YT
Yakeclimate contributor
Yakeclimate Engineering Team
Engineering Team Yakeclimate technical articles are prepared by the engineering team using inputs from product development, application review, manufacturing, testing, and project support.Profile
Role in the Yakeclimate resource library
The Yakeclimate Engineering Team maintains technical resources about industrial dehumidification and humidity-control equipment. Articles bring together product, application, manufacturing, testing, and project-support inputs so that readers can understand operating conditions, equipment boundaries, and the information required before selection.
- Editorial focus
- Industrial dehumidification, operating conditions, equipment application, manufacturing, testing, and project interfaces.
- Areas of focus
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- Industrial dehumidification
- Application and operating-condition review
- Equipment selection inputs
- Manufacturing and testing
- Project interfaces and installation constraints
Resource contributions
Articles and recorded reviews
168 Written
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