Method to measure turbidity and total suspended solids and turbidity sensor system thereof

A turbidity sensor system, comprising:

• a probe suspended in a liquid, wherein the probe comprises:
• at least two emitters, wherein each emitter of the at least two emitters is configured to:
• emit a specific wavelength of a light in the liquid;
• at least two pairs of detectors, wherein each detector of the at least two pairs of detectors is configured to:
• detect a scattered light via each dedicated channel of the at least two pairs of detectors in response to the specific wavelength of the light emitted in the liquid;
• an electronic circuit communicatively connected to the at least two pairs of detectors, wherein the electronic circuit is configured to:
• convert analog data associated with the scattered light to digital data for each dedicated channel of the at least two pairs of detectors;
• segment the digital data of each dedicated channel of the at least two pairs of detectors into associated plurality of packets for each dedicated channel;
• transmit the associated plurality of packets of each dedicated channel of the at least two pairs of detectors to a measuring module;
• and
• the measuring module communicatively connected to the electronic circuit, wherein the measuring module is configured to:
• extract the digital data from the associated plurality of packets;
• segregate the digital data into a plurality of clusters using a clustering technique;
• and
• measure at least one parameter related to turbidity of the liquid based on the plurality of clusters and a tree-based technique.

A method for measuring at least one parameter related to turbidity of a liquid, the method comprising:

• emitting a specific wavelength of a light in a liquid;
• detecting a scattered light via each dedicated channel of at least two pairs of detectors in response to the specific wavelength of the light emitted in the liquid;
• converting analog data associated with the scattered light to digital data for each dedicated channel of the at least two pairs of detectors;
• segregating the digital data into a plurality of clusters using a clustering technique;
• and
• measuring at least one parameter related to turbidity of the liquid based on the plurality of clusters and a tree-based technique.