Callic develops technology to harvest ambient heat from open water sources for use as a renewable energy source. Their systems enable the large-scale deployment of aquathermy, providing a reliable and widely applicable heating solution. Callic focuses on open aquathermy systems.
Funding
Funding not disclosed
Founders
Product
Problem
The increasing demand for sustainable heating solutions requires alternatives to traditional fossil fuels, especially in densely populated areas facing heat stress and water management challenges. Existing aquathermy systems can be complex, costly to implement, and require significant manpower for ongoing operation.
Solution
Callic develops and delivers aquathermy systems that harvest ambient heat from open water sources, providing a renewable energy source for heating in residential, commercial, and district heating applications. Their open aquathermy systems utilize advanced installations, sophisticated control technology, and prefabricated equipment to simplify deployment and reduce maintenance. Callic's approach focuses on creating manageable, large-scale aquathermy solutions that integrate sustainable heat generation with improved water management. The company's systems are hydraulically autonomous, allowing for complete assembly and testing in the workshop to minimize on-site work and potential failures.
Target Audience
Callic's primary customers include residential and commercial developers, utility companies, and municipalities seeking sustainable heating solutions for buildings and district heating networks.
Features
- Modular aquathermy systems designed for ease of installation and maintenance
- Prefabricated equipment and off-site testing to reduce on-site work
- Advanced control technology for optimized system performance
- Fish-friendly intake filter with low approach velocity and slow-moving parts
- Intake filter designed with UV-stable thermoplastics and seawater-resistant stainless steel
- Filter backwash requires low pressure (1.5 bar), eliminating the need for pressure boosting in many applications
- Modular and demountable construction for easy access to components during operation
- Remote monitoring and optimization to ensure optimal performance and minimal wear