KRUSS DSA100HP690 high-pressure droplet shape analyzer
KRUSS DSA100HP690 Product Introduction of High-Pressure Droplet Shape Analyzer
Droplet shape analyzer - DSA100HP It is our high-quality solution, mainly used for precisely measuring contact angles and surface and interfacial tensions under high pressure and high temperature, and is mainly applied in the oil and petroleum industry. It will DSA100 The droplet type analyzer and the high-quality high-pressure test chamber are perfectly combined, enabling measurements up to 1750 bar Samples under certain conditions. It can measure surface tension under extreme pressure and temperature conditions of reservoirs and analyze the wettability of surfactant solutions on oil-bearing rocks. The results are helpful for the application of tertiary oil recovery. EOR" For instance, steam or surfactant oil displacement is used to extract oil from rock strata in the most effective way, thereby increasing production. This instrument can also reliably measure the wettability of high-pressure liquefied gases, for example, when used to optimize the carbon dioxide extraction process.
KRUSS DSA100HP690 Product features of high-pressure droplet shape analyzer
Ultra-high pressure and high temperature compatibility: The highest pressure resistance 690 Ba, temperature control range 20-200The temperature is precisely controlled by electric heating
Corrosion-resistant material: The titration unit and high-pressure chamber can be selected from Hastelloy alloy, which is compatible with corrosive reservoir water
Flexible titration and injection: The microtitration unit is small in size and easy to clean. The sample cell supports multiple inlets and can inject brine / CO₂ Isomultiphase system
Pressure-holding multi-point measurement: External positioning of rock samples, multi-point measurement of wettability under pressure-holding, supporting contact Angle measurement within the liquid phase
High-definition imaging and precise analysis: High-resolution cameras + 7 Double manual zoom, in coordination ADVANCE Intelligent algorithm, stable and reliable measurement
KRUSS DSA100HP690 Measurement methods and options for high-pressure droplet shape analyzer
s The contact Angle was measured by the seat drop method
sThe suspension drop method is used to measure the surface tension of a liquid drop in a gas or the interfacial tension between two liquids
sThe inverted suspension drop method is used to measure the contact Angle of oil droplets in water
sThe pressure is as high as 1750 barThe temperature is - 10 to 250 °C The measurement between
KRUSS DSA100HP690 Tasks and applications of high-pressure droplet shape analyzer
s The surface tension of the flotation solution under oil storage conditions and its interfacial tension with oil
s Research on the wettability of petroleum and the extraction of petroleum from oil-bearing rocks
s Pressure extraction of liquefied gas, such as carbon dioxide
s The development of surfactants for liquefied gas
■ Optimize hydrogen storage
A variety of titration schemes and measurement methods are available for your selection
With the aid ofDSA100HP690The titration unit makes it easy for the titration liquid and the surrounding liquid phase to reach the interior of the high-pressure device. The use of special micro-titration units can conveniently handle droplet phases. The micro-titration units also feature a small volume. The feature of being easy to clean. This titration unit and high-pressure device can also be made of corrosion-resistant Hastelloy alloy for measuring corrosive reservoir water.
Rock samples can be positioned externally, and the wettability at different positions can be measured while maintaining pressure.DSA100HP690The flexible measurement method design also enables contact Angle measurement in the surrounding liquid phase. Up to. Can be achieved through electric heaters200Precise temperature control of ℃.
KRUSS DSA100HP690 Product parameters of high-pressure droplet shape analyzer
Project | Parameter |
Measurement range | 0-180 ° |
Resolution | 0.01 ° |
Precision | 0.1 ° |
Computational model | Conic sections, polynomials, circles, Young-Laplace, height-width method |
Measurement mode | Forward, backward, static, dynamic |
Temperature control range | Up to 250°C |
For complete parameters, please contact customer service |
