Fracturing Fluid Proppant Carrying Performance Visualization Device

Fracturing Fluid Proppant Carrying Performance Visualization Device


(1) Research the placement patterns of proppants in artificially created multi-scale complex fractures, establish new theoretical models for sand dune buildup, sand transport, placement, and settlement theories, evaluate the transport, turning, and placement of proppants within multi-scale fractures, as well as the matching relationships between different particle sizes and fracture scales, providing theoretical support for hydraulic fracturing fracture parameter design, construction parameter optimization, proppant selection, fracturing fluid selection, discharge optimization, and pumping program optimization; (2) Through the device, achieve visualized research of sand carrying, obtain the minimum flow velocity required to maintain liquid suspension under different sand ratios, complete the study of critical settling velocity of carrying fluids; conduct research on the migration and settling patterns of proppants within fractures, observe the sand dune formation process inside fractures, and obtain parameters such as sand dune equilibrium height; (3) Conduct tests on critical turning conditions of proppants in multi-scale fractures, sorting tests of mixed particle sizes in main and branch fractures, matching tests between proppant types and fracture widths, tests on the influence of wall roughness on sand carrying in micro-fractures, study the sand transport and placement mechanisms in multi-scale multi-level fractures dominated by vertical fractures, and study the sand transport and placement mechanisms after angle changes in horizontal, vertical, and angled fractures.
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Convenient and easy to use

 

Graphical user interface

Easy and understandable operation


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Reliable and stable

 

High accuracy, high stability

 

 


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Personalized customization

 

Can be customized according to needs

Enhance device configuration

     

Application Fields

 

 

Application Functions

Product Parameters

Parameter Indicators

Main Fracture Model Fracture Width 4~8mm, 1000mm (length) × 500mm (height)
Branch Fracture Model Fracture Width 4~8mm, 500mm (length) × 500mm (height)
Working Pressure 0~1MPa
Fracture Model One side translucent and visible, one side rough, light transmittance ≥85%
Simulated Wellbore Φ50mm (inner diameter) × 5mm (thickness), evenly perforated top and bottom, adjustable perforation diameter
High-Performance Delivery Pump Accurate flow control, maximum displacement 12m 3/h
Precise Quantitative Sand Adding System Delivery height: 2m; delivery volume: 0~3m 3 /h, variable frequency speed regulation
Liquid Tank Volume

110L; stirring speed range: 0~1000r/min,

Can be used as sand mixing tank, solution mixing tank, clean water tank

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