The Demonstration Lysimeter | FluidoSurgeX – 306 by SCIENTICO is a laboratory apparatus for studying soil-water balance and evapotranspiration. It features a hydraulic sensing system with an inclined-tube manometer for accurate measurement of water gains and losses. Suitable for hydrology, environmental engineering, and agricultural laboratory applications.
The Demonstration Lysimeter FluidoSurgeX – 306 is a laboratory apparatus designed for soil-water interaction studies and evapotranspiration analysis. Manufactured by SCIENTICO, this system enables practical investigation of water balance, plant-water relationships, and groundwater recharge under controlled conditions. It is suitable for hydrology, environmental engineering, and agricultural engineering laboratories.
Product Overview
FluidoSurgeX – 306 consists of an independent lysimeter integrated with a hydraulic sensing system and inclined-tube manometer. The apparatus allows measurement of water gains and losses in soil by monitoring pressure variations within a diaphragm tank system. A removable vessel accommodates soil and vegetation for evapotranspiration studies. The system includes calibration weights to ensure accurate measurement of hydraulic changes corresponding to soil moisture variation and plant water use.
| Parameter | Specification |
|---|---|
| Apparatus Type | Demonstration lysimeter |
| Tank Type | Square-based recipient |
| Container Diameter | Approx. 300 mm |
| Hydraulic System | Diaphragm tank with filling pipe |
| Manometer Type | Graduated inclined tube |
| Manometer Scale | 0 to 290 mm |
| Inclination Adjustment | 0 to 30 degrees |
| Calibration Weights | 2 x 2.5 kg, 1 x 0.5 kg, 2 x 200 g, 2 x 100 g |
| Frame Material | Anodized aluminum |
| Panel Material | Bakelite and PVC |
| Level Verification | Integrated bull’s eye |
| Adjustable Feet | Provided |
Key Features
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Independent lysimeter for soil-water balance experiments
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Inclined-tube manometer for precise water gain or loss measurement
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Hydraulic diaphragm system to detect weight changes
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Removable soil and vegetation vessel
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Adjustable manometer inclination for accurate readings
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Calibration weights for system adjustment
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Adjustable graduated water column
Applications
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Hydrology and environmental engineering laboratories
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Evapotranspiration and water balance studies
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Soil water retention and drainage analysis
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Irrigation efficiency evaluation
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Nutrient leaching and pollutant transport studies
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Groundwater recharge estimation
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Climate impact on soil-water dynamics
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Plant growth and water use efficiency analysis
Construction & Design Details
The unit is built on an anodized aluminum frame with painted Bakelite and PVC panels. A square-based recipient houses the hydraulic sensing device connected to a graduated inclined manometric tube via flexible PU tubing. The removable container allows filling with soil and vegetation. The diaphragm tank transfers pressure variations caused by weight changes in the lysimeter system. The manometer is adjustable in height and inclination, and a bull’s eye level ensures proper alignment during experimentation.
Experiments
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Water balance studies
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Evapotranspiration measurement
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Soil water retention and drainage behavior
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Irrigation efficiency experiments
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Nutrient leaching analysis
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Soil erosion monitoring
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Groundwater recharge estimation
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Relationship between maximum reference transpiration and actual transpiration
Standard Scope of Delivery
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1 experimental module
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1 planter/container
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1 stopwatch
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1 instructional manual
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Set of calibration weights
Export & Supply Capability
SCIENTICO manufactures the Demonstration Lysimeter FluidoSurgeX – 306 for universities, agricultural institutes, and environmental research laboratories. The apparatus is suitable for domestic and international supply. Export packing and documentation are provided as per client requirements.
Q1. What is the primary purpose of FluidoSurgeX – 306?
It is used to study soil-water balance and evapotranspiration processes.
Q2. How are water gains or losses measured?
Water changes are measured using a hydraulic diaphragm system connected to an inclined-tube manometer.
Q3. Can the system be used for plant-based studies?
Yes. The removable vessel allows soil and vegetation to be placed for transpiration and plant water use studies.
Q4. How is calibration performed?
Calibration weights are provided to adjust the manometric tube based on hydraulic system weight changes.
Q5. Is the manometer adjustable?
Yes. The manometer inclination can be adjusted from 0 to 30 degrees and its height can be repositioned for improved visibility.
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“Lorem ipsum dolor sit amet, consectetur adipiscing elit. Maecenas a eros ullamcorper, euismod leo vitae, porta sapien. Phasellus eget massa rhoncus, porttitor nibh et, aliquet tortor. Vestibulum sit amet neque turpis.
Mrs. Lorem ipsum
Manager
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