From Concept to Operation

1. Consult
Water Audit & Feasibility Study
2. Engineer
Process Design & P&ID
3. Build
Skid Fabrication & Panels
4. Commission
Testing & Training
5. Support
Maintenance & Optimization