TRANSIENT DRAINAGE PROCESSES IN STORAGE RESERVOIRS

About TRANSIENT DRAINAGE PROCESSES IN STORAGE RESERVOIRS

TRANSIENT DRAINAGE PROCESSES IN STORAGE RESERVOIRS

Description

 Functioning of a sugar chamber

1."Rainwater retention basin "experiment, rectangular weir as gate

2."Consecutive storage reservoirs" experiment, rectangular weir as overfall weir

3."Surge chamber" experiment: transparent pipe as surge chamber in drainage line of basin

4. Gate in the drainage line for generating water hammers

5. Pressure sensors at both basin and the surge chamber capture the pressure fluctuations

6.Respresentation of the pressure curves and course of the water levels with software

7.Data acquisition software and full accessories

8.The necessary technical data will be provided to standard.

Technical Details

Basin A: LxWxH:900x900x300mm, material: stainless steel; rectangular weir according to Rehbock, adjustable as gate, gate opening :1,5mmas overfall weir, weir height:215mm, overflowed width: 60mm

Basin B:LxWxH:900x900x300mm, material: stainlesssteel;overflow:250mm Surge chamber material: PMMA di:62mm; height: 1800mm

Measuring ranges; pressure:2x 0...100 m bar,1x 0...200 m bar and flow rate;300..3.300 LPH.

A comprehensive manual describing how the experiment are performed and how to commission the equipment will be provided.

Educational software will be as an option

Installation and Training will be provided.

The whole set-up is well designed and arranged on a rigid structure painted with industrial PU Paint.

Experimentation/Learning Objectives

To study transient drainage process in storage reservoir.

Utilities Required

Electricity supply: Single Phase, 220V AC, 50 Hz, 5-15 Amp. combined socket with earth connection. Earth voltage should be less than 5volts.

Water Supply: Initial fill.

Floor drain required.

Computer System: i-3/5 processor with DVD Drive, Windows 7/8/10,MS-Office pre-loaded. One USB slot required in PC for Data Acquisition Card.