The level of eutrophication found in most reservoirs and dams represents a serious problem for the management of this resource. The excess of nutrients that accumulates (wastewater discharge and fertiliser, and so on) in them causes high primary production. The excessive amount of produced biomass decomposes and leads to serious anoxia problems with consequent appearance of toxic substances that are aggravated by stratification. A large part of primary production is often made up of cyanobacteria that increase the risk of cyanotoxin production.

aquaDam is the best solution for monitoring water quality in reservoir water.

The system consists of a multi-parameter, self-positioning system that enables measurement cycles to be carried out both automatically and autonomously of the representative parameters of quality at various depths in reservoir water.

It is an effective system for reservoir water management that enables the minimization of the operational costs and the organoleptic problems in the drinking water process.

STRUCTURE

● Multi parameter analyzer temperature, pH,  conductivity, redox, oxygen, turbidity, chlorophyll and attenuation of the luminous intensity( Secchi disk equivalent)

●  Control system of the multi parameter analyzer, which manages the positioning, communication and self-cleaning of the analyzer.

●  Download data, reporting and remote control of the equipment or a network of the equipment

OPERATION:

AUTOMATIC SAMPLING

aquaDam carries out automatic measurements of the parameters at different depths in order to develop profiles graphics. The frequency and depth of the measuring points are configurable.

aquaDam has a cleaning system that enables the extension of the system’s autonomy.

Data are collected automatically by the control center for their analysis and operation.

MANUAL SAMPLING

The measurement process is set off by a local order from the aquaDam keyboard or by a remote command.

NOTEWORTHY CHARACTERISTICS

● Complete system, from the measures collection to the description by profiles graphic

● Historic record of all profiles developed

● Key information for reservoir water management, enabling the definition of the ideal depth for water extraction in real-time.

● Automatic and remote operation, with a high autonomy because of the robustness of its mechanical design and the patented cleaning system.

● Easily integrated into control and operational networks (water quality information systems and so on)

● Quick and easy setting-up

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