Our Machine Learning powered control solution helps minimize energy costs and reduce emissions. Our innovative AI learns your process from your historical operational data, finds the best parameter settings through real-time simulation and keeps on adapting even as process, equipment and goals change. As a result, it can more accurately and responsively control your energy usage than APCs and expert operators.
Energy Reduction AI
CONTACT INFORMATION
Feel free to contact us via any of the methods listed. Also visit our social profiles for the latest updates on our work!
Optimizing fuel consumption
Minimize fuel usage to deliver a target power and energy production even with changing fuel characteristics.
Minimizing process power utilization
Running processes at their optimum operating point to minimize energy consumption for a target production and quality
Cut equipment power consumption
Reduce power consumption for energy intensive equipment such as large scale compressors or heavy machines
Boiler heater optimization
Adapts combustion parameters so as to deliver
the target power, energy and emissions
irrespective of fuel used and its properties.
Energy ↓ 4-6%
Mining/cement crusher optimization
Adapts crusher feed rate and loading so as to
maximize throughput and reduce energy
consumed per produced tonne.
Grinding mill
Energy ↓ 10-20%
Mining/cement grinding mill optimization
Continually optimizes grinding mill
parameters, load and ball charge to ensure
the lowest grinding mill energy consumption.
Energy ↓ 4-10%
Rotary kiln optimization
Minimizes energy usage for the target
production rate and end quality. Suitable for
mining, cement, pulp and lime processing.
Energy ↓ 4-6%
Pulp recovery boiler optimization
Combustion parameters are optimized in real
time so as to maximize heat generation and
reduce emissions as feed quality changes.
Energy ↓ 2-5%
Transform your business now
Request a meeting and demo now to see what you can do with a leading-edge AI solution.
CONTACT INFORMATION
Feel free to contact us via any of the methods listed. Also visit our social profiles for the latest updates on our work!