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Fluid Separation Articles & Analysis
57 articles found
Therefore, it is necessary to continuously return the cleaning tank fluid and/or part of the tank fluid from other stations to the pre-cleaning tank to maintain its pH at approximately 2.0. ...
But in many industries, they end up together anyway through daily operations, equipment uses, and runoff. An oil water separator system is designed to solve this problem by separating oil, grease, and petroleum-based fluids from water before the water is reused, treated, or discharged. ...
Applications: Suitable for less aggressive fluids and lower pressure/temperature applications. Exotic Alloys (e.g., Hastelloy, Titanium): Properties: Highly resistant to corrosion and suitable for extremely aggressive fluids. ...
Applications: Suitable for less aggressive fluids and lower pressure/temperature applications. Exotic Alloys (e.g., Hastelloy, Titanium): Properties: Highly resistant to corrosion and suitable for extremely aggressive fluids. ...
In the chemical industry, precise temperature control is crucial to ensuring efficient, safe, and cost-effective operations. Chemical processes often require heat to be transferred between substances in ways that prevent thermal damage, promote chemical reactions, and maintain safety standards. Shell and tube heat exchangers (STHEs) are widely used in these applications, offering efficient heat ...
Due to the addition of propylene glycol, the viscosity of the circulation fluid used increases slightly and the air separation capacity ...
The advantages of this method are short extraction time, simple equipment and low investment. 3.5 Supercritical fluid extraction: Extraction and separation are carried out by replacing the conventional organic solvent with a supercritical fluid. ...
A disadvantage of these switches is their need for substantial amounts of fluid to be present to register a signal. Ultrasonic Point Level Switch In general, floats have a mechanism that rises or falls with the liquid in the tank. ...
Cell Isolation Single-cell sequencing requires that cell populations in tissues or body fluids are first separated into individual cells. The main techniques include gradient dilution, micro-manipulation, fluorescence-activated cell sorting, microfluidics, and laser capture microdissection, etc. ...
A typical composition of cutting fluid and oily wastewater is shown in the table below. Metalworking Fluids Composition Water is the main ingredient of metalworking fluids, but separating it from the emulsion is not an easy task. ...
ByYASA ET
On one level, all centrifugation is essentially the same. Gravity will always naturally separate materials of different densities. Using a centrifuge you can speed up and fine tune this natural separation and sedimentation process. Broadly speaking, in terms of applications, centrifuges break into two major categories: laboratory centrifuges industrial centrifuges Different types of ...
ByTrucent
In general, we might expect immiscible fluids to separate on their own-as is the case with the oil and water in the bottle of Italian dressing sitting on the table-or with a little coaxing (as from a centrifuge.) ...
ByTrucent
Failure to act Fuel and tank cleaning involves finding cleaning techniques that limit environmental impact, support safer working practices - at the lowest possible cost. This process can often be seen as an afterthought, a bolt on to overall operations, however the commercial value that can be gained with the right planning and preparation can be significant. Like many things planning and ...
ByOsso Ltd
For many years, the default approach when it comes to managing offshore waste has been to tank it ashore for treatment. But new initiatives like the North Sea Transition Deal, published in March 2021, have put practical and sustainable solutions at the top of everyone’s agenda. Below, we share our top motivations for at-source fluid waste management– the three Es: economy, efficiency ...
ByOsso Ltd
Gary MacDonald, Middle East-based Global Business Development Manager with OSSO, a provider of specialist fluid temperature control and separation solutions, assesses how mud cooler techniques could transform the economics of geothermal production. ...
ByOsso Ltd
Mechanical Separation End Client UK Operator Location Offshore North Sea Asset Platform Services Mechanical separation Fluid treatment Sample analysis The Challenge A major North Sea operator required support with their waste/ullage management while running a platform shutdown. To avoid incurring extensive commercial and environmental costs ...
ByOsso Ltd
Stokes’ Law is the key to modern centrifugation. Understanding it—and its implications—has had a huge impact on an unlikely array of businesses: dairies, breweries, manufacturing facilities and machine shops, ethanol plants, and more. But why Stokes’ Law is so important isn’t immediately obvious. Textbook definitions will tell you that Stokes’ Law states ...
ByTrucent
Petro Sep is a recognized industry leader in vacuum membrane distillation (VMD), pervaporation (PV) and vapor permeation (VP) technologies to solve complex fluids separation problems at an industrial scale that are also economical and environmentally sustainable. ...
The Cricketfilter® is ideal for separating fine solids from fluids and is extensively used in applications such as gelatine. ...
The chemical industry handles different, but equally as challenging, fluids in it processing plants. Solenoid valves are an ideal solution for fluid control in industries like these where accuracy and speed are paramount. ...