AMR series Emergency, Marine-based Land-Based Seawater Desalination Watermakers 100GPD~100,000GPD
Emergency Portable Seawater Desalination Watermakers
In the case of Natural Disasters or wars or for small boats, portable Watermaker is a very simple system and is designed to convert Seawater to Pure Drinking Water within seconds with just a push of a button. This Watermaker will also purify Well Water or Surface Water and convert it to Potable Drinking Water Standards set by the WHO. This Portable Watermaker can be designed to operate using DC
or AC Power as per customer requirement.
Model | Flowrate (GPD/LPH) | Dimensions (LxDxH) | Weight | Voltage |
AMR150 | 150 GPD | 23.7 LPH | 22” x 19” x 16” | 90 lbs. | 41Kg. | 24/48VDC / 110/240VAC |
AMR220 | 220 GPD | 34.5 LPH | 22” x 19” x 16” | 110 lbs | 50Kg. | 24/48VDC / 110/240VAC |
Marine-Based Seawater Desalination Watermakers
Onshore Fresh SWRO Watermakers, designed for land use, can be fed directly from the sea or any beach well, and will convert seawater or salty brackish water to pure fresh drinking water. These systems are perfect for locations with no fresh or municipal water supplies such as remote areas, or smaller atolls and islands having no potable water sources.
Model | Flowrate (GPD/LPH) | Dimensions (LxDxH) | Weight | Voltage |
AMR100 | 100 GPD | 15.8 LPH | 15” x 23” x 15” | 75 lbs.| 34 Kg. | 24/48VDC / 110/240VAC |
AMR200 | 200 GPD | 31.5 LPH | 22” x 24” x 15” | 90 lbs.| 40 Kg. | 24/48VDC / 110/240VAC |
AMR300 | 300 GPD | 47.0 LPH | 22” x 24” x 15” | 110 lbs.| 50 Kg | 24/48VDC / 110/240VAC |
AMR600 | 600 GPD | 94.6 LPH | 22” x 24” x 15” | 120 lbs. | 55 Kg. | 110/240VAC |
AMR800 | 800 GPD | 126.0 LPH | 22” x 24” x 18” | 132 lbs. | 60 Kg. | 110/240VAC |
AMR1000 | 1,000 GPD | 158.0 LPH | 22” x 24” x 18” | 145 lbs. | 66 Kg. | 110/240VAC |
AMR1500 | 1,500 GPD | 236.5 LPH | 52” x 24” x 26” | 160 lbs. | 73 Kg. | 110/240VAC |
AMR3000 | 3,000 GPD | 473.0 LPH | 60” x 24” x 48” | 245 lbs. | 112 Kg. | 240/380/460VAC |
AMR5000 | 5,000 GPD | 788.5 LPH | 60” x 26” x 85” | 350 lbs. | 159 Kg. | 240/380/460VAC |
AMR6000 | 6,000 GPD | 946.0 LPH | 60” x 26” x 85” | 650 lbs. | 295 Kg. | 240/380/460VAC |
AMR10K | 10,000 GPD | 1577 LPH | 96” x 40”x 85” | 1200 lbs. | 546 Kg. | 240/380/460VAC |
Land-Based Seawater Desalination Watermakers:
Fully automated Custom Built Turnkey Seawater Desalination Systems including all necessary Pre-Treatment, Reverse Osmosis Process, and Post-Treatment, fully built on an Epoxy Powder Coated welded Aluminum or stainless steel Skid with Diamond Plate Base using excellent industrial practice and following manufacturer’s guidelines for every component.
Model | Flowrate (GPD/m³/day) | Dimensions (LxDxH) | Weight | Voltage |
AMR500-LC | 500 GPD | 1.9 m³/day | 24” x 24” x 52” | 350 lbs.| 160 Kg. | 24/48VDC / 110/240VAC |
AMR1500-LX | 1,500 GPD | 5.7 m³/day | 72” x 24” x 60” | 750 lbs.| 340 Kg. | 24/48VDC / 110/240VAC |
AMR3000-LX | 3,000 GPD | 11.4 m³/day | 72” x 24” x 60” | 875 lbs.| 400 Kg | 24/48VDC / 110/240VAC |
AMR5000-LX | 5,000 GPD | 19.0 m³/day | 72” x 30” x 60” | 1,000 lbs. | 450 Kg. | 110/240VAC |
AMR6000-LX | 6,000 GPD | 22.7 m³/day | 72” x 30” x 60” | 1,150 lbs. | 525 Kg. | 110/240VAC |
AMR9000-LX | 9,000 GPD | 34.0 m³/day | 96” x 48” x 74” | 1,500 lbs. | 680 Kg. | 110/240VAC |
AMR12K-LX | 12,000 GPD | 45.4 m³/day | 96” x 48” x 78” | 1,750 lbs. | 800 Kg. | 110/240VAC |
AMR15K-LX | 15,000 GPD | 56.8 m³/day | 96” x 48” x 78” | 7,500 lbs. | 3,400 Kg. | 240/380/460VAC |
AMR20K-LX | 20,000 GPD | 75.7 m³/day | 102” x 48” x 85” | 9,500 lbs. | 4,320 Kg. | 240/380/460VAC |
AMR40K-LX | 40,000 GPD | 151.4 m³/day | 102” x 52” x 85” | 11,850 lbs. | 5,400 Kg. | 380/460VAC |
AMR60K-LX | 60,000 GPD | 227.0 m³/day | 144” x 52”x 85” | 13,750 lbs. | 6,250 Kg. | 380/460VAC |
AMR80K-LX | 80,000 GPD | 302.8 m³/day | 144” x 52”x 85” | 14,500 lbs. | 6,590 Kg. | 380/460VAC |
AMR100K-LX | 100,000 GPD | 378.5 m³/day | 144” x 96”x 85” | 16,450 lbs. | 7,480 Kg. | 380/460VAC |
More information about SWRO
What is seawater reverse osmosis?
Seawater reverse osmosis systems are designed to decline more than 99% of saline compromised within the feed water. These systems also incorporate a rinsing, chemical purifying apparatus to eliminate sodium chloride, avert scaling, and preserve system performance. There are two fundamental elements within every seawater reverse osmosis system, which are reverse osmosis membranes and high pressure feed pumps. These elements make up the center of any reverse osmosis system and need special consideration and application for successful operation.
Does reverse osmosis remove salt from seawater?
Yes, semipermeable membranes enable the feed water to pass through it at a much higher volume than dissolved salts. Reverse osmosis systems work by applying pressure as freshwater streams through its membranes to filter out the concentrated saline in the feed water, as well as minerals and pollutants. These unwanted impurities are either flushed away, recycled, or processed. Seawater reverse osmosis systems utilize more than one membrane to boost the load of purified water turned out each day.
What are the advantages of desalination plants?
Seawater desalination has become a vital alternative to the production of pure freshwater throughout the areas of the world without drinkable water. As other sources such as rivers, lakes, wells, and springs have become more exhausted due to excessive extraction, the ocean has provided an abundant supply of available water for human use. Although ocean water consists of elevated levels of salt, and therefore is unable to be utilized for consumption or most other purposes, seawater desalination has helped make it practical.
Wuxi Fenigal Science & Technology Co., Ltd.
- Annual Revenue : 1,000,000-2,000,000 USD
- Employees : 40~45
- Year Established: 2010
- Manufacturer, Trading Company