01
HVAC design
Controlled environments for plants, labs, and occupied spaces that need stable air, humidity, and load response.
San Francisco · Est. 2022
Delivering excellence in heat and energy systems
Thermagia Engineering focuses on advanced heat transfer, thermal systems, and energy engineering for industries that require precise control and high-performance operations.
Service cells
Four engineering cells, one thermal lattice
Each hex is a service. Together they form the honeycomb we use to keep plants stable, efficient, and under precise thermal control.
02
Industrial heat
Process heating networks built for demanding duty: predictable output, safer operation, less wasted energy.
03
Cooling systems
Industrial cooling that holds temperature under load, protecting equipment, product, and people.
CORE
Thermal cell
Heat is energy. We treat every cell as a chance to convert it into performance you can rely on.
04
Optimization
Thermal optimization that reads energy use, temperature behavior, and site conditions, then cuts waste.
The practice
Engineering science, applied to demanding thermal duty
Our work includes HVAC design, industrial heating and cooling systems, and thermal optimization. We analyze energy use patterns, temperature behavior, and environmental conditions to design systems that reduce waste and increase efficiency.
Thermagia combines engineering science with innovative design to support industries that operate under demanding thermal conditions. From large manufacturing plants to research environments, our solutions are created to ensure stability, safety, and long-term energy savings.
- Founded 2022
- Team 11-50
- Home San Francisco
- Form Partnership
Method
How heat moves through a project
A four-cell sequence. Measure the load, model the flow, design the system, then tune it until waste drops and output holds.
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01
Read the load
Energy use patterns, temperature behavior, and site conditions. We start with how the facility actually runs, not a generic template.
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02
Map the flow
Heat transfer paths, material limits, and environmental swing. Simulation and measurement keep surprises off the plant floor.
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03
Design the cell
HVAC, heating, or cooling hardware sized for the duty, with controls that hold the set point when conditions move.
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04
Tune for efficiency
Thermal optimization after install. Less waste, more stable output, longer equipment life.
Heat is energy, and energy is opportunity. Thermagia Engineering transforms both into performance that industries can rely on.
Thermagia Engineering · San Francisco
Questions
What operators ask us
We focus on advanced heat transfer, thermal systems, and energy engineering for industries that need precise control and high-performance operations. That means HVAC design, industrial heating and cooling, and thermal optimization.
Manufacturing plants, research environments, and other sites that run under demanding thermal conditions. If temperature, energy waste, or system stability is a live problem, that is our cell.
We analyze energy use patterns, temperature behavior, and environmental conditions first. Designs follow the data, so the system reduces waste and increases efficiency without guessing at the load.
San Francisco, California. Founded in 2022 as a partnership. Write to us from anywhere a thermal brief needs a careful reading.
Contact
Bring us the thermal brief
A plant that runs hot, a lab that must hold a set point, a cooling loop that wastes power. Tell us what the system has to do.
hello@thermagiaengineering.com