DTRO membrane

DTRO membraneparameter

Product Material: Polyamide

Product shape: octagonal

Product outer diameter: 189mm+/-2mm

Product inner diameter: 44mm+/-2mm

Product desalination rate: 99.2%

DTRO membranefeature

(1) The effluent quality is good. DTRO membrane has a good retention effect on difficult to degrade organic matter and other ammonia nitrogen compounds. It also has a relatively stable retention effect on high COD and heavy metals. This makes DTRO membrane technology play an increasingly important role in the treatment of leachate, industrial wastewater, seawater desalination, and waste water treatment.

(2) Small footprint: The DTRO membrane system is an integrated installation, and the ancillary structures and facilities are also some small structures, occupying a small footprint and saving application space very well.

(3) Extremely low chemical operation costs: Traditional treatment processes generally require a large amount of chemicals for the precipitation of suspended solids in the early stage, while DTRO membranes only require a small amount of chemicals during operation.

(4) Simplified water treatment process: DTRO membrane technology has simple operation and maintenance, does not rely on pretreatment during operation, only requires simple pretreatment, and is easy to achieve automatic control and management.

The process stage where DTRO products are located is generally the concentration and reduction stage of high salt and high organic wastewater. Its front-end treatment process may include flocculation, sedimentation (air flotation), sand filtration, ultrafiltration (softening), reverse osmosis, etc., while the back-end treatment process is generally evaporation, etc.

Convex point wide channel:

The guide plate adopts convex points and turbulence optimization design, and the open flow channel increases the surface flow velocity (Reynolds coefficient ≥ 5000, 3-5 times that of the rolled film) to avoid solid matter from being trapped on the surface, and has self-cleaning function. Effectively reduce concentration polarization.