Your Dependable Seawater Systems Manufacturer

NEWater Seawater Systems

NEWater is an authorized manufacturer and supplier of seawater systems. We have rich experience in the manufacturing industry and that experience enables us to manufacture a seawater system with wide quality and high performance. Whether you need a trustworthy seawater system NEWater is the ultimate solution for you.

NEWater seawater systems can produce safe and clean water. The NEWater seawater system has the best features of low operation cost, easy to use, simple operation, high automation degree and steady effluent capacity, and stable performance.

The NEWater seawater system is absolutely environmentally friendly. NEWater seawater systems can be used in a wide range of industrial water treatment applications, like the desalination of seawater and many more.

We use the international best quality of materials to manufacture a seawater system. The NEWater seawater system is very highly recommended and provides more reliability. The seawater system of NEWater has a long lifespan and unique design. 

We integrate the latest technology and advanced equipment to manufacture an outstanding seawater system. All of the water seawater systems have a full capacity to separate and remove dissolved solids, organics, pyrogens, submicron colloidal matter, and bacteria from water.

The Ultimate FAQ Guide for Seawater Systems.

Arid, semi-arid, and coastal regions generally have limited freshwater sources. With populations in coastal regions and arid land steadily increasing, the need for alternative freshwater sources has never been greater. Owing to advanced water treatment technology, populations, and industries in coastal and arid regions can now source potable water from seawater.

Seawater systems have been utilized for many generations but recent advancements have lessened their operational costs and elevated their productivity. This has triggered global adoption of seawater systems like communities, governments, and industries step up efforts to combat freshwater scarcity.

➣What is a Seawater System?

A seawater system refers to equipment deployed to convert seawater into high-grade product water for offshore and onshore use. At present, there are several seawater systems utilizing distinct processes to generate varying grades of product water.

Although the application of seawater treatment goes back to ancient Egyptian and Greek times, contemporary seawater systems are completely different. They are highly resourceful, reliable, and more economical.

They are flexible and versatile thereby receptive to distinct applications. Primarily, seawater systems exhibit higher TDS levels given the high salinity of seawater.  They gratify simple and complex product water demands such as drinking water and high-grade industrial water.

➣Which technologies are Utilized in Seawater Systems?

The almost infinite availability of seawater (over 97.5% of earth’s water) is the primary reason most water treatment technologies are centered on seawater. The technologies utilized by varied seawater systems exhibit distinct results and demand varying operational costs. Underneath, we briefly expound on the three commonly utilized seawater treatment technologies.

Distillation.

Distillation is a separation process that has been in existence for ages. It characteristically mimics the natural rain creation process by utilizing heat to evaporate water. The lower boiling point of water prompts the evaporation of freshwater consequently leaving the salts and other pollutants behind.

The vapor is then condensed at lower temperatures and pressure to generate fresh product water (distillate). The solution left behind (concentrate) is then treated prior to disposal. Seawater distillation is primarily undertaken using three processes.

• Vapor compression.
• Multi-effect distillation (MED).
• Multi-stage flash distillation (MSF).

Reverse osmosis.

For seawater desalination, reverse osmosis is the globally revered solution. Reverse osmosis was initially incepted in the 1970s but it has really taken off in the recent past. It is a membrane filtration process driven by pressure to shrink the TDS concentration of seawater. Typical seawater reverse osmosis systems eliminate up to 99.7% of dissolved salts thereby providing high-quality product water for distinct applications.

Electrodialysis.

Electrodialysis is highly thought of by experts and many predict it will be the future of seawater desalination. It is a membrane technology that ion exchange powered by electric currents. Seawater electrodialysis systems have brine and dilute compartments consisting of cation and anion exchange membranes. EDI is preferred because of its high recovery rate and impurity removal scores.

➣What are the Application Fields of Seawater Systems?

Presently, there are over 75 million people reliant on over 22,000 seawater desalination systems globally. Although the Middle East and northern Africa are the principal consumers of seawater systems, the global adoption rates keep surging up every year. The application of seawater systems varies from simple domestic projects to sophisticated industrial applications. Here are some of the renowned sectors intelligently utilizing seawater systems.

• Production of drinking water in households.
• Food and beverages.
• Power generation plants.
• Refineries.
• Hospitals, laboratories, and pharmaceuticals.
• Boats and water vessels etc.

➣What are the Primary Features of Seawater Systems?

The unique configuration of seawater demands that seawater systems are uniquely equipped to withstand high salinity levels. First, seawater systems are integrated with pretreatment units fully equipped with chemical dosing systems, pre-filters, and occasionally antiscalants.

Additionally, they are endowed with extraordinary TDS tolerance levels, often 35,000ppm and occasionally 45,000ppm for seawater from the red sea. Seawater systems are manufactured in distinct designs like modular, containerized, and skid-mounted. They also have varying flow rates ranging from 1.4m3/day to 2,500m3/day.

➣What are the Advantages of Using Seawater Systems?

At times when basic human functions and vital industrial processes risk extinction due to water scarcity, seawater systems have provided a reliable solution. As freshwater sources are increasingly overwhelmed, the value of seawater systems in water-stressed regions becomes clearer. Underneath, we explore the numerous rewards, users of seawater systems are reaping.

• They are comparatively affordable.
• They provide high-quality water for personal, industrial, and commercial applications.
• They eliminate dissolved salts and other objectionable constituents like bacteria and metals.
• They help preserve existing freshwater reservoirs.
• They are compact and easy to operate.

Back to the guide ⇪

➣Which Types of Seawater Systems are Available?

The applications of seawater systems differ in several ways consequently demanding exclusive equipment. NEWater manufactures a range of seawater systems each differently suited for distinct applications. Our broad array of standard and customized seawater systems are classified based on the following variables.

• Desalination technology: reverse osmosis, electrodialysis, and evaporation seawater systems.
• Application field: Marine seawater systems, seawater systems for boats, industrial and commercial seawater systems.
• Design: Skid-mounted, containerized, and modular seawater systems.
• Capacity: High volume, moderate, and small-scale seawater systems.

Back to the guide ⇪

➣What Is the Quality of Water Generated by Seawater Systems?

The quality of product water is measured by the concentration of total dissolved solids (TDS) and other objectionable impurities. High-quality product water characteristically has a TDS score of 300-600ppm and seawater systems often generate potable water exhibiting such qualities.

However, the product water produced by seawater systems, especially reverse osmosis systems may exhibit lower mineral levels than natural freshwater. The integration of numerous seawater treatment technologies such as RO and UV sterilization results in the generation of high-grade potable water.

Back to the guide ⇪

➣How Much Does a Seawater System Cost?

Since the invention of seawater systems, the cost of desalinating seawater has gradually evolved to current figures, which are universally cost-efficient. The technologies employed in distinct seawater systems bring about cost variations with seawater desalination. The cost of acquiring seawater treatment equipment has fundamentally lessened owing to technological advancements.

The primary components that influence the cost of seawater desalination encompass the investment and operational costs. For instance, the cost of desalinating seawater in certain regions using multi-stage flash distillation equipment adds up to $3.79 per cubic meter.

The application of a seawater reverse osmosis system, on the other hand, costs approximately %0.79-$2.38/m3. The production of potable water using electrodialysis seawater systems is estimated to be $1.05/m3.

Back to the guide ⇪

➣Where Can I Buy a Reliable Seawater System?

The technical aspects of seawater systems often necessitate professional guidance to distinguish. NEWater guarantees you high-quality seawater systems and guides you in your selection. We provide numerous pre-sale services such as feedwater testing to aid our customers to determine the type of seawater system feasible with their unique applications.

Our track record is exceptional given we have been in operation for over 20 years and manufactured over 9000 water treatment systems. We also have a global delivery service that facilitates our local and global sales.

Back to the guide ⇪

➣What Factors Should I Consider When Buying a Seawater System?

The selection of an ideal seawater system is often a subtle process with wrong selections having dire implications. NEWater shields prospective buyers from wrongful selections by offering technical guidance throughout the buying process. Our specialists have compiled numerous factors that will surely point you towards the perfect seawater system for your project.

• The quality of potable water your project demands.
• The configuration of your seawater (especially TDS level).
• The system’s capacity and flow rate.
• The desalination process is in place.
• The power supply options and your budget.

Back to the guide ⇪

➣What are the Advantages of Using Reverse Osmosis in Seawater Systems?

Reverse osmosis is the chief desalination technology employed in seawater systems. Reverse osmosis seawater systems have a salt impurity removal rate of up to 97.7%, which results in the production of first-rate product water.

When compared to MED and MSF distillation, reverse osmosis systems are relatively energy-efficient. Reverse osmosis permits the deployment of pretreatment technologies thereby mitigating membrane fouling and corrosion of valuable equipment.

Back to the guide ⇪

➣What are the Advantages of Using Thermal Distillation in Seawater Systems?

Distillation processes have been in existence for ages and they are revered for their simplicity and high desalination scores. Although their power consumption is a little over the top, distillation processes are reliable solutions. The following are the primary benefits of incorporating distillation processes in seawater desalination.

• Seawater distillation systems facilitate heavy and nonstop desalination of seawater.
• They rarely utilize chemicals hence they are eco-friendly.
• Additional stages can be added to MSF systems thereby improving the quality of product water generated.
• There is minimal corrosion and scaling in MED systems since they operate at low temperatures (70°C).
• Vapor compression systems are conservative in their energy consumption.

Back to the guide ⇪

➣Are There Solar Seawater Systems?

The market for solar seawater systems keeps growing especially in arid, semi-arid, and coastal areas. The incorporation of solar energy in seawater treatment is either directly or indirectly. Direct solar desalination is attained by using solar stills, which are conventionally small devices that utilize evaporation and condensation to treat seawater. These systems do not oblige batteries and are mainly utilized in small-scale applications.

Indirect solar desalination accommodates complex processes like reverse osmosis and technically consists of two separate systems. The solar panels soak up solar energy, the photovoltaics convert it into electrical power which can be stored in batteries.

Back to the guide ⇪

➣How Much Energy do Seawater Systems Consume?

The three primary systems used in seawater desalination have undergone gradual evolution and presently, they are generally energy-efficient solutions. Understandably, the energy consumption is different in distinct seawater systems and this can be attributed to the difference in salinity levels, flow rates, and desalination technology enforced.

To desalinate a cubic meter of seawater using a reverse osmosis seawater system, 3 to 6.6 kWh is necessitated. MED distillation requires 6.5 to 11kWh, MSF desalination requires 13 to 25kWh and vapor compression requires 7-12kWh. For industrial electrodialysis systems, the power consumption is approximately 6.6 to 8.7kWh/m3.

Back to the guide ⇪

➣Which Contaminants are Eradicated by Seawater Systems?

The purpose of seawater systems is solely to eliminate unpleasant contaminants or shrink their concentration to conventional standards. Reverse osmosis seawater systems are predominantly effective in lessening the TDS levels of seawater and eradicating microorganisms, organic chemicals, and metals.

Distillation processes are equally effective in eliminating dissolved salts, particulates, and minerals from seawater. Electrodialysis seawater units, on the other hand, eradicate anionic and cationic contaminants from seawater.

Back to the guide ⇪

➣Can Seawater Systems Generate Drinking Water?

It is projected that over 75 million people currently depend on seawater treatment for fresh drinking water. Seawater systems ensure that the drinking water has acceptable levels of salinity and harmful contaminants such as microbes and volatile metals are nullified.

In cases where reverse osmosis is used to desalinate seawater, the readjustment of mineral concentration may be necessitated. Typically, health organizations recommend 10 mg/L of magnesium and 30 mg/L of calcium.

Back to the guide ⇪

➣Which Pretreatment Processes are Used in Seawater Systems?

Most seawater systems comprise a comprehensive pretreatment unit tasked with conditioning the feed water. Occasionally, seawater harbors volatile contaminants that if untreated can corrode the seawater system. For distillation systems, seawater with hardness minerals may cause scaling hence water softener systems are utilized as pretreatment solutions.

For reverse osmosis systems, seaweed, debris, and particulates found in seawater can potentially clog the membranes. To avert this, sediment and media filters are incorporated into the pretreatment chamber. Other applicable pretreatment technologies for seawater systems are:

• Microfiltration and ultrafiltration.
• Iron filters.
• Chemical dosing.

Back to the guide ⇪

➣What is the Maximum TDS Level of Seawater Systems?

The salinity concentration of water, in general, is expressed by its concentration of total dissolved solids (TDS). Compared to other sources of water, seawater is the most saline hence seawater systems need high TDS tolerance levels.

Customary seawater systems have a maximum TDS level of 45,000ppm, which is a reflection of the average TDS score of seawater. However, there is highly saline seawater such as the Red seawater, which averages TDS rates of 40,000-45,000ppm. For such waters, seawater systems with maximum TDS scores of 50,000ppm are necessitated.

Back to the guide ⇪

➣What is the Average Capacity of Seawater Systems?

The distinct seawater systems available have different capacity ranges. In fact, there are seawater systems characteristically categorized based on their capacity range. To fulfill small-scale, moderate, and large-scale applications, NEWater provides small-sized, medium-sized, and high-volume seawater systems. The standard capacity range of seawater systems is 380GPD to 660,000GPD. For higher capacities (up to 2 million GPD), production is done on a per-order basis.

Back to the guide ⇪

➣Are There Seawater Systems for Boats?

Seawater systems for boats have revolutionized water expeditions. Water vessels no longer have to load up with water tanks. With seawater systems for boats, fresh product water is generated when needed thereby economizing on space.

Typical watermakers have a contaminant removal score of 99.4% and are mainly portable. The product water is viable for human consumption and boat maintenance processes.

Back to the guide ⇪

➣Do You Manufacture Portable Seawater Systems?

For decentralized potable water applications, immobile seawater systems are quite limiting. To perfectly gratify temporary and small-scale applications, NEWater provides mobile seawater plants. Our portable seawater systems are pretty common in emergency response efforts, water vessels, beach houses, construction sites, and resorts. They are highly dependable, economical, and extremely resourceful. For large-scale applications, containerized and skid-mounted seawater systems offer mobile solutions.

Back to the guide ⇪

➣Do You Provide Containerized Seawater Systems?

Containerized seawater systems provide unique, convenient, and cost-efficient seawater treatment solutions. NEWater manufactures distinct containerized seawater units in containers of varying dimensions.

Our 10ft, 20ft, and 40ft containerized sweater systems are all-inclusive with the pretreatment and other vital components centralized in one container.  They are easy to operate and set up given all components are already assembled and interconnected.

Containerized seawater systems have the high desalination rates of typical seawater systems but occupy less space. They suit distinct applications thanks to their diverse capacity range and flexible flow rates.

Back to the guide ⇪

➣Do You Provide Skid-mounted Seawater Systems?

Skid-mounted seawater systems are uniquely manufactured to provide protection and convenience operations. We manufacture skid-mounted RO and distillation seawater systems for households, commercial entities, and industries.

Our seawater skids are accommodative of distinct capacities and typically have high TDS rates (up to 45,000 ppm). We have boat watermaker skids, industrial seawater skids, and commercial seawater skids. For inquiries on NEWater’s seawater skids, do not hesitate to contact our specialists.

Back to the guide ⇪

➣What are the Payment Terms for Seawater Systems?

NEWater’s commitment to customer satisfaction is depicted in our flexible and customer-centered payment terms. First, we permit distinct payment methods to accommodate the preferred solutions for our diverse customer base.

You can make your payments using the following globally accepted payment methods; online payments e.g. PayPal, bank transfers credit card, and debit card transfers among others. Payments for small-sized seawater systems are mandated before shipment.

Payments for large and specialized seawater systems like skid-mounted and containerized units can be done partially. We accept a 50% deposit, 30% payment once production is done and oblige a 20% payment for shipment to be authorized.

Back to the guide ⇪

➣Are Seawater Systems Warranty Protected?

NEWater’s seawater systems have one-year warranty protection. All our water treatment systems have warranty protection in accordance with regulations by local and international consumer protection agencies.

Warranty-protected systems oblige us to repair technical breakdowns without transferring the burden to the user. A lot of emphasis is put on mechanical breakdowns given that warranty protections do not cover human-induced malfunctions.

Back to the guide ⇪

➣Which Post-Treatment Technologies are Used in Seawater Systems?

The water generated by primary seawater systems may not meet the quality standards of certain applications. For drinking water, remineralization is often deployed to ensure the water contains vital minerals necessitated by the human body.

For highly purified water, electro deionization is utilized to lessen the concentration of dissolved gasses such as CO2. Carbon filters are particularly popular in reverse osmosis systems given they eliminate chemicals like chlorine, bad odors, and tastes.

Ultraviolet sterilizers are also popular post-treatment solutions particularly deployed to destroy bacteria, viruses, and other illness-causing protozoans. NEWater prescribes and manufactures customized post-treatment reminiscent of the quality of portable water you desire.

Back to the guide ⇪

➣What are the Disadvantages of Seawater Systems?

The limitations of seawater treatment systems are not as prevalent as the advantages are. This is a clear indication of their immeasurable benefits. However, for the rewards to be reaped, something has to give. Underneath are the common disadvantages resulting from the utilization of seawater systems.

• The brine from seawater RO systems and the concentrate from distillation systems threaten marine life.
• Both reverse osmosis and distillation systems are comparatively power intensive.
• A huge chunk of the seawater is not converted into potable water.

Back to the guide ⇪

➣Where Can I Get Quality Seawater System Spare Components?

Unscrupulous suppliers have flooded the market with low-quality and incompatible repair components for seawater systems. By shopping from NEWater, you are able to evade dealing with devious manufacturers/suppliers and thwart the risk of purchasing incompatible accessories.

Our seawater system’s repair components are internally manufactured thereby allowing us to control their quality. NEWater’s pricing strategy is customer-oriented and we offer exclusive discounts.

Back to the guide ⇪

➣Do You Deliver Seawater Systems Abroad?

Our dominance in local and global markets is a show of our consistency in manufacturing and delivering high-quality seawater systems. At present, we have a customer base spread across 200 countries and our commitment is to continue growing. We provide door-to-door delivery services at affordable rates.

Commonly, we use air, sea, road, and rail transport and always prioritize timeliness and safety. Our turnaround time for small seawater systems is often 3-7 days while the delivery of enormous seawater systems averages 2-3 months.

Back to the guide ⇪

➣What is the Lifespan of Seawater Systems?

The lifespan of seawater systems is chiefly subjective and contingent upon the application conditions and maintenance. The deployment of appropriate pretreatment systems increases the lifespan of seawater systems and their primary components. Sediment filters for instance mitigate membrane clogging while chemical dosing thwarts the scaling of vital components.

In general, seawater systems have an average lifespan of 15-20 years. Continuous utilization of seawater systems and infrequent maintenance can derail the productivity of your system and cause premature damage.

NEWater has a large stock of seawater systems that are ready to ship. We are the expert exporter of seawater systems. We can provide a better seawater system that absolutely meets a variety of water industries. NEWater seawater systems are perfect for personal and business applications.

You can find only at NEWater for the solid and reliable seawater system. Our products obtain the best reputation due to its best characteristics and different quality. We can give you a seawater system with your own designs and specifications.

With more than 10 years of experience, we can assure you that we will provide the most trusted seawater system that can work and operate in a better way. We are glad to provide our excellent services and profitable seawater system products without any hesitations.

At NEWater, you can encounter several types of seawater systems with different capacities. You can get an unmatched design and appearance of the sweater system from us. We are the most reputable manufacturing company in China.

We do not only offer our service in China but also we are capable to work nationwide. We form by professional and skilled workers and allow us to be a top leading sawyer system manufacturer and supplier.

Always feel free to contact us if you need further details!

Back to the guide ⇪