Aquelys
Aquelys provides adaptive electrochemical platforms for complex water systems, combining physics-based modeling with real-time sensing and closed-loop control. The platforms continuously monitor water parameters and adjust treatment processes dynamically, ensuring resilient operation in marine, industrial, and research environments. Machine-assisted computation supports operator decision-making with advanced analytics and optimized control strategies.
- Internet of Things
- Industrial Automation
- Chemical Technology
- Clean Technology
- Hardware
- Artificial Intelligence
- Data & Analytics
- Software Only
Funding
Founders
Founder details are not available yet.
Product
Problem
Traditional water treatment and management systems rely on static, pre-programmed control logic that struggles to adapt to changing water chemistry, flow rates, and environmental conditions. This rigidity leads to inefficient operation, higher energy consumption, and suboptimal treatment outcomes in dynamic settings like marine operations and industrial processes.
Solution
Aquelys Solutions offers adaptive electrochemical platforms that combine physics-based modeling with real-time sensing and closed-loop control to manage complex water systems with precision. The platforms continuously monitor water parameters and adjust treatment processes dynamically, ensuring resilient operation regardless of environmental variability. By integrating interpretable physics-informed models, the system provides operators with clear insights into system behavior while maintaining fast response times. Machine-assisted computation supports decision-making by analyzing operational data and suggesting optimized control strategies to improve overall system performance.
Target Audience
Primary users are marine operations teams, industrial water treatment facilities, and research institutions that require precise, adaptive water management in complex and changing environments.
Features
- Adaptive electrochemical platforms that adjust to real-time water conditions
- Integrated real-time sensing for continuous feedback on water quality parameters
- Closed-loop control systems delivering fast, interpretable system responses
- Physics-informed modeling that improves operational resilience in changing environments
- Machine-assisted computation providing advanced analytics and decision support
- Scalable solutions tailored for marine, industrial, and research applications