High Integration, Rapid Deployment
Mobile and Flexible, Plug-and-Play
Strong Corrosion Resistance, Harsh Environment Adaptation
High Efficiency and Energy Saving, Economical Operation
Intelligent Operation, Stable and Reliable
| Capacity | 100m³/d | 150m³/d | 200m³/d | 250m³/d | 300m³/d |
|---|---|---|---|---|---|
| Power | 12kw | 17kw | 22kw | 28kw | 33kw |
| Daily Power consumption | 280kw.h | 400kw.h | 520kw.h | 665kw.h | 780kw.h |
| Shipping type | 40GP | 40GP | 40GP | 40GP | 40GP |
This containerized seawater desalination system is a fully integrated, mobile solution designed to convert seawater into high-purity freshwater. The compact, shipping-container-based unit typically features a multi-stage process including intake and pre-filtration to remove solids and biological content, followed by high-pressure reverse osmosis as the core desalination step, often incorporating energy recovery devices for optimal efficiency. The produced freshwater then undergoes post-treatment remineralization and disinfection, ensuring it meets stringent potable or industrial water standards. Engineered for rapid deployment and autonomous operation, this robust and modular system provides a reliable, scalable source of fresh water for coastal industries, remote communities, and emergency relief applications.
The modular containerized design of the JM-SWROD system offers unparalleled advantages for remote locations. Unlike traditional fixed plants, this unit allows for rapid deployment and mobile operation, making it ideal for remote communities, islands, and emergency scenarios where infrastructure may be limited. Its robust construction ensures it can withstand harsh environments, while the plug-and-play nature supports flexible expansion to meet urgent or growing water needs without complex civil engineering.
The JM-SWROD achieves exceptional energy efficiency by integrating advanced energy recovery technology with high-pressure reverse osmosis (SWRO). This combination significantly lowers the power consumption required to convert high-salinity seawater into freshwater. By recycling pressure energy from the brine stream, the system ensures energy-saving operation and a continuous water supply, making it a sustainable choice for areas with high energy costs or limited power availability.
Absolutely. The JM-SWROD system is engineered to produce high-purity water that meets rigorous drinking and industrial standards. It employs a comprehensive treatment process, including pretreatment, High-efficiency filtration, and high-pressure SWRO membranes, to effectively remove salts, bacteria, and impurities. With features designed for Water quality safety and Usage safety, it provides a reliable source of potable water for residents and high-quality process water for industrial water supply.
Durability is a core feature of the JM-SWROD. The system is specifically designed with premium anti-corrosion materials to resist the corrosive effects of saltwater and sea air found in coastal areas, offshore vessels, and island settings. This robust build quality ensures a long service life and reliable operation even under extreme conditions, minimizing downtime and maximizing your return on investment.
Yes, the JM-SWROD is designed to be Easy to manage with Convenient maintenance. It features fully automated controls that monitor and regulate the desalination process, reducing the need for constant manual intervention. This user-friendly approach ensures stable performance and simplifies troubleshooting. Additionally, Mejec Supports Customization, allowing us to tailor the control interface and maintenance protocols to fit specific operational capabilities and use in different scenarios.