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
192 written
Rose Greenhouse Humidity Control: Crop Observations and Dehumidification Inputs
A rose-specific guide to flower and canopy moisture observations, water-removal routes and the equipment information a grower should send.
Read article →Orchid Greenhouse Humidity Control: From Crop Observations to Dehumidification Inputs
A crop-specific orchid greenhouse guide to tracking root and surface wetness, testing moisture-removal routes and preparing equipment review inputs.
Read article →Cut Flower Greenhouse Humidity Control: Wet Petals, Airflow and Dehumidification Inputs
A cut flower greenhouse needs a crop-zone wetness record, a defined water-removal route and a separate postharvest humidity plan before equipment selection.
Read article →Greenhouse Humidity in Summer: Manage Heat and Moisture Together
Summer heat and humidity need separate checks. Use crop-zone measurements to test ventilation, shading and evaporative cooling, then verify the evening moisture transition.
Read article →Greenhouse Gutter Condensation: Find the First Water Before Changing Humidity Control
Find whether a greenhouse roof gutter is condensing on its underside, receiving roof water, or spilling through a joint or outlet before changing climate controls.
Read article →Condensation Under a Greenhouse Thermal Curtain: Trace the First Wet Point
Trace droplets at a closed or moving thermal screen to the first wet surface, distinguish underside condensation from roof runoff, and route the correction.
Read article →Thermal Bridge Condensation in a Greenhouse: Test the Cold Junction
Diagnose wet greenhouse posts and glazing bars by tracing the first water, comparing local dew point with the junction surface, and separating structure work from climate work.
Read article →Greenhouse Door Condensation: Find the Wet Surface and Water Path
Trace water at a greenhouse door from the first wet point. Compare local dew point with the door surface, then separate sealing, drainage and climate work.
Read article →Greenhouse Condensation: Find the Wet Surface, Then the Water Path
Find the first wet greenhouse surface, test its local dew-point condition and trace other water paths before choosing a correction.
Read article →Greenhouse Humidity During Rain: Check the Water Path Before Changing the Vents
Rain does not automatically make ventilation ineffective. Trace liquid water and vapour, test the usable air path and record the event before choosing a drying route.
Read article →Greenhouse Humidity Control Deadband: Set and Test the Start–Stop Logic
A greenhouse humidity deadband separates equipment start and stop conditions. Define the sensor, control owner and protection timers, then verify the crop-zone response.
Read article →Leafy Greens Greenhouse Humidity Control: Plan by Crop Zone, Not One RH Number
A crop-zone approach to lettuce, spinach and kale humidity observations, wetness checks, shared-air limits and equipment enquiry inputs.
Read article →Editorial responsibility