Guangdong Xinjieyuan Environmental Protection Technology Co., Ltd. is a high-tech enterprise that has long rooted itself in the environmental protection field. We have our own production base and independently developed technologies for reverse osmosis, seawater desalination, and ultrafiltration. Therefore, we can continuously exert our strength in the construction of محطة تحلية المياه المالحة factory and the intelligent manufacturing of reverse osmosis equipment. With our integrated capabilities of “research + production + service,” we can provide efficient and energy-saving water resource solutions for various industries.
What is the range of salt content in brackish water?
Brackish water is widely distributed in arid regions, coastal mudflats, and mining areas, with a salt content ranging from 1000 to 10000 mg/L. It contains a large amount of soluble salts, heavy metal ions, and other impurities. Therefore, direct use of brackish water would severely impact production efficiency and the ecological environment.
New Clean Water precisely addresses this pain point, leveraging its breakthrough in brackish water desalination technology to transform this unconventional water source into standard-compliant production water or agricultural irrigation water, alleviating the pressure of freshwater scarcity.
What are some solutions for desalination of brackish water?
The core competitiveness of New Clean Energy’s brackish water desalination plant factory solutions lies in its independent R&D and commercialization capabilities. Leveraging its own integrated R&D and production platform, we has built a comprehensive technology system. It covers optimized reverse osmosis and electro-deionization, enabling customized solutions for water with varying salinity levels. Among these, the optimized reverse osmosis process based on our independently developed “WPS Intelligent Water Purification System” exhibits particularly outstanding performance.
WPS Intelligent Water Purification System
By upgrading and customizing semi-permeable membrane elements, combined with a three-stage pretreatment process of quartz sand filtration + activated carbon adsorption + 5μm precision filtration, we efficiently remove suspended solids and colloidal impurities, avoiding membrane fouling problems at the source. The high-pressure system adopts intelligent variable frequency technology. Beacuse, it precisely controls operating pressure between 1.6–4.2 MPa, cuts energy consumption to as low as 0.9–2.1 kWh per ton of water, and consistently maintains a salt removal rate of 91%–98%. The salinity of the desalinated water is ≤500mg/L, fully complying with the GB 5749-2022 water quality standard.
Desalination water treatment system
For brackish water applications with low to medium salinity, we employ a desalination membrane separation core principle combined with a highly efficient pretreatment process. This eliminates the need for chemical regenerators and effectively removes salt and trace impurities from the water, producing effluent that meets the reuse requirements of various scenarios. Simultaneously, our self-developed intelligent operation and maintenance module monitors membrane operation in real time, effectively inhibiting membrane surface scaling and extending the lifespan of core membrane elements to 4.5-6.5 years.
This desalination technology exhibits excellent energy consumption control, consuming only 1.1-2.2 kWh per ton of water, resulting in low operating costs. So it is particularly suitable for applications such as agricultural irrigation and industrial flushing, where water quality requirements and energy consumption control are crucial, enabling the efficient utilization of brackish water resources.
If needed, we can also provide customized deep treatment solutions for brackish water scenarios with high salinity (>8000mg/L). Our solutions balance treatment efficiency and energy consumption control to meet your desired standards.
What are the advantages of a desalination plant having its own facilities?
The company’s production base is located in Panyu District, Guangzhou, covering an area of over 1,800 square meters. It is equipped with standardized intelligent production workshops and precision processing production lines, focusing on the manufacturing of special mechanical equipment for water resources and core water purification devices. The annual production capacity can reach more than 50 units of core equipment for brackish water desalination.
We have established a complete industrial chain system, from core component processing to whole-plant integration. For example, key components such as reverse osmosis membrane modules and variable frequency high-pressure pumps are all produced and rigorously tested in-house. Therefore, allow for control over the entire process from the source.
Simultaneously, the factory has a dedicated R&D team, collaborating with research resources from universities (Foshan University) to focus on core topics such as the preparation of novel separation membranes and the optimization of intelligent water treatment control systems. This drives the rapid transformation of technological achievements into mass production capabilities, forming a closed-loop model of “R&D-experimentation-production-iteration.”
Due to dual advantages in technology and manufacturing, Xinjieyuan’s brackish water desalination plant factory solutions have been successfully implemented in several key projects.
Case 1: Brackish water with a salt content > 5800 mg/L
In an agricultural park project in northwestern Algeria, the local arid climate resulted in groundwater salinity reaching 5800 mg/L, with high concentrations of calcium and magnesium ions, severely restricting irrigation water supply. We first used multi-media filtration to remove suspended impurities and chemical softening to reduce calcium and magnesium ion content and avoid scaling risks. Then, an optimized nanofiltration/reverse osmosis membrane system was used for pressurized permeation to remove salt, achieving highly efficient purification. Finally, the salinity of the produced water was stably reduced to below 350 mg/L, fully meeting the irrigation needs of fruits and vegetables and the park’s domestic water requirements.
Case 2: Brackish water with a salt content > 9200 mg/L
In a petrochemical park project in eastern Saudi Arabia, we actually adopted an upgraded reverse osmosis process for high-salt brackish water with a salt content of 9200 mg/L. And we combine this process with our self-produced high-efficiency semi-permeable membrane modules and variable frequency high-pressure pumps. The salt removal rate reached 97%, and the quality of the produced water met the process water standards of the petrochemical industry. Moreover, our system controls energy consumption per ton of water within 2.0 kWh, making it 18% more energy-efficient than existing equipment in the area.
The successful implementation of these overseas projects fully demonstrates the equipment’s adaptability to different climates and water quality scenarios, as well as the quality control of core equipment by its own factory.
Summarize
Rigorous quality control and full-cycle service are the foundation of our company’s responsibility and reputation. We strictly adhere to ISO triple certification and CE standards, implementing multi-dimensional testing processes at every stage, from raw material procurement and component processing to equipment delivery, to ensure product quality meets standards.
To meet customer needs, we provide a one-stop solution encompassing customized design, manufacturing, installation, commissioning, and after-sales service, guaranteeing the long-term efficient operation of brackish water desalination plant factory.
