The Advanced Hydrological Investigations Apparatus | FluidoSurge-X 278 by SCIENTICO is a laboratory system for studying seepage, groundwater flow, precipitation runoff, and sediment transport. It features an inclinable sand-filled tank, rainfall simulation with timer control, and obstacle models for river flow studies. The closed water circuit supports controlled hydrological experiments. Suitable for advanced civil engineering and water resources laboratories.
The Advanced Hydrological Investigations Apparatus FluidoSurge-X 278 is a laboratory system designed for comprehensive study of hydrological and fluvial processes. Manufactured by SCIENTICO, the apparatus enables investigation of seepage, groundwater flow, precipitation runoff, and sediment transport in river courses. It supports both transient and steady-state experiments under controlled conditions. The system is intended for advanced civil engineering and water resources laboratories.
Product Overview
FluidoSurge-X 278 consists of a sand-filled, inclinable stainless steel experiment tank integrated with a closed water circuit. A precipitation device with adjustable nozzle density and timer simulates rainfall events of varying duration. Groundwater inflow and drainage can be independently controlled through side chambers, while integrated wells enable study of groundwater level variation. River flow conditions and sediment transport are demonstrated using a measuring weir, flow meters, and interchangeable obstacle models installed within the experimental section.
| Parameter | Specification |
|---|---|
| Apparatus Type | Advanced hydrology and sediment transport study unit |
| Water Circuit | Closed |
| Experiment Tank Material | Stainless steel |
| Experiment Tank Area | 2 x 1 m² |
| Experiment Tank Depth | 0.2 m |
| Maximum Sand Filling | 0.3 m³ |
| Inclination Adjustment Range | -1% to +5% |
| Groundwater Measuring Points | 21 |
| Groundwater Display | 21 tube manometers |
| Wells | 2 open seam tubes |
| Obstacle Models | Round, square, oval pillars |
| Storage Tank Capacity | 300 L |
| Power Supply | 230 V, 50 Hz, single phase |
Precipitation Device
| Parameter | Specification |
|---|---|
| Number of Nozzles | 8 to 11 |
| Flow Rate Range | 1 to 4.7 L/min |
| Control | Adjustable with timer |
Pump
| Parameter | Specification |
|---|---|
| Power Consumption | 0.75 kW |
| Maximum Flow Rate | 3300 L/h |
Measuring Ranges
| Parameter | Range |
|---|---|
| Tube Manometers | 0 to 300 mmWC |
| Supply Flow Rate | 0 to 36 LPM |
| Drain Flow Rate | 0 to 16 LPM |
| Sediment Mass | 0 to 5000 g |
Key Features
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Integrated study of hydrology and sediment transport
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Closed water circuit for controlled experimentation
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Inclinable sand-filled tank for slope simulation
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Precipitation simulator with adjustable duration and intensity
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Independent groundwater supply and drainage selection
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Multiple groundwater measurement points
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Obstacle models for river flow and sediment transport studies
Applications
-
Civil engineering hydrology laboratories
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Study of seepage and groundwater flow
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Rainfall runoff and soil storage analysis
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Investigation of sediment transport in river beds
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Analysis of flow interaction with obstacles
Construction & Design Details
The apparatus is built around a corrosion-resistant stainless steel experiment tank filled with sand to represent soil and river bed conditions. Tank inclination is smoothly adjustable to simulate varying slopes. A precipitation device mounted above the tank generates controlled rainfall events. Groundwater levels are measured via multiple tube manometers connected to the base of the tank. A transparent measuring tank at the drain includes a measuring weir and force sensor for sediment mass determination.
Experiments
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Effect of rainfall duration on discharge response
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Determination of soil storage capacity
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Study of steady seepage flow
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Investigation of groundwater level variation due to wells
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Flow behavior in river courses with obstacles
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Sediment transport around pillars of different shapes
Data Acquisition Software (Optional)
Optional software FluidoSurge-X 278, developed in the NITM LabVIEW™ environment, supports data acquisition, processing, and reporting on Windows systems. The software enables visualization of groundwater levels, flow rates, and sediment transport using tables and graphs. Comprehensive CSV reports containing measured and calculated data can be generated for documentation and analysis.
Standard Scope of Delivery
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1 experimental module
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1 standard set of accessories
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1 instruction manual
Export & Supply Capability
SCIENTICO manufactures the Advanced Hydrological Investigations Apparatus FluidoSurge-X 278 for engineering colleges, technical universities, and research laboratories. The system is suitable for domestic and international supply. Export packing, documentation, and accessory configuration are provided according to destination requirements.
Q1. What processes can be studied using FluidoSurge-X 278?
It supports studies of seepage, groundwater flow, rainfall runoff, and sediment transport in river courses.
Q2. How is rainfall simulated in the apparatus?
Rainfall is simulated using an adjustable precipitation device with 8 to 11 nozzles and a timer.
Q3. Can sediment transport be measured quantitatively?
Yes. A force sensor in the measuring tank is used to determine the amount of transported sediment.
Q4. What obstacle types are included for river flow studies?
Round, square, and oval pillar models are provided for studying flow and sediment interaction.
Q5. Is digital data acquisition available?
Yes. Optional DAQ hardware and software are available for data logging and analysis.
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GRP construction, industrial piping, and integrated instrumentation make it suitable for comprehensive hydraulic studies.
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It uses a closed water circuit with a centrifugal pump and gravimetric measurement system.
Flow rates are determined using lever based weights or optional digital load cells.
An integrated flow channel supports weir experiments, while reinforced fiberglass construction ensures long term laboratory use.
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The system supports accurate volumetric flow measurement using both manual and digital methods.
An integrated flume enables weir experiments, while GRP construction ensures reliable laboratory performance.
The SCIENTICO FluidoSurgeX 101 Hydraulic Bench Apparatus is a basic laboratory unit for fluid mechanics experiments.
It features a closed water circuit with storage tank, centrifugal pump, and stepped measuring tank.
The system enables accurate volumetric flow rate measurement using tanks and a measuring beaker.
An integrated flume supports weir experiments, while the GRP construction ensures long-term laboratory use.
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