Brackish Water Reverse Osmosis 500 GPD | 1900 LPD
AMPAC USA's Tower Series Light Commercial Reverse Osmosis system is built for brackish water sources and rated at 500 gallons per day (1,900 liters per day). It draws on 28 years of experience serving commercial pure-water users, with a design focused on reliability, easy maintenance, and consistent performance that requires minimal user intervention.
The system is engineered specifically for brackish water, removing impurities and dissolved solids to produce water suited to a wide range of commercial applications. Restaurants, coffee shops, and microbreweries benefit from consistent water quality in beverage and food preparation, while supermarket produce sections and food-prep operations can maintain freshness and hygiene. The unit is also well suited to misting and humidification systems, where clean water is essential for performance and to prevent scale buildup.
AMPAC USA's manufacturing quality shows in every part of the Tower Series design. Decades of experience translate into solid components and careful engineering for durability and long-term operation, and each unit is tested to confirm it meets performance standards before it ships, helping the system deliver high-quality water with minimal operational fuss.
At 500 GPD, the system is sized for light commercial use, balancing output with a compact footprint. Its ability to treat brackish water extends its usefulness to locations with inconsistent municipal supply or well water containing elevated dissolved solids, making it a dependable choice for businesses that need continuous access to pure water.
At AMPAC USA, we take pride in delivering not just industry-leading water purification solutions but also unmatched technical support to ensure seamless operation and customer satisfaction. Our dedicated support team comprises highly trained professionals who bring together deep engineering expertise and a commitment to exceptional service. Whether you require troubleshooting assistance, product guidance, installation support, or maintenance recommendations, our team is here to help.
How We Support You:
✔ Expert Consultation – Need help selecting the right reverse osmosis system, desalination unit, or water treatment solution? Our specialists will guide you based on your unique requirements.
✔ 24/7 Technical Assistance – We understand the urgency of water purification needs. Our support team is readily available to resolve issues and keep your operations running smoothly.
✔ Installation & Setup Guidance – Whether it’s a commercial, industrial, or residential system, we provide step-by-step assistance to ensure optimal installation and efficiency.
✔ Troubleshooting & Repairs – Facing operational issues? Our experts will diagnose problems quickly and recommend the best solutions, including spare parts, system optimizations, and repairs.
✔ Preventive Maintenance Support – Extend the lifespan of your equipment with routine maintenance guidelines and service schedules tailored to your system.
Phone: 909-548-4900 | Email: info@ampac1.com
Frequently Asked Questions
What is the water output capacity of the APRO500?
The AMPAC USA APRO500 produces 500 gallons per day (1,900 liters per day) of purified water, sized for light commercial use.
What type of water source is the APRO500 designed for?
It is engineered specifically for brackish water sources, removing impurities and dissolved solids to produce water suitable for commercial applications.
What businesses use the APRO500 system?
Restaurants, coffee shops, microbreweries, supermarket produce sections, and food preparation operations use it for consistent water quality, along with businesses running misting and humidification systems.
Why is the APRO500 suitable for misting and humidification systems?
Its purified output is free of impurities that would otherwise cause scale buildup, helping misting and humidification equipment perform optimally.
How much maintenance does the APRO500 require?
The system is designed for reliability and ease of maintenance, delivering consistent performance with minimal user intervention.