Hydranautics RO membrane - SWC

Vertical pyrolysis centrifuges are a suitable technological solution to complete the separation process performed by receiver centrifuges. Centrifugal separators, with very high rotational speeds, can reach a centrifugal force of up to 10,000 grams. This very high centrifugal force is a key element that allows the separators to remove solid particles that have not been successfully trapped in previous separation steps. In addition, the achievable performance levels depend on many factors: structural (type and design of the disc, internal volume, surfaces and discharge devices) and operational (flow rate, product characteristics, amount and type of solid content, temperature).

The product enters the upper part of the separator through the feed tube for clarification and is then subjected to centrifugal force and is forced to pass through hundreds of internal disks. The combined operation of the centrifugal force combined with the internal disks leads to the separation of solid particles that deposit on the drum wall and are then automatically and intermittently discharged. Fluids rise to the top of the drum and are continuously discharged through free outlets or centrifugal pumps.

Description

SWC (Sea Water Composite):

No one does seawater desalination better than that

Due to the shortage of fresh water in the world, Hydranautics brings a wide range of SWC RO membranes to meet the needs of the desalination industry. SWC membranes have increased their efficiency and salt excretion for more than two decades while reducing their environmental impact. SWC membranes have a wide range of innovative formulations depending on the salinity level required. SWC membranes are available in a range of innovative formulations suitable for different degrees of seawater salinity. Each offers the highest efficiency and desalination of salt in the industry with the optimal flow, low sedimentation, and low energy consumption. This exceptional performance and consistency, creates demand for SWC membranes in seawater desalination and high TDS industrial wastewater treatment programs, including conventional and composite designs.

SWC types

  • SWC4
  • SWC5
  • SWC6

SWC4

SWC4 is the highest salt-rejecting membrane that is impermeable for the treatment of various seawater salinity levels and the production of TDS. SWC4 is used in seawater and highly saline water treatment. SWC4 membranes are available in two different types, LD and MAX. LD Technology® models are offered to minimize colloidal fouling when using conventional pretreatment equipment. They consistently provide low feed pressure with the maximum time between two consecutive cleanings. MAX models have 440 square feet (40.9 square meters) of the active membrane surface. They offer excellent performance with high TDS and boron removal from hot water.

SWC5

SWC5 membranes provide optimal salt excretion and diffusion flow. They are selected when TDS is less penetrating and less feed pressure is required. SWC5 membranes provide the highest energy efficiency at the lowest cost and are used in large desalination plants. SWC5 membranes are available in two different types, LD and MAX. They provide consistently low feed pressure with the maximum time between two consecutive cleanings. MAX models have 440 square feet (40.9 square meters) of the active membrane surface. They offer excellent performance with high TDS and boron removal from hot water.

SWC6

SWC6 is one of the lowest feed pressure membranes with low energy consumption. They are used when the seawater temperature is lower and requires high pressures. SWC6 membranes reduce energy consumption and lower refining costs. SWC6 membranes are available in two different types, LD and MAX.