30 Tons/Day 98% Recovery Rate Seawater Desalination System Marine RO Station with 1,000L/H Output

Manufactured by Howann, the 30TPD (1,000L/H) Industrial Seawater Desalination System is engineered to meet the stringent water purity demands and high-volume needs of coastal cities, island resorts, marine shipping fleets, and offshore engineering operations facing natural water scarcity. Designed to process high-salinity raw seawater, this heavy-duty plant delivers a continuous output of 30 tons of fresh water per day (1,000 liters per hour), completely eliminating dependency on expensive freshwater barging or unpredictable rainfall.

Constructed upon a heavy-gauge, corrosion-resistant structural steel frame, the Howann desalination station integrates multi-stage pre-treatment (quartz sand filtration, activated carbon, and scale inhibitor dosing), high-rejection marine RO membrane assemblies, and an intelligent automated PLC control panel. By overcoming high natural osmotic pressure through powerful industrial high-pressure pumping, the system effectively strips out dissolved salts, heavy metal ions, and biological pathogens, ensuring effluent water quality that strictly complies with World Health Organization (WHO) drinking water standards.

• High-Yield 30TPD (1,000L/H) Output: Engineered to provide a stable, continuous supply of 1,000 liters of pure fresh water per hour to support medium-demand coastal operations.
• Outstanding 98% Recovery Rate: Advanced reverse osmosis membrane engineering maximizes pure water yield while minimizing concentrated brine discharge.
• Compact Space-Saving Structure: Skidded modular architecture minimizes footprint requirements, making it simple to install inside cramped marine engine rooms or containerized plants.
• Intelligent PLC Automation: Automated control system manages raw water boosting, anti-scalant chemical dosing, membrane flushing cycles, and system safety cut-offs.
• Corrosion-Resistant Marine Build: Utilizes high-grade duplex stainless steel, FRP vessels, and UPVC plumbing designed specifically to withstand harsh marine environments.

• Raw Water Intake & Pre-Treatment: Seawater is drawn through intake pumps and passed through quartz sand and carbon filters to remove suspended solids, turbidity, and algae.
• Chemical Dosing & Security Filtration: Scale inhibitors are injected to prevent mineral scaling, followed by precision 5-micron security filters to protect downstream membranes.
• High-Pressure RO Separation: The 10 kW industrial booster pump pressurizes water to overcome osmotic pressure, forcing water molecules through seawater RO membranes.
• Pure Water Delivery & Disinfection: Permeate fresh water is routed to storage tanks, while concentrated brine is safely discharged back into the ocean.

• Coastal Municipalities & Island Communities: Decentralized municipal drinking water plants converting ocean water into safe public tap water.
• Seaside Resorts & Tourism Hubs: Independent freshwater generation for hotels, villas, and commercial hospitality complexes on remote islands.
• Marine Shipping & Offshore Rigs: Reliable freshwater provisioning for cargo vessels, cruise liners, and offshore drilling platforms.
• Industrial Coastal Facilities: Providing high-purity process and utility water for coastal power, chemical, and manufacturing plants.

• Containerized Mobile Enclosures: Fully pre-assembled ISO shipping container housing for rapid plug-and-play deployment in remote coastal areas.
• Energy Recovery Devices (ERD): Optional turbochargers or pressure exchangers to slash electrical energy consumption.
• Ultraviolet (UV) Sterilization Kits: Secondary post-treatment UV sterilizers and ozonizers for absolute microbiological safety.