Thirty years in industrial refrigeration and heat pumps, distilled into auditable algorithms and architecture. I solve hard industrial heating problems independently—cutting waste, improving ROI, and closing the loop to field-ready delivery. Rejecting tech churn; only deployable schemes for high-difficulty thermal projects.
Deep experience across industrial cold chain, high-temperature heat pumps, CO₂ cascade, and ammonia systems—now focused on independent architecture consulting and open engineering tools.
HTRI、ASPEN（化工制冷换热器计算）
工业制冷、工业热泵系统；制冷用气液分离器计算；天然工质（氨、CO₂）制冷/制热设备设计
螺杆压缩机型线、结构、能量调节理解；压力容器审核（D类）
ASHRAE 15、IIAR 2、GB/T 9237 等制冷与热泵相关标准
工程计算工具开发，将物理热力学经验封装为可复用算法
Chemicals & materials · Equipment · Energy services & thermal engineering
"Solved a complex compressor vibration issue that AI models couldn't predict."
"Exceptional engineering judgment combined with practical digital solutions."
Technology has no barriers—experience must be passed on. I offer three decades of hands-on lessons spanning deep cold and high temperature, plus foundational thermodynamic logic, at no cost. Refrigeration, HVAC, and thermal-energy students, young engineers, and university research teams are welcome to reach out by email to explore the physical limits of system design together.
Send EmailOpen Thermal AI packages three decades of field experience into knowledge, tools, cases, and an AI engineering assistant—so global engineers can solve industrial heat-pump problems faster.
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