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Acid waste water anticorrosion pipeline

Established in 2001, Puyang Zhong Yuan Restar Petroleum Equipment Co.,Ltd, “RSD” for short, is Henan’s high-tech enterprise with intellectual property advantages and independent legal person qualification. With registered capital of RMB 50 million, the Company has two subsidiaries-Henan Restar Separation Equipment Technology Co., Ltd We are mainly specialized in R&D, production and service of various intelligent separation and control systems in oil&gas drilling,engineering environmental protection and mining industries.We always take the lead in Chinese market shares of drilling fluid shale shaker for many years. Our products have been exported more than 20 countries and always extensively praised by customers. We are Class I network supplier of Sinopec,CNPC and CNOOC and registered supplier of ONGC, OIL India,KOC. High quality and international standard products make us gain many Large-scale drilling fluids recycling systems for Saudi Aramco and Gazprom projects.

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Acid waste water anticorrosion pipeline
Treatment Of Flowback For Reuse: An Emerging Oilfield ...
Treatment Of Flowback For Reuse: An Emerging Oilfield ...

Removal of boron is a more difficult task. At best, boron removal technologies are only effective at treating low daily water volumes. In practice, these are generally considered inefficient and costly when used for treating oilfield flowback.

Laboratory Study on Recycling of Flowback Fluid of Guar ...
Laboratory Study on Recycling of Flowback Fluid of Guar ...

Guar gum ,fracturing flowback fluid, has become one of the main pollution sources to oilfield water. If the ,flowback fluid, is used to re-mix ,fracturing fluid, after treatment, it not only protects the environment from being polluted, but also saves water resource and reduces operation cost. To simplify the treatment process and to increase the volume of treatment, a method for the ,removal, of ...

Finding Fracking Fluids In The Environment | Science 2.0
Finding Fracking Fluids In The Environment | Science 2.0

Using ,boron, and lithium tracers, scientists can determine if fracking ,fluid, contamination has been released into the environment, which will help identify ways to improve disposal and treatment of shale gas wastewater. Hydraulic ,fracturing, fluids typically contain mixes of water, proprietary chemicals and sand. Mixtures can vary from site to site.

Comparison of Water Use for Hydraulic Fracturing for ...
Comparison of Water Use for Hydraulic Fracturing for ...

9/10/2014, · ,Boron removal, from hydraulic ,fracturing, wastewater by aluminum and iron coagulation: Mechanisms and limitations. Water Research 2017 , 126 , 481-487. DOI: 10.1016/j.watres.2017.09.057.

Water Management for Hydraulic Fracturing in ...
Water Management for Hydraulic Fracturing in ...

Whether the ,flowback, fluids contain spent acid, sludge from acidified asphaltenes, clay, ,oil,-coated solids, emulsified heavy ,oil,, precipitated polymer, or corrosion-inhibitor stabilized emulsions, the effluent will be clean enough to discharge overboard.

A masking method used for the boron crosslinker remained ...
A masking method used for the boron crosslinker remained ...

In order to treat the ,boron, crosslinker remained in the back flow of guar ,fracturing fluid, so as to recycle the back flow, the complexation of polyalcohol and α-hydroxyl carboxylate on boric acid was investigated, and three efficient ligands were screened out, including mannitol, xylitol and sodium gluconate. Then, their masking effects on residual ,boron, crosslinker were experimentally compared.

Comparison of Water Use for Hydraulic Fracturing for ...
Comparison of Water Use for Hydraulic Fracturing for ...

9/10/2014, · However, about twice as much water is used per unit of energy (water-to-,oil, ratio, WOR, vol water/vol ,oil,) in the ,oil, zone (WOR: 1.4) as in the gas zone (water-to-,oil,-equivalent-ratio, WOER: 0.6). We also found large differences in water use for ,oil, between the two plays, with mean Bakken water use/well (2.0 × 10 6 gal/well) about half that in the Eagle Ford, and a third per energy unit.

BORON REMOVAL FROM HYDRAULIC FRACTURING …
BORON REMOVAL FROM HYDRAULIC FRACTURING …

fracturing wastewater is only beginning to be investigated. Importantly, boron removal specifically has not yet been established [7]. Boron adsorption onto iron and, aluminum hydroxides, has been reported to be endothermic [27, 28] and shown to decrease with increasing concentrations of anions such as carbonate, phosphate, and arsenate [28]. We

Can Produced Or Flowback Water Be Reused As Fracturing Fluid?
Can Produced Or Flowback Water Be Reused As Fracturing Fluid?

The WaterSure Standard ,fluid, system is a water crosslinking system unaffected by high TDS, ,boron, or chlorides using a conventional base guar gel with specialized crosslinker. It has three major components: a crosslinking function, a pH buffer and a basic gelling agent combined with a high TDS-tolerant surfactant and scale inhibitor.

Oil and gas: Treatment and discharge of produced waters ...
Oil and gas: Treatment and discharge of produced waters ...

A recent innovative development in the ,removal, of organic species from ,flowback, waters is the potential to use an advanced oxidation process in a batch-wise treatment mode. One unit supplied by Ozonix uses a combination of injection of in-situ generated ozone, hydrodynamic and acoustic cavitation plus electrochemical oxidation to produce the very reactive hydroxyl radicals in the reaction chamber.

Water Management for Hydraulic Fracturing in ...
Water Management for Hydraulic Fracturing in ...

Whereas a conventional HF may unload from 200 to 500 bbl of water per well, an unconventional HF may unload from 10,000 to 50,000 bbl of water per well. Conventional HF ,flowback, typically contains emulsified ,oil,, and often contains other stimulation fluids, such as aromatic solvent and/or spent acid.

Laboratory Study on Recycling of Flowback Fluid of Guar ...
Laboratory Study on Recycling of Flowback Fluid of Guar ...

Guar gum ,fracturing flowback fluid, has become one of the main pollution sources to oilfield water. If the ,flowback fluid, is used to re-mix ,fracturing fluid, after treatment, it not only protects the environment from being polluted, but also saves water resource and reduces operation cost. To simplify the treatment process and to increase the volume of treatment, a method for the ,removal, of ...

Treatment Of Flowback For Reuse: An Emerging Oilfield ...
Treatment Of Flowback For Reuse: An Emerging Oilfield ...

Removal of boron is a more difficult task. At best,, boron removal, technologies are only, effective at treating low daily, water volumes. In practice, these are generally considered inefficient and costly when used for treating oilfield flow,back.

Finding Fracking Fluids In The Environment | Science 2.0
Finding Fracking Fluids In The Environment | Science 2.0

Using ,boron, and lithium tracers, scientists can determine if fracking ,fluid, contamination has been released into the environment, which will help identify ways to improve disposal and treatment of shale gas wastewater. Hydraulic ,fracturing, fluids typically contain mixes of water, proprietary chemicals and sand. Mixtures can vary from site to site.

BORON REMOVAL FROM HYDRAULIC FRACTURING …
BORON REMOVAL FROM HYDRAULIC FRACTURING …

fracturing wastewater is only beginning to be investigated. Importantly, boron removal specifically has not yet been established [7]. Boron adsorption onto iron and aluminum hydroxides has been reported to be endothermic [27, 28] and shown to decrease with increasing concentrations of anions such as carbonate, phosphate, and arsenate [28]. We

What is Frac Flowback Water? - Themark Corp
What is Frac Flowback Water? - Themark Corp

Water that is returned back to the surface after hydraulic ,fracturing, has occurred. The volume is usually 20-40% of the total volume used when ,Fracturing,, but can be as high as 70%. The water contains ,oil,, hydrocarbons, proppant sand, guar gum or polyacrylamide, bacteria, chemical cross-linkers, enzymes, and induced or naturally occurring mineral ...

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