Name: "Experience Unmatched Efficiency with Our High-Performance Membrane Bioreactor for Reverse Osmosis
Brand: SHANGHAI DUBHE ENVIRONMENTAL PROTECTION&TECHNOLOGY CO.,LTD
SKU: Le numéro de série est le numéro de série.
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"Experience Unmatched Efficiency with Our High-Performance Membrane Bioreactor for Reverse Osmosis

Lieu d'origine:

Chine

Nom de marque:

DUBHE

Certification:

ISO

Numéro de modèle:

Le numéro de série est le numéro de série.

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Détails de produit

Épaisseur de l'interrupteur d'alimentation ((mil):

Surface de membrane efficace ((m2):

33.9

Taux de rejet stable en %:

99,3

Taux de débit de pénétration ((m3/jour):

35.9

Taux de rejet minimum en %:

Application:

épurateurs commerciaux de l'eau

Usage:

Eaux usées industrielles et municipales

Conditions de paiement et d'expédition

PRODUITS CONNEXES

"Experience Unmatched Efficiency with Our High-Performance Membrane Bioreactor for Reverse Osmosis

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Bioréacteur à membranes avancé pour un traitement de l'eau performant et durable

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li 26. "Innovative Membrane Bioreactor for Brackish Water Treatment Solutions and Maintenance" /li

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UF usine de traitement des eaux usées par membrane usine d'équipement d'extraction

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86-021-80510158

shdubhe@gmail.com

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Description de produit

Product Description:

The feed water quality conditions significantly influence the design of a reverse osmosis system. On one hand, parameters such as salinity, organic content, temperature, and pH value determine key factors like membrane selection, flux, and array configuration. On the other hand, scaling-prone components and organic substances directly affect cleaning frequency and ultimately membrane lifespan. Therefore, understanding the source of the feed water can provide important clues about potential fouling, scaling, or degradation issues.

For example:

Surface water may contain suspended solids, organic matter, and various microorganisms;

Well water might include scaling substances such as hardness and silica;

Municipal water sourced from surface supplies could contain residual chemicals from treatment processes, including aluminum and iron, which may deposit on membranes in the form of hydroxides or silicates;

Recycled industrial wastewater may introduce various contaminants, scaling components, and membrane-damaging compounds such as oils, surfactants, and defoamers.

Operating and Cleaning Limits:

1. Flow rate and salt rejection are based on the following test conditions: 1500 ppm NaCl solution, 77ºF (25ºC), pH: 7.5, 15% recovery rate, and the rated applied test pressure mentioned above.
2. The minimum salt rejection rate is 99.0%.
3. The flow rate of a single element may vary within a range of ±15%.

Maximum Operating Temperature: 113 °F (45 °C)
Maximum Operating Pressure: 600 psi (4.14 MPa)
pH Range, Continuous Operation: 3-10
Maximum Feed Silt Density Index (SDI): < 5
Maximum Feed Flow Rate: 16 gpm (3.6 m³/h)
Chlorine Tolerance: < 0.1 ppm

Notes:
a. The maximum temperature for continuous operation at pH above 10 is 95 °F (35 °C).
b. Under certain conditions, free chlorine and other oxidizing agents may cause premature membrane failure. Since damage from oxidation is not covered under warranty, it is recommended that customers remove residual chlorine through pretreatment prior to membrane contact.

"Experience Unmatched Efficiency with Our High-Performance Membrane Bioreactor for Reverse Osmosis 0

Membrane type	Membrane Model	Stable Salt Rejection%	Minimum Salt Rejection%	Average Water ProductionGDP(M³/d)	Membrane area ft²(m²)	Feed Spacer (mil)	Test condition
Membrane type	Membrane Model	Stable Salt Rejection%	Minimum Salt Rejection%	Average Water ProductionGDP(M³/d)	Membrane area ft²(m²)	Feed Spacer (mil)	Test Pressure psi(bar)	Test Solution Concentration nacl(ppm)	Recovery Rate%
Ultra-Low Pressure Reverse Osmosis	ECO1-8040	99.0	98.5	10500(39.7)	400(37.2)	28	100(6.9)	500	15
	ECO1-4040	99.0	98.5	2600(9.8)	93(8.6)	28
	ECO2-8040	99.0	98.5	11000(41.6)	440(41.0)	28
	ECO2-4040	99.0	98.5	2800(10.5)	103(9.6)	28
Ultra-Low Pressure Reverse Osmosis	LPO1-8040	99.3	99.0	11000(41.6)	400(37.2)	32	150(10.3)	1500	15
	LPO2-8040	99.3	99.0	11500(43.5)	420(39.0)	30
	LPO3-8040	99.3	99.0	12000(45.4)	440(41.0)	28
	LPO1-4040	99.3	99.0	2500(9.5)	93(8.6)	28
	LPO2-4040	99.3	99.0	2600(9.8)	103(9.6)	28
	LPO1-8040HR	99.5	99.3	10000(37.8)	400(37.2)	32
	LPO2-8040HR	99.5	99.3	10500(39.7)	420(39.0)	30
	LPO3-8040HR	99.5	99.3	11000(41.6)	440(41.0)	28
Low-Pressure (Brackish Water) Reverse Osmosis Membrane	PRO1-8040	99.5	99.3	10500(39.7)	400(37.2)	32	225(15.5)	2000	15
	PRO2-8040	99.5	99.3	11000(41.6)	420(39.0)	30
	PRO3-8040	99.5	99.3	11500(43.5)	440(41.0)	28
	PRO1-4040	99.5	99.3	2500(9.5)	93(8.6)	28
	PRO2-4040	99.5	99.3	2600(9.8)	103(9.6)	28
Low-Pressure (Brackish Water) High-Rejection Reverse Osmosis Membrane	PRO1-8040HR	99.7	99.5	9500(36.0)	400(37.2)	32
	PRO2-8040HR	99.7	99.5	10000(37.8)	420(39.0)	30
	PRO3-8040HR	99.7	99.5	10500(39.7)	440(41.0)	28
	PRO1-4040HR	99.7	99.5	2000(7.6)	93(8.6)	28
	PRO2-4040HR	99.7	99.5	2100(8.1)	103(9.6)	28

Applications

Suitable for desalination and advanced treatment of brackish water, surface water, and tap water with a salinity of approximately 1500 ppm or less, such as small commercial water purifiers, hospital and laboratory water purification equipment, etc.

Conclusion

"Experience Unmatched Efficiency with Our High-Performance Membrane Bioreactor for Reverse Osmosis 1

Étiquettes：

"Experience Unmatched Efficiency with Our High-Performance Membrane Bioreactor for Reverse Osmosis

"Experience Unmatched Efficiency with Our High-Performance Membrane Bioreactor for Reverse Osmosis

Bioréacteur à membranes avancé pour un traitement de l'eau performant et durable

li 26. "Innovative Membrane Bioreactor for Brackish Water Treatment Solutions and Maintenance" /li

UF usine de traitement des eaux usées par membrane usine d'équipement d'extraction

Product Description:

Applications

Suitable for desalination and advanced treatment of brackish water, surface water, and tap water with a salinity of approximately 1500 ppm or less, such as small commercial water purifiers, hospital and laboratory water purification equipment, etc.

Conclusion

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