Sistema de desalinización de agua de mar en contenedores

Sistema de tratamiento de agua en contenedor de 40 pies

Larger water production capacity, suitable for large-scale demands;
Container design facilitates transportation and lifting, no civil engineering required;
Energy recovery devices reduce electricity consumption per ton of water;
High automation level, PLC control, fault alarms, and user-friendly operation.

Descripción
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Descripción

KYsearo 40ft containerized water treatment system that integrates a reverse osmosis (RO) system right into a 40-foot common container (roughly 12.19 metres long). It eliminates salt from salt water through physical means, with core processes consisting of pre-treatment, high-pressure pressurisation, reverse osmosis splitting up, and post-treatment.

Water Production Capacity: Ranges from 200 m³/d to 5,000 m³/d
Desalination Rate: ≥98% );
Operating Pressure: 6.5 MPa;
Recovery Rate: 35%-50%.

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Especificaciones de los sistemas de tratamiento de agua en contenedor de 40 pies

The 40-foot container seawater desalination system is a compact, modular seawater desalination unit based upon reverse osmosis membrane separation modern technology. It removes salts and pollutants from seawater via physical ways. The core procedure entails:

Tratamiento previo: Seawater travels through a multi-media filter (getting rid of huge put on hold bits and silt) and an accuracy filter (eliminating colloids, organic matter, and various other tiny contaminations) to minimize turbidity and shield the succeeding opposite osmosis membranes;
High-pressure pressurisation: The pre-treated salt water is pressurised by a high-pressure pump (operating stress approximately 6.5 MPa) to exceed the osmotic stress of salt water;
Reverse osmosis separation: Pressurised seawater travels through reverse osmosis membrane components (core elements are high-desalination-rate membranes from brands such as Dow Chemical and Hydranautics), where only water molecules can go through the membrane layer pores, while salts, microbes, hefty metal ions, etc are maintained, creating focused brine that is discharged; the freshwater that passes through the membrane layer gets in the product water tank;
Post-treatment (optional): Some systems perform pH change or disinfection (e.g., UV sanitation) on the generated water to more improve water high quality.

containerized water treatment system diagram

Modelo	Modelo de membrana*cantidad	ProducciónT/D	Peso/kg	Presión de funcionamiento/Mpa	Potencia
KYCT40-63.6	8040×6	63.6	4900	3.5-6.5	220/50-60 Hz / 380/50-60 Hz
KYCT40-84.8	8040×8	84.8	5050	3.5-6.5
KYCT40-106	8040×10	106	5150	3.5-6.5
KYCT40-127.2	8040×12	127.2	5230	3.5-6.5
KYCT40-169.6	8040×16	169.6	5530	3.5-6.5

What are the features of containerized water treatment system?

Scalable Handling Capacity: Compared to 20-foot equipment, it has a bigger water production capability (e.g., the WY-SW-200 design creates 200 m TWO/ day), making it suitable for large demands such as domestic water supply for island residents and commercial supply of water for coastal commercial areas;
Rapid Deployment: Container layout facilitates transportation, lifting, and on-site installment, removing the need for massive civil design jobs, making it appropriate for remote locations, islands, or emergency feedback situations (e.g., momentary supply of water after catastrophes);.
Energy-efficient and high-performance: Some designs are outfitted with energy healing tools, achieving a system recovery rate of 35% -50%, with electrical power usage per tonne of water roughly 3-5 kWh, reducing water manufacturing costs;.
High automation: PLC-based centralised surveillance and control, supporting one-button start/stop, automated cleaning (e.g., automatic cleansing when the pressure differential alarm system of the multi-media filter is caused), and mistake alarms (high/low-pressure protection), with easy operation needing only 1-2 individuals for maintenance;.
Durability and integrity: The frame and piping are made of stainless steel or corrosion-resistant products (such as duplex steel), ideal for water temperature levels of 5-45 ° C and high-salinity environments, supporting 24-hour continuous procedure.);.
Emergency situation reaction: Quickly release to supply temporary freshwater after calamities such as quakes and tsunamis.

What are the applications of containerized water treatment system?

Island and seaside homeowners: Resolve the problem of ‘freshwater scarcity’ on islands and supply stable alcohol consumption water for daily life;
Ships and overseas systems: Supply freshwater to fishing vessels, vendor ships, and overseas boring systems;
Coastal sectors: Satisfy the manufacturing water needs of seaside manufacturing facilities (such as steel, chemical, and concrete blending plants

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