Marine desalination system for boat 625LPH–Somalia
Product Introduction：
This is a marine desalination unit producing 15m³ of water daily, installed on a ship for a Somali client. Due to the ship’s hatch size constraints, we split the pre-filter and Reverse Osmosis (RO) unit into two parts for easy lifting and installation in the confined ship’s hold. This unit excels in desalinating seawater with a TDS level below 45,000 PPM, producing water with a TDS of less than 600 PPM, perfect for drinking. It ensures the crew has access to fresh, potable water for daily needs, enhancing their overall well-being and operational autonomy.
Marine desalination system for boat specifications Details:
| HY-SWRO-650L/hr (15m3/D) | |||
| Flow rate | 15000L/day | Recovery rate | 35% |
| Applicable power | 380V/50HZ 3 phase | Rated power | 6.6-8KW |
| Feedwater TDS | <45000ppm | freshwater TDS | 300-500ppm |
| Working pressure | <6Mpa | operating temperature | 5-45℃ |
| Feedwater residual chlorine | <0.1ppm | Feedwater SDI | <5 |
| Feedwater turbidity | <1NTU | Feedwater PH value | 3-10 NTU |
| RO membrane housing | 4040, 5 piece | RO membrane | 5 pieces |
| Pre_filter size | 118*88*165（㎝） | Net weight | 480Kg |
| RO part size | 110*75*165（㎝） | Gross weight | 550Kg |
| Packing specification(Plywood) | 197*133*175（㎝） | ||
Role and Function：
Providing Fresh Water: The core function of a marine desalination plant on a boat is to generate fresh water from seawater. This fresh water is indispensable for the daily operations and living requirements of the crew, such as drinking, cooking, and cleaning.
Ensuring Water Purity and Safety: Additionally, the desalination process effectively removes salt, impurities, and potential contaminants from seawater. This ensures that the resultant water is safe for human consumption, safeguarding the health and well-being of the crew.
Enhancing Self-Sufficiency: Lastly, equipping boats or ships with a desalination plant allows them to achieve greater self-sufficiency in terms of water supply. This reduces dependency on external sources, enhancing the autonomy and operational flexibility of the vessel.