This company designs and manufactures custom heat exchangers, specializing in high-temperature applications ranging from 600 to 2000°F. They offer various technologies including plate fin, fin tube, and microchannel heat exchangers to improve operational efficiency. Their solutions provide compact, high-performance heat recovery systems tailored to specific client specifications.
Funding
Funding not disclosed
Founders
Product
Problem
Many industrial processes require heat exchangers that can operate efficiently at high temperatures (600°F to 2000°F), but traditional heat exchangers are often bulky and not optimized for specific application requirements, leading to inefficiencies and space constraints. Existing solutions may not effectively recover heat or fit within the limited space available in many industrial settings.
Solution
Heat Recovery Innovations (HRI) designs and manufactures custom high-temperature heat exchangers tailored to meet the precise specifications of industrial clients. Their heat exchangers are engineered to operate efficiently in temperatures ranging from 600°F to 2000°F, while being up to 75% smaller than traditional heat exchangers. By creating custom solutions, HRI optimizes heat recovery and improves operational efficiency, ensuring the heat exchangers seamlessly integrate into existing systems and maximize performance.
Target Audience
HRI's primary customers are industrial companies requiring efficient heat recovery solutions for high-temperature processes, including those in solid oxide electrolyzer cell (SOEC) applications.
Features
- Custom-designed heat exchangers for high-temperature applications (600°F to 2000°F)
- Compact designs that are up to 75% smaller than comparable technologies
- Solutions tailored to fit exact client specifications, optimizing heat recovery
- Expertise in various heat exchanger types, including plate fin, fin tube, microchannel, fin shell, and primary surface heat exchangers
- Custom manifolds to optimize connection locations, reducing piping complexity and losses
- Utilization of multiple materials, including stainless steels and super alloys, to meet specific application requirements
- Custom mounting features for thermal expansion and growth
- Internally insulated gussets