From emergency response to mega-infrastructure, AquaNova Solutions is your partner in turning water scarcity into security.
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At AquaNova Solutions,
we specialize in delivering cutting-edge water desalination technologies and comprehensive solutions to address the global water crisis. With a focus on sustainability, efficiency, and reliability, we empower industries, communities, and governments to secure clean, potable water from even the most challenging sources.From reverse osmosis systems to advanced membrane technologies, our expertise spans distribution, marketing, and on-the-ground project management. We don’t just sell equipment. We engineer tailored solutions, oversee seamless implementations, and ensure long-term operational success.
ABOUT OUR COMPANY
AquaNova Solutions is a pioneering force in the water desalination industry, driven by the unwavering belief that water scarcity is a challenge we can overcome.
Founded with a clear mission to make clean water accessible to all, we have established ourselves as a trusted leader through innovation, quality, and a deep commitment to sustainability. At the heart of our operations lies a dedication to cutting-edge technology, from reverse osmosis systems to advanced membrane technologies, enabling us to tackle even the most complex water sources. Our expertise extends beyond equipment distribution; we engineer tailored solutions, manage seamless implementations, and ensure long-term operational success for industries, and communities worldwide.
Our values are the cornerstone of everything we do. Innovation fuels our investment in research and development, pushing the boundaries of desalination technology to new heights. Integrity defines our approach, with transparency and ethical practices guiding every decision we make. Impact is our ultimate goal. Each project we undertake is a step toward global water sustainability, transforming saline, brackish, and contaminated water into life-sustaining resources.
Backed by a multidisciplinary team of engineers, hydrologists, project managers, and sustainability experts, we have successfully delivered over 150 desalination projects across the globe. Our vision is clear; to become the global benchmark for desalination solutions, driving a future where water scarcity is a thing of the past. Join us in redefining water security and creating a world where no drop is wasted. Together, we can turn the tide on the global water crisis and ensure a sustainable future for generations to come.
Our Solutions
At AquaNova Solutions, we engineer, deploy, and optimize cutting-edge water treatment systems tailored to the unique challenges of our clients. From arid deserts to bustling metropolises, our solutions transform the most complex water sources into reliable, sustainable resources. Below, explore our core technologies, each designed with innovation, efficiency, and environmental stewardship at its heart.
01
Reverse Osmosis (RO) Systems
Reverse Osmosis (RO) is the cornerstone of modem desalination, capable of removing up to 99.8% of dissolved salts, minerals, and impurities. Our RO systems are engineered for versatility, handling seawater, brackish water, and industrial wastewater with unmatched efficiency.
Key Features:
Pretreatment Solutions: Multimedia filters, cartridge filters, and chemical dosing systems to prevent membrane fouling.
High-Pressure Pumps: Energy-efficient models with variable frequency drives (VFDs). Membrane Configurations: Spiral-wound, thin-film composite membranes optimized for specific feedwater qualities.
Energy Recovery Devices (ERDs): Isobaric chambers and Pelton turbines reclaiming up to 40% of energy.
Post-Treatment: pH adjustment, remineralization, and disinfection (UV/chlorine) for potable water standards.
Applications:
- Municipal drinking water supply.
- Industrial process water (pharmaceuticals, food & beverage).
- Water reuse in manufacturing and mining.
02
Forward Osmosis (FO) Innovations
Forward Osmosis (FO) harnesses natural osmotic pressure to separate water from contaminants, offering a low-energy alternative for challenging applications. Ideal for high-fouling waters and decentralized systems.
Key Features:
Draw Solutions: Thermolytic salts or custom formulations to drive osmotic pressure.
Modular Design: Containerized units for easy transport and deployment.
Energy Efficiency: Operates at ambient temperatures, reducing thermal/electrical demands by 50-70%.
Membrane Materials: Hydrophilic polymers resistant to extreme TDS and biological contaminants.
Applications:
- Emergency water supply in disaster zones.
- Landfill leachate treatment.
- Remote communities and island nations.
03
Thermal Desalination Systems
Thermal desalination technologies, Multi-Stage Flash (MSF) and Multi-Effect Distillation (MED), leverage heat to evaporate and condense water, ideal for high-salinity sources and waste heat recovery.
MSF Systems - Key Features:
Sequential Flash Chambers: Water evaporates at decreasing pressures, maximizing recovery.
Heat Sources: Steam from cogeneration plants or standalone boilers.
Brine Concentration: Up to 70,000 ppm salinity feedwater capability.
MED Systems - Key Features:
Sequential Effects: Vapor from one effect heats the next, achieving 30-40% thermal efficiency.
Compact Design: Vertical tube bundles for smaller footprints.
Hybrid Configurations: Combined with RO for energy optimization.
Applications:
- Power plant water supply.
- Petrochemical and steel industries.
- Coastal regions with abundant seawater.
04
Mobile Desalination Units
Our mobile units are rapid-deployment systems designed for temporary or emergency water needs. Containerized and skid-mounted, they provide clean water within days, not months.
Key Features:
Plug-and-Play Design: Pre-assembled with pumps, membranes, and controls.
Feedwater Flexibility: Adaptable to seawater, brackish water, or surface water.
Power Options: Diesel generators, solar panels, or grid connection.
Remote Monitoring: Satellite-enabled telemetry for performance tracking.
Applications:
- Humanitarian crises and natural disasters.
- Military bases and construction sites.
- Tourism peaks in remote areas.
05
Smart Water Management System
Leveraging IoT and AI, our smart platforms optimize every stage of water treatment, from intake to distribution. Real-time data drives efficiency, predictive maintenance, and compliance.
Key Features:
Sensor Networks: Monitoring flow, pressure, TDS, pH, ORP, and turbidity.
SCADA Integration: Centralized control rooms with alarm systems.
Predictive Analytics: Machine learning algorithms forecast membrane lifespan and pump efficiency.
Cloud Dashboard: Accessible via web/mobile for global operations teams.
Benefits:
Operational Savings: Reduces energy and chemical consumption by 15-25%.
Downtime Minimization: Proactive alerts for filter changes or membrane cleaning.
Regulatory Compliance: Automated reporting for WHO, EPA, and local standards.
06
Hybrid Desalination Systems
Hybrid systems combine two or more technologies (e.g., RO + MED, FO + UF) to optimize capital costs, energy consumption, and water recovery rates.
Key Features:
Feedwater Analysis: Matching technologies to salinity, temperature, and contaminant profiles.
Energy Synergy: Waste heat from thermal processes powering RO high-pressure pumps.
Modular Scalability: Future-proof designs for population or industrial growth.
OUR PROJECTS
We invite you to explore our latest projects, which highlight our expertise in delivering customized desalination and water treatment solutions across diverse environments and industries. Each project demonstrates our ability to adapt cutting-edge technologies to local conditions, overcome logistical challenges, and provide sustainable water solutions tailored to our clients' needs.
Large-Scale Seawater Desalination Plant (Middle East)
Location:
Coastal City, United Arab Emirates
Capacity:
50,000 m3/day
Challenge:
Address extreme salinity (45,000 ppm) and reduce energy costs in a water-stressed region.
- Hybrid System: Combined reverse osmosis (RO) with multi-stage flash (MSF) distillation.
- Energy Optimization: Integrated solar PV panels and energy recovery devices (ERDs), cutting energy consumption by 35%.
- Brine Management: Implemented a deep-well injection system to minimize environmental impact.
Solution:
Impact:
Supplies potable water to 500,000 residents, supporting urban growth and industrial development.
Brackish Water Treatment for Agriculture (North Africa)
Location:
Sahara Desert Fringe, Morocco
Capacity:
10,000 m3/day
Challenge:
Provide irrigation water for drought-resistant crops in a region with limited freshwater.
- RO System: Designed for feedwater salinity up to 10,000 ppm.
- Solar Hybrid Power: Off-grid operation using solar energy and diesel generators.
- Water Distribution: 150 km pipeline network to reach remote farms.
Solution:
Impact:
Enabled cultivation of 5,000 hectares of date palms and vegetables, boosting local economy.
Emergency Desalination for Disaster Relief (Caribbean)
Location:
Hurricane-Affected Island, Bahamas
Capacity:
1,000 m3/day
Challenge:
Rapidly restore drinking water supply after a Category 5 hurricane destroyed existing infrastructure.
- Mobile RO Units: Deployed within 72 hours in ISO containers.
- Feedwater Flexibility: Treated seawater and contaminated groundwater.
- Logistics: Airlifted equipment and operated by trained local teams.
Solution:
Impact:
Provided clean water to 10,000 displaced residents for 6 months until permanent systems were rebuilt.
Industrial Wastewater Recycling (Europe)
Location:
Chemical Plant, Germany
Capacity:
2,000 m3/day
Challenge:
Achieve zero liquid discharge (ZLD) to comply with EU environmental regulations.
- Sequential Treatment: Ultrafiltration (UF) + RO + Evaporation Crystallizer.
- Resource Recovery: Extracted sodium chloride from brine for resale.
- Automation: SCADA system for real-time monitoring and control.
Solution:
Impact:
Reduced freshwater intake by 70% and eliminated environmental discharge penalties
Remote Island Water Security (Pacific Region)
Location:
Fiji Archipelago
Capacity:
500 m3/day
Challenge:
Secure freshwater for a resort island with no natural springs and limited rainfall.
- Forward Osmosis (FO): Leveraged tidal energy for low-pressure operation.
- Hybrid System: Combined FO with rainwater harvesting and storage.
- Modular Design: Scalable to accommodate tourist season fluctuations.
Solution:
Impact:
Achieved 100% water self-sufficiency, eliminating reliance on imported water.
Municipal Water Supply Upgrade (Asia)
Location:
Metro Manila, Philippines
Capacity:
100,000 m3/day
Challenge:
Modernize aging water treatment plants to serve a population of 1.5 million.
- Smart RO Systems: Integrated IoT sensors for predictive maintenance.
- Leak Detection: Reduced distribution network losses by 25%.
- Community Taps: Installed 200 access points in underserved neighborhoods.
Solution:
Impact:
Improved water quality compliance and extended service to 300,000 new households.
Offshore Oil Rig Desalination (Gulf of Mexico)
Location:
Deepwater Rig, USA
Capacity:
200 m3/day
Challenge:
Provide potable water in a corrosive marine environment with limited space.
- Compact RO Unit: Stainless steel and FRP construction resistant to saltwater corrosion.
- Redundancy: Dual systems with automatic failover.
- Remote Monitoring: Satellite-linked controls for real-time performance tracking.
Solution:
Impact:
Achieved 99.8% uptime, supporting 150 crew members without resupply needs.
Eco-Resort Sustainable Water Solution (Australia)
Location:
Great Barrier Reef, Queensland
Capacity:
300 m3/day
Challenge:
Meet luxury resort’s water demands without harming the fragile marine ecosystem.
- Hybrid System: RO for seawater + UV disinfection for rainwater.
- Environmental Safeguards: Subsurface brine discharge with diffuser system.
- Energy Efficiency: Powered by rooftop solar panels and wind turbines.
Solution:
Impact:
Certified as Australia’s first carbon-neutral resort, attracting eco-conscious tourists.