The GUNT Groundwater Flow Trainer enables three-dimensional investigations of subsurface water movement, supporting education and research in hydrology and geotechnical engineering. With a sand-filled tank, interchangeable models, and dual well/tube systems, this unit offers realistic simulation of groundwater extraction and flow through soils.
Product Features
- Designed for studying groundwater extraction from wells and excavation pits
- Sand-filled tank for realistic simulation of soil and groundwater interaction
- Supports 3D visualization and analysis of groundwater flow principles
- Two horizontal open-seam tubes supply water; each controlled by separate valves
- Flexible water input configuration allows diverse flow simulations
- Two individually valved wells with open-seam tubes for extracting groundwater
- Three removable excavation pit models simulate real-world drainage and construction scenarios
- Orthogonally arranged measuring ports at the tank bottom for precise groundwater level detection
- Groundwater levels displayed via 19 tube manometers for clear monitoring
Benefits
- Hands-on visualization of groundwater movement and extraction effects
- Supports practical hydrology and drainage system training
- Allows demonstration of different excavation pit configurations
- Enables understanding of pressure distribution and flow direction in soil
- Precise and real-time water level data via integrated manometer array
Why Choose the GUNT Groundwater Flow Trainer?
The GUNT Groundwater Flow Trainer provides an in-depth, three-dimensional learning experience in subsurface hydrology. With realistic soil simulation, customizable flow scenarios, and precise measurement tools, it's ideal for academic settings in civil and environmental engineering focused on groundwater behavior, drainage, and well extraction techniques.
