专业团队 不断创新
Professional team, continuous innovation
团队核心人员均有15年以上的行业经验，先后西安电子科技大学、西安建筑科技大学、西安石油大学建立了长期的产学研合作。独特的非接触式流体塑形监测技术已在中海油、中石油、中石化、长庆油田、延长石油等有着成熟的应用。
he core members of the team have more than 15 years of industry experience, and have established long-term cooperation in Xi 'an University, Xi' an Architecture and Technology University and Xi'an Petroleum University. The unique non-con
01
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非接触式监测技术
Noncontact monitoring technology
非接触式流体塑形监测技术是陕西6165金沙总站app下载环
Non-contact fluid shaping monitoring technology is a technical achievement of
保科技有限公司联合西安建筑科技大学流体专
Shaanxi Zhengda Environmental Protection Technology Co., Ltd., jointly innovating the
家，针对流体监测仪表领域，对监测方法与检
onitoring method and detector structure in the field of fluid monitoring instrument.
测器结构进行技术革新的一项技术成果。
mFluid dynamics mainly studies the
流体力学主要研究在各种力的作用下，流
interaction and flow law of the fluid itself
and the relative motion between the fluid
体本身的静止状态和运动状态以及流体和同体
and the same boundary wall under the action of various forces. This technology is 界壁间有相对运动时的相互作用和流动规律。
applied to fluid monitoring, replacing the traditional monitoring technology needs
该项技术应用于流体监测,取代传统监测技术需
the bisokawa, two-color pipe and other components, so that the fluid does not
要的比色川、双色管等部件，使得流体在不接
contact with any parts, according to the
触任何部件的情况下，按要求的形状通过检测
required shape through the detector, to
器，实现对流体的连续监测。
achieve the continuous monitoring of the fluid.
02
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悬浮物（浊度）监测技术
Suspended matter (turbidity) monitoring technology
非接触式悬浮物(浊度)监测装置，是利用
Non-contact suspended matter (turbidity) monitoring device is a special
光学(朗伯比尔定律)原理实现对水体中悬浮物 equipment for real-time continuous monitoring of suspended matter
(浊度)含量实时连续监测的专用设备。
(turbidity) content in water by using the principle of optics (Lambbier's law). The
该装置采用免试剂监测方法，配备非接
device adopts the reagent-free monitoring method and is equipped with
触式检测器，可快速地实现对水体中悬浮物含
a non-contact detector, which can quickly realize the online continuous monitoring
量在线连续监测。
of the suspended matter content in the water body.
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紫外荧光检测技术
The UV-fluorescence detection technique
矿物油类物质受到一定强度及能量的光照射
When mineral oil substances are exposed to light of certain intensity and energy, they
时，会发射出区别于光源的荧光，可根据荧光强
will emit fluorescence that is different from the light source. The content of oil in water
度的大小定量测定水中油的含量。
intensity. Different kinds of fluorescent materials are selective and discriminative
不同种类的荧光物质，由于分子结构的差异
because the different molecular structures show different excitation and fluorescence
表现出不同的激发光谱和荧光光谱，因此荧光分
spectra. The method itself has high
析方法具有选择性和鉴别性。该方法本身灵敏度
sensitivity, good selectivity and rapid
高，选择性好，分析快速，适于现场操作及在线
analysis, and is suitable for field operation
测量。
and online measurement.