OEM China Suppliers Factory Fracturing Flowback Water Reuse Treatment Equipment for Oil & Gas Field Operations Manufacturers, Manufacturer

The Fracturing Flowback Water Reuse Treatment Equipment is an innovative, highly integrated solution tailored for oil and gas field stimulation operations. This equipment effectively addresses the challenges posed by dispersed well sites, varying water quality, and strict on-site treatment timelines. Our comprehensive system, developed by leading China suppliers and manufacturers, includes essential modules such as physical separation, chemical oxidation, solid-liquid separation, and advanced membrane filtration. This integration facilitates a seamless closed-loop process, enabling efficient water treatment that supports the influent → treatment → reuse cycle, making it an ideal choice for operators seeking reliable and efficient water management solutions in the energy sector

Product Description

1Core Technical Parameters

Shale gas development relies on large scale hydraulic fracturing, with single well water consumption as high as 10,000–30,000 m³ and flowback rates of 15%–80%. The flowback fluid typically contains >1,000 mg/L oil, 2,000–8,000 mg/L suspended solids (SS), and large amounts of high molecular weight polymer additives, making its viscosity up to ten times that of ordinary wastewater.

Environmental & Regulatory Compliance: The National Energy Administration requires that by 2026, the water reuse rate for oil & gas field wastewater in China must reach over 85%. Our equipment is designed to meet the upcoming Technical Specification (NB/T 11838-2025).

Our Fracturing Flowback Water Reuse Treatment Equipment is an integrated solution tailored specifically for onsite oil & gas field operations. It adopts a multi-stage process coupling "pretreatment + advanced oxidation + membrane separation + deep polishing".

2Core Process Flow

Raw fluid collection ➔ Pretreatment ➔ Flotation ➔ Advanced oxidation ➔ Multistage filtration ➔ Treated effluent reuse

3Application Scenarios

Shale Gas Fracturing
Shale Gas On-Site Reuse

Deployed at well sites to treat flowback locally. Fuling Shale Gas Field has treated over 1.2 million m³ for more than 190 wells.

Tight Gas Treatment
Tight Gas / Coalbed Methane

Effectively removes high valent cations and suspended solids from high-viscosity and deep-color fluids.

Produced Water Reuse
Oil & Gas Produced Water

Reuse for fracturing fluid preparation or water injection, saving millions in sewage treatment costs.

Emergency Treatment
Emergency Mobile Treatment

Mobile truck-mounted units provide rapid response for scattered wastewater, meeting "no landing" requirements.

An ideal solution for meeting short-term or long-term decentralized water supply demands

4Other Products

Seawater Desalination
Seawater Desalination
ZLD System
ZLD System
OEM Manufacturing
OEM Manufacturing
Water Reuse Equipment
Water Reuse Equipment

5Frequently Asked Questions

Is system scaling severe?
With chemical softening, anti-fouling membrane, and online cleaning, the scaling risk is reduced by 80%, ensuring long-term stable operation.
What is the target water reuse rate for this equipment?
Our system is designed to help oil and gas fields reach a water reuse rate of over 85%, aligning with the latest National Energy Administration requirements for 2026.
Can the equipment handle high-viscosity flowback fluid?
Yes. By using a multi-stage process including gel breaking and advanced oxidation, the system effectively manages fluids with viscosity up to ten times that of ordinary wastewater.
Is the system suitable for remote well sites?
Absolutely. We offer skid-mounted, containerized, and truck-mounted deployment options specifically for rapid on-site treatment in remote oil and gas field operations.
Does this solution support Zero Liquid Discharge (ZLD)?
Yes. For areas with strict environmental mandates, an optional MVR evaporation/crystallization module can be integrated to achieve a complete "wastewater → water → salt" closed cycle.
What standards does the treated water meet?
The treated effluent meets the specific water quality requirements for fracturing fluid preparation and reinjection, significantly reducing the need for fresh water.

6Send Inquiry

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