This innovative energy-saving additive enhances heat transfer efficiency in closed-loop water-based systems by reducing water surface tension, improving fluid-surface contact, and increasing thermal conduction. Ideal for HVAC, boilers, and heat pumps, it offers significant energy savings and system responsiveness with minimal infrastructure changes, making it attractive for large facilities like hotels and data centres.
Technology Overview
Title
Energy-Saving Additive for Enhanced Heat Transfer in Water-Based Thermal Systems
Summary
This innovative technology is an energy-saving additive designed to improve heat transfer efficiency in closed-loop water circulation systems. By modifying the surface tension of water, it enhances fluid-surface contact, resulting in improved thermal conduction efficiency and energy savings. The additive is suitable for integration into existing systems with minimal disruption and is compatible with common water treatment agents.
Key Features
- Form: Liquid phase
- Energy Savings: Typical savings of 10%–13%, dependent on system type and operating conditions
- Improved Heat Transfer: Increases fluid–surface contact area within pipelines and heat exchangers
- Enhanced System Responsiveness: Faster heating/cooling and better heat retention
- Integration: Can be directly added into existing systems without major retrofitting or equipment replacement
- Compatibility: Works with common cleaning agents, descaling agents, and water treatment chemicals
- Non-Corrosive: Does not accelerate material degradation under typical operating conditions
Technical Specifications
- Application: Suitable for any system utilising water as a heat transfer medium
- Target Environments: Building and commercial facilities, data centres, industrial and manufacturing systems
- System Types: Compatible with HVAC, boilers, heat pumps, and district heating networks
- Operational Disruption: Easy dosing with minimal operational disruption
- Cost-Effectiveness: Provides a cost-effective solution for reducing operational energy consumption, with potential for rapid payback
This proprietary additive stands out due to its ability to improve heat transfer efficiency without requiring significant changes to existing infrastructure, offering a practical and efficient solution for enhancing performance in water-based thermal systems.
["Heat Transfer Efficiency", "Energy-Saving Additive", "Fluid-Surface Optimization"]