Back to products

EIAS BTF AQUACerebrum

AQUACerebrum Expert Information and Analytical System for Biological Treatment Facilities – аn intelligent digital platform designed to improve the ecological and resource efficiency of biological wastewater treatment processes. The system adapts to any technological schemes, reduces energy consumption, saves resources, and ensures automatic control. The platform performs engineering calculations, analyzes parameters, forecasts, and makes decisions, minimizing errors and enhancing the safety of processes

EIAS BTF AQUACerebrum:

AQUACerebrum is a domestic intelligent digital platform of a separate class of information and analytical software at the “Industry 4.0” level.

A digital tool for enhancing the ecological and resource efficiency of biological wastewater treatment processes through synergistic use of:

Intelligent analysis and monitoring
Predictive management
Digital modeling
Design and management approaches and principles for biological treatment facilities (BTF), considering the specifics (type) of the technological process
Modern measurement and control tools (systems)

EIAS BTF AQUA Cerebrum – part of the digital water utility

It is implemented at wastewater treatment plants in cities to enhance the environmental and resource efficiency of wastewater treatment processes, utilizing technologies for the deep removal of biogenic elements.

The digital platform performs:

General engineering calculations

Comprehensive parameter analysis

Digital forecasting

Decision-making

Automatic management (24/7 with AI involvement) of the life cycle stages of biological wastewater treatment plants

System advantages:

As part of the digital platform installation, an audit, analysis, and preliminary engineering calculations are carried out

Eliminates design errors and the lack of highly qualified personnel

Enables comprehensive tuning of the wastewater treatment technological process

Adapts to any wastewater treatment schemes: both classic and the most modern technological processes

Ensures high efficiency in pollutant removal based on key indicators: BOD (COD) – Biological (Chemical) Oxygen Demand, biogenic elements (nitrogen and phosphorus compounds)

Reduces the impact of shock discharges of pollutants

Quickly and effectively analyzes scenarios (situational analysis) under time constraints to identify critical points in the technological process

Ensures high process safety

Saves costly resources, such as chemicals for phosphorus removal, or completely eliminates the need for their use

Reduces energy consumption per unit of removed pollutants at the most energy-intensive stages – blower stations and other complex technological equipment

Want to discuss a joint project?

Be our partner and together we will achieve your expectations

Write to Us