Comprehensive Containerized OEM Mbr Solution for Waste Management

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Comprehensive Containerized OEM Mbr Solution for Waste Management

Customization:	Available
Type:	Integrated A2o Plant
Method:	Biological Treatment

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Product Description

Basic Info.

Model NO.JHM-MBR01

UsageIndustrial, Home, Agriculture, Hospital

CertificatesISO, SGS

MaterialPes, Pan, PVDF

Technical SupportFully Support

Membrane TypeHollow Fiber Membrane

CustomizedApprove

FeatureHigh Efficiency

Capacity50000 PCS Per Month

OriginChina Mainland

Product Description

Container type OEM MBR all in one integration AO system for municipal waste water

1. Integrated MBR Technology Introduction

Membrane bio-reactor (MBR) is a unit introduced into traditional sewage biological treatment technology. It replaces traditional secondary sedimentation pool functions while further removing organic matter, nitrogen, and phosphorus. It is currently one of the most advanced and efficient water treatment technologies.

Based on lined with enhanced hollow fiber UF membrane, JHM-MBR features high mechanical strength, stable water quality, large running flux, and long service life. It is the ideal core equipment for the MBR process.

1.2 Integrated MBR System Process

Product Parameters

Parameter	Specification
Membrane material	Poly vinylidene fluoride (PVDF with Reinforced lining)
Membrane Pore size	0.034-0.1µm
Membrane fiber (ID/OD)	1.0/2.2mm, 0.8/1.9mm, 1.0/2.0mm
Filter method	Negative pressure suction mode
TPM(Max)	50Kpa
Designed Flux	10-40L/m²·h
PH Range	2-11
Temperature Range	5-40ºC
MLSS Range	4000-12000mg/L (min:3000, max:15000)

Normal Type Model Specifications

Model	MBRIII3	MBRIII6	MBRIII10	MBRI15	MBRII20	MBRIIIZ35
Effective Area	3m²	6m²	10m²	15m²	20m²	35m²
Element Size (mm)	60045040	60076040	630100036	630150036	630200036	844219849
Working Life	≥ 5 years under normal usage

Technology & Certification

The enterprise specializing in the R&D and production of hollow fiber membrane separation technology. With nearly 20 years of experience in membrane technology and water treatment engineering, the production facility utilizes advanced ultrafiltration membrane module capacity and is ISO 9001:2000 and SGS certified.

Application Areas

Food & Beverage: Process water preparation, production water, and sewage treatment.
Pharmaceutical: Washing water, injection water, and aseptic water preparation.
Chemical & Petrochemical: Wastewater treatment, water reuse, and oil field injection water.
Power Industry: Boiler recharge water and circulating cooling water.
Electronics: Semiconductor ultrapure water and integrated circuit cleaning.
Desalination: Sea water and brackish water treatment for coastal areas and ships.
Municipal: Drinking water purification and water standard-raising.

Core Products Range

UF Ultrafiltration Membrane & Systems
MBR Hollow Fiber Membrane & Systems
Integrated Equipment (AO, AAO, MBBR)
Reverse Osmosis (RO) Membrane & Systems
Moving Bed Biofilm Reactor (MBBR)
Tube Air Diffusers

International Presence

Active participation in international water exhibitions across Russia, Malaysia, Vietnam, Thailand, Pakistan, Indonesia, and India highlights the global reach and application of these water treatment solutions.

Frequently Asked Questions

1. What is the main advantage of the JHM-MBR system? The system features high mechanical strength, stable water quality output, and a large running flux, making it highly efficient for organic matter and phosphorus removal.

2. What is the typical lifespan of the MBR membrane? Under normal usage and proper maintenance, the working life of the membrane elements is typically ≥ 5 years.

3. Can the MBR system be used for industrial wastewater? Yes, it is widely used in the food, beverage, chemical, pharmaceutical, and petrochemical industries for both process water preparation and wastewater reuse.

4. What materials are used in your membranes? Our membranes are primarily made from Poly vinylidene fluoride (PVDF) with reinforced lining, as well as PES and PAN materials.

5. Does the system support customized requirements? Yes, we provide fully customized solutions including different element sizes and system designs based on specific municipal or industrial project requirements.

6. What is the filtration mode used? The system utilizes a negative pressure suction mode for efficient filtration through the hollow fiber membranes.