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Sea Recovery Aqua Matic

The Sea Recovery Aqua Matic water maker from Parker Watermakers, with a capacity of 450-1800 gallons (1700-6800 liters) per day, offers fully automated functionality through an intuitive touch screen control panel, enabling effortless touch-and-go use. Its regulation and monitoring systems operate independently, eliminating the need for manual intervention. This water maker is available in both as modular and compact versions.

Key benefits for you:

  • Automated touch screen
  • No operator needed
  • Compact and easy install
  • Remote control.

For sales or commercial inquiries please contact us at marine@insatech.com.

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Effortless Touchscreen & Operator-Free Regulation

The Sea Recovery Aqua Matic water maker, with a capacity of 450-1800 (1700-6800 liters) gallons per day, features fully automatic operation through an intuitive touchscreen control panel, allowing for simple touch-and-go use.

The quality of the produced water is now conveniently displayed in a bar graph format. Its regulation and monitoring systems operate independently, eliminating the need for an operator.

Sea Recovery's high-pressure design incorporates double O-ring seals on duplex stainless steel fittings, ensuring a leak-proof operation.

Fully Automated Operations

The automated functions ensure that the watermaker operates without requiring constant attention from an operator. The system automatically regulates pressure levels to adapt to varying water conditions.

It includes a weekly fresh water flush, sequential starting of electric motors with a manual override option, and automatic shutdown based on either a set time duration or the quantity of water produced.

Inquiry the product and contact us now

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Easy Control: Explore the features of the Sea Recovery Aqua Matic

The sea Recovery Aqua Matic has various advantages including but not excluded to:

  • Fully automatic operation
  • Intuitive touchscreen control panel
  • Simple touch-and-go functionality
  • Bar graph water quality display
  • No operator needed for regulation and monitoring
  • High-pressure design with double O-ring seals
  • Leak-proof duplex stainless steel fittings
  • Maintenance alerts on automated screen
  • Compact frame for easy installation
  • Full-color touchscreen remote control
  • Multi-language display support.

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Efficient Booster Pump & Durable High-Pressure Plunger

The system features an exclusive high-efficiency booster pump designed to extend pre-filter life. It employs a high-pressure plunger pump that typically requires maintenance every 2000 hours.

An optional feature is the patented High Pressure Quintiplex Radial Axial Plunger Pump, which is water-lubricated, eliminating the need for oil changes, and operates for 8000 hours between maintenance intervals.

The state-of-the-art high-pressure pump is made from a Duplex material that offers superior resistance to corrosion and erosion compared to 316 stainless steel.

Additionally, the quiet high-pressure pump operates smoothly and without pulsations.

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Visual and Accurate Flow Monitoring

The system includes an hour meter to maintain precise ship logs and schedule preventative maintenance. It features advanced solid-state electronic flow meters for visual monitoring of both product water and feed water flow, which helps calculate the system's production rates.

Additionally, a digital and bar graph salinity meter displays the actual quality of the product water, an essential tool for monitoring water quality.

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Accessories for the Aqua Matic XL

For the Sea Recovery Aqua Matic the following accessories are available:

  • High-resolution full-color remote touch screen
  • Optional soft motor starter for single-phase AC systems, cutting startup power consumption by 60%
  • Transparent sea strainer with a durable Monel mesh screen filter, offering excellent corrosion resistance and effective large particle filtration
  • Available add-ons include a charcoal filter assembly, commercial prefilter, oil-water separator, pH neutralizer, and automatic fresh water flush system.

Need more information? Contact us here.

Different Models - Same Excellence

We have made it easy for you to see the different models available of the Sea Recovery Aqua Matic from Paker Watermakers. They are listed below with the specifications.

Model: 450-1
Production / Hr.

19 Gal / 71 L
Production / 24 hrs.

450 Gal / 1,703 L
AQM Compact*

153 lbs / 69 kg
AQM Modular*

149 lbs / 68 kg
Notes

*Production may vary +/-20% | GPD: Gallons per day • LPD: Liters per day
Model: 700-1
Production / Hr.

29 Gal / 110 L
Production / 24 hrs.

700 Gal / 2,650 L
AQM Compact*

156 lbs / 71 kg
AQM Modular*

152 lbs / 69 kg
Notes

*Production may vary +/-20% | GPD: Gallons per day • LPD: Liters per day
Model: 900-1
Production / Hr.

38 Gal / 142 L
Production / 24 hrs.

900 Gal / 3,407 L
AQM Compact*

158 lbs / 72 kg
AQM Modular*

154 lbs / 70 kg
Notes

*Production may vary +/-20% | GPD: Gallons per day • LPD: Liters per day
Model: 900-2
Production / Hr.

38 Gal / 142 L
Production / 24 hrs.

900 Gal / 3,407 L
AQM Compact*

165 lbs / 75 kg
AQM Modular*

161 lbs / 73 kg
Notes

*Production may vary +/-20% | GPD: Gallons per day • LPD: Liters per day
Model: 1400-2
Production / Hr.

58 Gal / 221 L
Production / 24 hrs.

1,400 Gal / 5,300 L
AQM Compact*

 171 lbs / 76 kg
AQM Modular*

167 lbs / 76 kg
Notes

*Production may vary +/-20% | GPD: Gallons per day • LPD: Liters per day
Model: 1800-2
Production / Hr.

75 Gal / 284 L
Production / 24 hrs.

1,800 Gal / 6,814 L
AQM Compact*

176 lbs / 80 kg
AQM Modular*

172 lbs / 78 kg
Notes

*Production may vary +/-20% | GPD: Gallons per day • LPD: Liters per day

Recommended Spare Parts, Optional Accessories and Special Tools

Below we have gather all the recommended spare parts, optional accessories, and special tools, so it is easy for you to get an overview and have the part numbers easy accessible.

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Spare Parts, Accessories and Special Tools for the Compact Model

Spare Parts, Accessories and Special Tools for the Modular Model

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High-resolution touchscreen interface

The Sea Recovery Aqua Matic is available with a full-color touchscreen interface, which is computer interface ready. It is simple to use and displays a pictorial image of all operational conditions. The digital and bar graph readout of all the system conditions is available both in U.S. Standard or Metric. Moreover, you can display in multiple languages.

Furthermore, the Sea Recovery Aqua Matic is compatible with the NMEA 200. You can view and monitor system controls through any NMEA-compatible display and even start up or shut down your system from your remote display. Thus, the NMEA remote control display is also an available option for you.

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Ready-to-Install and Support

The Sea Recovery Aqua Matic arrives ready for installation and immediate use. No additional optional items are necessary, as a full installation kit is included along with a comprehensive and detailed Owner's Operation & Maintenance Manual. Should you need any assistance, please feel free to contact us here.

Inquiry the product and contact us now

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Built to Endure: Vibration-Tested Watermakers Ensure Reliable Performance

Crafted for Quieter Operation:

Parker Water Purification watermakers are meticulously engineered with cutting-edge frames to maximize space utilization, diminish noise, and streamline maintenance procedures. With a remarkable reduction of 3db in sound levels, the Aqua Matic and Aqua Whisper DX systems offer unparalleled tranquility.

Vibration-Proof Design:

Our systems undergo rigorous manufacturing and testing processes to withstand continuous forces of up to 20 G's for over an hour of operation. This robust design ensures unwavering performance in any environment.

 

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More Water – Less Clutter!

Watermakers from Parker WP generate greater water output per square inch than any other system globally. With high-efficiency membranes, they boast a 17% increase in filtering surface area compared to conventional models, resulting in fewer membranes and installation space needed compared to competitors.

See the two examples here on the right.

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Your Benefits of the Watermakers Systems

Below we have gathered a few of the benefits of a Parker Water Purification Watermaker.

Less weight, lower fuel costs, higher speeds:

Sailing with a full water tank, or an additional 1,700 pounds, leads to squandered fuel, reduced speeds, and abbreviated voyages. With this watermaker, you can cruise swifter and longer while generating fresh water right onboard. Our systems not only save boaters time and money but also optimize yacht performance.

Cruise without limits or boundaries:

Having this watermaker onboard means you can bypass scheduling your boating ventures around marina stops. Cruise directly to your destination or venture to boundless distances without the necessity of replenishing fresh water supplies.

Fresh water wash downs:

Using Water Purification water for wash downs proves exceptionally efficient in safeguarding your yacht's exterior, potentially enhancing its overall value. Parker Water Purification water functions like a sponge, adeptly absorbing and rinsing away all undesirable sea salt and minerals, leaving surfaces spotlessly clean and free of water spots.

Convenient for every boating activity:

Regardless of whether you utilize it for drinking, showering, or cleaning your yacht, having a Water Purification watermaker offers endless opportunities to save money and enjoy more leisure time. With such advantages, how can any boater justify not owning this Water Purification watermaker?

Get more inforamtion - contact us now!
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Installing your Reverse Osmosis System

The Reverse Osmosis(RO) system needs installation in a dry, sheltered area shielded from direct weather exposure. Adequate drainage should be ensured beneath the RO unit to facilitate water runoff during maintenance or repairs.

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From Theory to Practice: Decoding Reverse Osmosis Mechanisms

The theory in short:

  • Osmosis: natural process involving semi-permeable membrane
  • Desalination: balances solution concentrations through membrane
  • Reverse Osmosis: high pressure reverses flow for purer solution
  • Feedwater concentration increases in Reverse Osmosis
  • Operating pressure: at least double membrane's osmotic pressure
  • Seawater composition: sodium chloride, calcium, sulfate
  • Total Dissolved Solids (TDS): averages 32,000 to 35,000 ppm.

Let’s take a deep dive into the theory.

Understanding Osmosis: Nature's Filtering Process

Osmosis, a natural phenomenon, occurs when a semi-permeable membrane separates a pure solution from a concentrated one (where a semi-permeable membrane selectively allows passage of substances). Each liquid carries an inherent potential closely tied to the nature and quantity of solids dissolved within it. This potential, termed osmotic pressure, rises with the relative concentration of a solution. Consequently, a concentrated solution exhibits a higher osmotic pressure compared to a pure solution.

Reverse Osmosis: Engineering Pure Water Solutions

In a desalination setup, the less concentrated solution balances the concentrations of both solutions by moving across the membrane. Once adequate pure solution migrates across the membrane to equalize the inherent potential difference, the flow of purer solution ceases.

However, if pressure on the concentrated solution exceeds the osmotic pressure, fluid flow reverses. This phenomenon, known as Reverse Osmosis, is achieved by artificially pressurizing the more concentrated solution using a high-pressure pump. In such a system, the concentrated solution (commonly called feedwater) becomes even more concentrated as pure water moves across the membrane to the permeate side.

Disregarding the impact of feedwater temperature and salinity, the operating pressure typically required to produce significant quantities of pure water is at least double the osmotic pressure of the membrane utilized.

Seawater Composition: Total Dissolved Solids Overview

Seawater encompasses various solids dissolved within it. The predominant component is typically ordinary table salt, sodium chloride. Additionally, other minerals found in solution often comprise diverse compounds of calcium and sulfate. The collective sum of these dissolved solids in a given water sample is termed Total Dissolved Solids or TDS. Seawater typically registers between 32,000 to 35,000 ppm (parts per million) TDS on average, although deviations of around 5000 ppm are commonplace across different regions globally. The primary objective of any desalination process is a notable reduction in the concentration of dissolved solids in water.

It's important to acknowledge that no system can entirely eliminate all dissolved solids from seawater. Instead, the system is engineered to reject approximately 99% of the TDS, allowing only 1% of the 35,000 ppm TDS in seawater to permeate into the product water. This results in water containing less than 500 ppm, the recommended TDS level for drinking water. A system configured in this manner is described as having a salt passage percentage of 1% or a salt rejection rate of 99%.

Membrane Magic: Inside the High-Tech World of Reverse Osmosis

The purified and strained raw water, now termed feedwater, enters the inlet of the high-pressure pump. This pump elevates the feedwater pressure to 56-65 BAR (800 - 950 psi), the standard pressure necessary for optimal system recovery. Subsequently, the pressurized feedwater is directed into the membrane pressure vessels, forming an array. This array comprises fiberglass pressure vessels, each housing RO membrane elements.

Within the membrane elements, reverse osmosis occurs as the pressurized feedwater flows. The feedwater is bifurcated into two streams: the high purity product stream (referred to as the product) and the increasingly concentrated reject stream (referred to as the reject).

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Maintaining RO Efficiency: Environmental Factors at Play

The table below demonstrates how alterations in temperature, salinity, and pressure impact both the quality and quantity of permeate generated by the RO system.

Should the salt concentration in the feedwater decrease, it's advisable to limit the increase in product water flow rate to no more than 20% above the rated flow. To maintain the rated flow in applications with brackish water or freshwater, adjustments to the Membrane Reject pressure may be necessary.

In scenarios where the feedwater salinity drops below the nominal level (e.g., near river mouths or in estuaries), the RO system can be fine-tuned to uphold a consistent permeate output. This adjustment can be achieved by manually controlling system pressure using the back-pressure regulator valve positioned in the system brine piping. To ensure prolonged pump life and minimal membrane fouling, Parker suggests not exceeding 9 psi, except in cases of extremely low temperature feed water.

BE AWARE that operating the unit at over 120% of its rated capacity in low salinity water can cause membrane damage.

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General Watermakers FAQ

Accessory FAQ

Installation FAQ

Maintenance FAQ

Insatech Medarbejdere Website MSR
For technical questions

Martin Søvind Jensen

Tel: +45 2761 4502

Email: Martin.Sovind@insatech.com

Write to Martin

Insatech Medarbejdere Website ASMI
For commercial inquiries

Astrid Mihut

Tel.: +45 5537 2095

Email: Marine@insatech.com

 

Contact us now

Parameter Specification

Technical Specifications for All Aqua Matic XL Systems
Application

Leisure Marine
Configuration

Modular, Compact
Performance

+-15% at 820 PSI / 57 BAR, 77°F / 25°C & 35,000 PPM TDS typical sea water
Water Flow Rate

400 to 2,000 Gal/day, 1703 to 6814 L/day
Pump Type

Exclusive high efficiency Booster Pump; Optional Patented High Pressure Quintiplex Radial Axial Plunger Pump is water lubricated, does not require oil changes and operates 8,000 hours between required maintenance
Reverse Osmosis Membrane Type

Selected High Rejection/ High Yield aromatic tri-polymid, thin film composite, spiral wound, single pass, high rejection reverse osmosis membrane element
Filter Type

Sea Strainer with a cleanable Monel Mesh Screen filter, Charcoal Filter Assembly, Commercial Prefilter, and Oil Water Separator
Power Source

AC
Pressure Adjustment Control Type

Automatic
Minimum Inlet Pressure Rating

3/4" FNPT, 1/2" MNPT
Salt Rejection

99.2 %, 99.4
Salinity Monitoring

Automatic electronic monitoring. Temperature compensated with digital continuous readout. The salinity monitoring components of the system give a continous TDS readout in ppm (parts per million), are temperature compensated, and of a fail safe design
Salinity Range

Designed for seawater use up to 50,000 PPM TDS (NaCI) (typical seawater salinity is 35,000 ppm)
Water Feed Temperature Range

122.0, 50.0, 33.0, 0.5
Output Water Temperature Range

Ambient to Feed Water Temperature
Feed Water Flow Rate

4.5 Gal/min, 17.0
Chlorine Tolerance

0.1 ppm
pH Range

3-11 (typical seawater pH is 8)
Pressure Rating

35, 2.41, 2.46
Operation Type

Seawater nominal 820 psi / 56.5 bar / 57.66 Kg/cm2
Weight

149-176 lbs/ 68-80 Kg
Height

17 inch, 421.0 mm
Width

18 inch, 457.0 mm
Length

27-15/ 16 to 46-15/ 16 inch, 710 to 1192 mm
External Water Installation Connection Type

See Brochure Under Product Support
Electrical Requirements

See Brochure Under Product Support

Electrical Specifications
Phase

Single
Pump Motor

HP / Booster
Voltage VAC

110-115 / 220-230
Hz

50 / 60
Normal Operating Amps (NOA)

110 / 220

30 / 15
Start Up Current (SUC)

110 / 220

100 / 50
Operating Voltage

110-115 / 220-230
Start Up Current

40 Ampere / 20 Ampere
Phase

Single
Pump Motor

HP / Booster
Voltage VAC

110-115 / 220-230
Hz

50 / 60
Normal Operating Amps (NOA)

35 / 17.5
Start Up Current (SUC)

 100 / 55
Operating Voltage

110-115 / 220-230
Start Up Current

45 Ampere / 25 Ampere
Phase

Three
Pump Motor

HP / Booster
Voltage VAC

 220-230 / 380-460
Hz

50 / 60
Normal Operating Amps (NOA)

110 / 220

11 / 5.5
Start Up Current (SUC)

110 / 220

 30 / 15
Operating Voltage

 220 / 380 / 460
Start Up Current

15 Ampere / 10 Ampere / 10 Ampere
Phase

Three
Pump Motor

HP / Booster
Voltage VAC

 220-230 / 380-460
Hz

50 / 60
Normal Operating Amps (NOA)

11 / 5.5
Start Up Current (SUC)

 30 / 15
Operating Voltage

 220 / 380 / 460
Start Up Current

15 Ampere / 10 Ampere / 10 Ampere

Specifications & Manuals

  • Data Sheet - Sea Recovery Aqua Matic - Parker Watermakers
    English | pdf
  • Manual - Sea Recovery Aqua Matic - Modular Model - Parker Watermakers
    English | pdf
  • Manual - Sea Recovery Aqua Matic - Compact Model - Parker Watermakers
    English | pdf
  • Brochure - Water Purification Product Catalog - Parker Watermakers
    English | pdf
  • Article - Watermakers FAQ - Parker Watermakers
    English | pdf

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