Energy
At Anssum, we pride ourselves in our ability to pinpoint process inefficiencies and crafting custom-engineered energy solutions that resonate with your operational objectives.
Our all-encompassing approach, anchored in profound process insight and enduring partnerships, unveils concealed opportunities for energy conservation and efficiency enhancement. This journey is about more than just problem-solving; it’s about embarking on meaningful projects that harbour the potential for measurable industry transformation, delivering value that echoes through your operations, and nurturing a sustainable future for both industry and environment.
- No Setup Modification. Our solutions seamlessly integrate with your existing setups, requiring no modifications.
- No Extra Hardware or Software. No need for additional control hardware or software, facilitating a quick return on investment.
- Continuous Online Operation. Engineered to remain online continuously for sustained value delivery.
- Ongoing Efficiency Improvements. Promotes ongoing efficiency improvements in your operations.
Solutions
Anssum provides a wide range of energy solutions such as:
- Problem identification. Our team of experts delve deep into your production and process dynamics, identifying areas of energy inefficiencies, and understanding the unique challenges your operation faces. This step is crucial as it lays the foundation for the tailored solutions we provide.
- Heat Exchanger & Energy Conservation. Maximise the efficiency of heat exchangers to reduce energy consumption and improve overall process efficiency.
- Boiler Combustion Optimisation. Optimise the combustion process in boilers to ensure fuel is burned efficiently, minimising energy wastage.
- Boiler Soot Blowing. Increase boiler thermal efficiency with smart soot blowing, yielding additional steam from the same fuel firing rate.
- Evaporator Cleaning Optimisation. Extend the operational intervals for MEE evaporators, reducing steam usage and improving efficiency.
- Evaporator Performance Optimisation. Tighter control of exit solids density, as well as vacuum stabilisation resulting in higher dry solids to steam ratios.
Please check out our case studies below for real-world examples of our results.
