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Yakeclimate contributor
Jordan Shao
R&D Director Jordan Shao is R&D Director at Yakeclimate and reviews technical content related to industrial dehumidification, product application, operating conditions, and engineering boundaries.Profile
Role in the Yakeclimate resource library
As R&D Director at Yakeclimate, Jordan Shao is responsible for technical review where an article requires confirmation of product application, operating conditions, equipment limits, testing context, or engineering interfaces. A review credit is shown only after that article has completed a recorded technical review.
- Editorial focus
- Technical review, equipment application, operating limits, validation context, and engineering interfaces.
- Areas of focus
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- Technical review
- Industrial dehumidification equipment
- Operating-condition assessment
- Equipment application boundaries
- Testing and validation context
Resource contributions
Articles and recorded reviews
0 Written · 168 Technical review
Cold Room Dehumidification: What Works Below 5°C?
Near 0°C, choose desiccant drying matched to inlet conditions. Calculate door moisture loads, compare installation positions and check cold-room capacity.
Read article →Dehumidifier for Pharmaceutical Industry: Area Targets and Dew Point
Use product-specific pharmaceutical RH limits: tableting typically needs below 40% RH at 20 °C; choose desiccant drying for supply dew points below 5 °C.
Read article →Dehumidifier for Library and Archive Storage: RH, Stability and Sizing
Start paper archives near 40% RH, control daily swings, separate film and metal storage, and size summer drying and winter humidification from air leakage.
Read article →Dehumidifier for Laboratory: RH Targets, Moisture Loads and Equipment
For high-air-change labs, dry the supply air first. Use standalone dehumidifiers in low-air-change rooms, sized for their actual temperature and RH.
Read article →Ice Rink Dehumidification: Set the Dew Point and Size the System
Start hockey rinks near 0°C dew point and curling halls near −5°C; choose desiccant drying and size airflow from moisture load and supply-air dryness.
Read article →Ideal Humidity for a Greenhouse: Ranges by Crop and Time of Day
A general RH range is not a greenhouse setpoint. Define a crop- and period-specific operating band, then test it against canopy measurements, cold surfaces and control limits.
Read article →Peltier vs Compressor Cabinet Dehumidifier: How to Choose
Compare Peltier and compressor cabinet dehumidifiers by rated conditions, power, mounting, heat rejection and drainage before choosing equipment.
Read article →Humidity Sensor Failure From Condensation in BESS Enclosures
A humidity sensor alarm after a wet event needs two investigations: whether the environmental point is valid and whether the cabinet has a real water or dew-point problem.
Read article →Insulation Resistance and Humidity in Electrical Panels
A changing insulation-resistance reading needs comparable electrical records and local moisture context before anyone attributes it to humidity or selects a dehumidifier.
Read article →Central vs Distributed Greenhouse Dehumidification
Choose a greenhouse dehumidification layout by measured crop-zone duty and delivered air, then check controls, heat, drains and service access.
Read article →Greenhouse Humidity Control by Climate: Tropical, Arid, Hot Summers and High Altitude
A tropical-site decision guide for rain covers, ventilation, crop moisture needs and measured dehumidification duty.
Read article →Humidity Control in a Shipping-Container Farm
A container-farm guide to crop-zone measurements, air distribution, water removal and equipment handoff in a narrow multi-rack grow room.
Read article →Editorial responsibility