Water Wastewater Desalination Reuse

Engineering clarity into every drop.

AquaNova designs, builds and operates water, wastewater, desalination and industrial-reuse systems — engineered for regulatory compliance, reliable performance and long-term operational value.

Coastal desalination plant with reverse osmosis membrane racks

Treatment train

From raw water to clean, reusable water

  1. 1

    Intake

    Raw water

  2. 2

    Pretreatment

    Clarify · filter

  3. 3

    Membrane / RO

    Desalination · reuse

  4. 4

    Disinfection

    Compliance-ready

  5. 5

    Clean water

    Treated output

Reuse — back to the process

About AquaNova

From complexity to clarity.

Who We Are

AquaNova for Water Treatment Technology is positioned as a specialized engineering and technical solutions company focused on water, wastewater, industrial effluent, desalination and environmental performance. Our approach combines process knowledge, field-oriented troubleshooting and project lifecycle thinking to help clients achieve reliable treatment performance, regulatory compliance, water reuse and long-term operational value.

Our Vision

To be a trusted provider of innovative, reliable and sustainable water and environmental solutions across industry, municipalities and infrastructure.

Our Mission

To deliver technically sound solutions that turn complex water challenges into measurable improvements in quality, reliability, resource efficiency and environmental performance.

What guides our work

  • Technical integrity
  • Practical engineering
  • Innovation & R&D
  • Sustainability
  • Safety & compliance
  • Customer partnership
  • Knowledge transfer
  • Long-term performance

Services & Technologies

One partner, across the full treatment train.

From first assessment to long-term operation — select a category to see what's inside.

Treatment trains selected around water quality, risk, performance and lifecycle cost — from conventional processes to advanced membranes.

Technology portfolio

  • RO / NF / UF / MF membranes
  • Conventional water treatment
  • Coagulation & flocculation
  • Clarification / lamella / CPI
  • Sand & multimedia filtration
  • DAF & oil separation
  • Activated sludge / MBBR / MBR
  • Disinfection & oxidation
  • Sludge treatment & dewatering
  • Water reuse & polishing

Performance first

Technology selection is driven by the target water quality, variability of feed, footprint, recoveries, chemical demand, energy consumption, operator capability, maintenance requirements and applicable discharge or reuse criteria.

Wastewater treatment plant with aeration basins and a large circular clarifier

Reliable water from challenging feed sources, built around reverse osmosis and the engineering disciplines that protect membranes and sustain production.

Desalination capabilities

  • Seawater RO (SWRO)
  • Brackish water RO (BWRO)
  • Pretreatment & membrane protection
  • High-pressure pumping & energy recovery
  • Chemical conditioning & dosing
  • CIP strategy & membrane care
  • Permeate stabilization / post-treatment
  • Brine & concentrate management
Engineers inspecting reverse osmosis membrane vessels and pumps at a treatment plant

Solutions for complex, variable and high-risk industrial streams — reducing contaminants, cutting compliance risk, and recovering water for reuse.

Industrial applications

  • Food & beverage
  • Pharmaceuticals
  • Textile & dyeing
  • Chemical industries
  • Petrochemical & refining
  • Oil & gas
  • Paper & pulp
  • Power & utilities
  • Hotels & commercial facilities
  • Other water-intensive industries

Typical objectives

  • Reduce COD, BOD, TSS, oil & grease and specific contaminants
  • Improve compliance reliability and reduce environmental risk
  • Recover and reuse water for process, cooling, irrigation or utility applications
  • Optimize chemical, energy and maintenance costs
  • Prepare challenging streams for advanced treatment or ZLD where required
Industrial wastewater treatment site with aeration tanks, a circular clarifier and storage tanks

Advanced odor control systems designed to remove H₂S and other nuisance odors from wastewater and industrial applications — for a cleaner, safer and healthier environment for your community and facility.

Technologies

  • Activated carbon filters
  • Biofilters
  • Chemical scrubbers
  • Ozone systems

System features

  • H₂S removal
  • High-efficiency odor control
  • Corrosion & odor protection
  • Customized capacity & design
  • Automatic monitoring & control

Expert support

Engineering, manufacturing and installation — from design through commissioning and ongoing service — tailored to your process, flow rate and odor concentration.

Odor control unit with scrubber tower, ducting, blower and control panel

How it works

  1. 1

    Contaminated air

  2. 2

    H₂S sensor

  3. 3

    Blower

  4. 4

    Activated carbon filter

  5. 5

    Clean air

Applications

  • Wastewater treatment plants
  • Pump stations
  • Sewage networks
  • Sludge treatment areas
  • Industrial facilities
  • Landfills & waste management
  • Food & beverage industries
  • Agriculture & livestock farms
  • Chemical & petrochemical plants

Minimizing liquid discharge while maximizing resource efficiency. ZLD strategies can combine membrane concentration, thermal concentration / crystallization and solids management, depending on feed composition, recovery targets, energy availability and disposal requirements.

Capabilities

  • Water recovery & reuse
  • RO / NF concentration
  • Evaporation & crystallization
  • Concentrate management
  • Salt & solids handling
  • Energy optimization
  • Pretreatment & scaling control
  • Integrated compliance strategy

Circular water management

Our sustainability approach treats wastewater as a potential resource: recover water where technically and economically justified, reduce waste generation, and improve the overall water footprint of the facility.

Integrated engineering support across the full project — from assessment and conceptual design through commissioning and optimization.

Integrated engineering support

  • Process assessment & conceptual design
  • Process design and hydraulic review
  • Technology selection
  • Rehabilitation & capacity enhancement
  • Equipment specification
  • Supply, installation & commissioning support
  • Process optimization
  • Troubleshooting & root-cause analysis
  • Performance assessment
  • Operator and engineering support
  • Operation and maintenance

Our project mindset

We focus on the complete treatment chain rather than isolated equipment. Feed-water characteristics, hydraulic loading, biological conditions, chemical dosing, membrane protection, energy use, sludge handling, instrumentation and operating discipline are considered together.

Aerial view of a complete water treatment plant with basins, clarifiers and process tanks

Reliable operation is engineered — not assumed. A diagnostic, data-driven approach to sustained plant performance.

Operational performance

  • Reliability & asset integrity
  • Preventive & predictive maintenance
  • Process monitoring
  • Performance benchmarking
  • Operator support
  • Troubleshooting & root-cause analysis
  • Chemical optimization
  • Energy efficiency
  • Spare-parts strategy
  • Continuous improvement

What we look for

Instability in treatment performance often originates from the interaction of hydraulics, loading, process control, equipment condition, instrumentation and operating practices. Our O&M approach is therefore diagnostic, data-driven and focused on sustainable performance.

Accurate data for better decisions — connecting analytical results to treatment performance and corrective action.

Laboratory & testing capabilities

  • Laboratory design & setup
  • Sampling plans & process monitoring
  • Water & wastewater testing
  • Jar testing & treatment optimization
  • Environmental measurements
  • Analytical data review
  • Compliance support
  • Operator and laboratory training

From data to action

Laboratory results are most valuable when translated into process decisions. AquaNova connects analytical information with treatment performance, operating conditions and corrective actions.

Turning technical knowledge into practical solutions, and transferring it to the teams who run the plant day to day.

R&D focus

  • Process innovation & technology screening
  • Pilot studies & feasibility assessment
  • Optimization of existing treatment systems
  • Evaluation of advanced treatment and reuse options
  • Performance verification & scale-up support
  • Technical documentation & knowledge transfer

Innovation with discipline

R&D is approached as an engineering process: define the problem, characterize the water, establish measurable objectives, test the technology, quantify performance and determine the conditions for reliable scale-up.

Training areas

  • Advanced water treatment
  • Municipal sewage treatment
  • Industrial wastewater & reuse
  • Desalination & membrane technologies
  • ZLD and compliance
  • Troubleshooting & optimization
  • O&M excellence
  • Laboratory design & testing
  • Environmental monitoring
  • Sustainable water management & circular economy

Training can be structured as classroom sessions, technical workshops, site-based practical training or customized programs around a specific plant or operational challenge.

Focused solutions for specific water applications, backed by the same process discipline as our larger treatment projects.

Capabilities

  • Water treatment chemicals supply
  • Swimming pool water solutions
  • Cooling tower water treatment

Our Lifecycle

Full project lifecycle leadership.

One integrated view from problem definition to sustained performance — supporting clearer accountability and a stronger handover from project delivery to dependable operation.

  1. 1

    Assessment

    Understand the water, the risk and the goal.

  2. 2

    Concept & Design

    Process design and hydraulic review.

  3. 3

    Technology Selection

    Match the treatment train to the target quality.

  4. 4

    Supply

    Equipment specification and procurement.

  5. 5

    Installation

    Field execution with process oversight.

  6. 6

    Commissioning

    Bring the system online and verify performance.

  7. 7

    Operation

    Operator and engineering support.

  8. 8

    Optimization

    Troubleshooting and root-cause analysis.

  9. 9

    Training

    Capacity building for your team.

  10. 10

    Performance Improvement

    Continuous, measurable gains over time.

Why AquaNova

A technically focused partner for water, wastewater and environmental challenges.

  • Deep technical orientation

    Process knowledge that sits behind every recommendation.

  • Sustainability by design

    Water reuse and resource recovery built into the plan.

  • Practical field mindset

    Solutions shaped by what actually works on-site.

  • Knowledge transfer

    Training that leaves your team more capable, not more dependent.

  • Integrated engineering perspective

    The full treatment chain considered together, not in isolation.

  • Lifecycle thinking

    One accountable partner from assessment to operation.

  • Performance-focused solutions

    Measured against quality, reliability and cost outcomes.

  • Long-term client partnership

    Built for ongoing operation, not a one-off handover.

We aim to deliver solutions that are technically defensible, operationally practical and aligned with your environmental, commercial and sustainability objectives.

Get a Quote

Every plant is different — so is every quote.

Because scope, capacity and site conditions vary from project to project, AquaNova prices each one individually rather than off a fixed list. Tell us about your water challenge and our engineers will take it from there.

1

Tell us about it

Share your water challenge, capacity and site details below.

2

We review it

Our engineers assess the requirements and technology fit.

3

You get a proposal

A tailored, technically grounded quote — no generic pricing.

AquaNova

Water Treatment. Built for Performance.

Water · Wastewater · Industrial Effluent · Desalination · Reuse

5A Granada, Roxy, Cairo, Egypt

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