Biotoxicity Early Warning Device
The biotoxicity early warning technology uses small molecular organic substances such as carboxylic acids and alcohols as substrates under anaerobic conditions to provide a carbon source for microorganisms attached to the anode.
In this process, chemical energy is converted into electrical energy, and by observing changes in electrical signals such as voltage, current, and output power, the water quality status can be directly reflected. This response speed far exceeds that of conventional analytical methods.
Detailed

Performance Advantages:

Based on microbial electrochemical signal (M&G) technology

Uses native microorganisms with high sensitivity

No consumables, no mechanical components, low operating costs

Extremely low maintenance requirements

Captures fluctuations in organic matter concentration, biotoxicity, and inhibitory substances.


Application Fields:

This technology offers features such as easy installation, no consumables, and no daily maintenance, making it well-suited for situations with highly variable influent water quality and complex incoming compositions, such as industrial wastewater, industrial parks, and municipal wastewater treatment plants.

It is particularly applicable to industries with toxic or highly fluctuating influent loads, including chemical synthesis, pesticides, pharmaceuticals, fine chemicals, coal chemical processing, electronics, and electroplating.

If you are looking to establish an effective environmental early warning system, biotoxicity early warning technology may be your optimal choice.


Project Cycle

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