From seawater to drinking water: an analysis of the entire process of small-scale desalination

With water resources becoming increasingly scarce, finding a stable and reliable source of fresh water has become a common challenge faced by the world. Especially in coastal areas, remote islands, arid areas or sudden disaster sites, traditional water supply methods often cannot guarantee basic needs. At this time, small-scale seawater desalination equipment is becoming a "black technology" to solve water problems with its advantages of flexibility, convenience, efficient water production, environmental protection, and energy saving.

WTEYA Group focuses on the research and development and manufacturing of small-scale reverse osmosis (RO) seawater desalination systems, and is committed to converting seawater into high-quality drinking water, helping families, units, communities and enterprises to achieve local water collection, independent water purification and safe drinking water.

✅ How does seawater become drinking water?

Raw water intake system: The nearshore seawater is pumped into the system through a special seawater pump, and large particles such as sand and shells are initially removed through a coarse filter.

Pretreatment stage: Use multi-stage filters (such as quartz sand filtration and activated carbon filtration) to further remove suspended matter, residual chlorine, and organic pollution to protect subsequent core membrane components.

High-pressure reverse osmosis system: Apply high pressure to the pretreated seawater to pass through the RO reverse osmosis membrane. This membrane only allows water molecules to pass through, while keeping salt, bacteria, heavy metals, etc. out.

Post-treatment module (optional): According to the user's use, ultraviolet sterilizers, mineralization filters, etc, can be added to achieve higher levels of water quality standards (such as direct drinking).

Fresh water output storage: The produced clean water enters the water storage tank and can be used for domestic water, drinking water or secondary booster system.

✅ Five advantages of a small seawater desalination system

Compact and flexible: The equipment has a compact structure and is suitable for villas, hotels, ships, field operation, N, Ss, or emergency rescue sites.

Efficient water production: Advanced RO membrane and intelligent control system can stably produce 1300 GPD to 211200 GPD fresh water per hour.

Low maintenance, intelligent control: One-button start, fully automatic operation, equipped with filter replacement reminder, self-cleaning system, remote monitoring and other functions.

Energy saving and environmental protection: Low energy consumption operation, large water production, helps green and low-carbon development.

Multi-water quality output: It can be set as living water or direct drinking water according to scene requirements to meet different usage needs.

✅ Why Choose WTEYA Group?

WTEYA is a brand you can trust. With more than ten years of rich experience, it has provided efficient and reliable water treatment solutions for many well-known companies around the world. It has successfully implemented projects for listed companies such as Foxconn, Huawei, Ganfeng, and Rongbai, with more than 100 project cases, and has won the trust and praise of customers. It supports OEM & ODM customization and can provide customized solutions that meet your unique needs.

✅ WTEYA is Recruiting Agents!

Welcome to join us. As a 16-year-old brand, WTEYA provides you with a variety of preferential policies, professional training guidance, and all-around technical support. It is worthy of your trust!

*Email: info@wteya.com

*WhatsApp: +86-18002840855

Let us help you achieve unparalleled water quality!