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
166 written
Greenhouse Algae and Persistent Wet Surfaces: Is Condensation the Cause?
Interpret greenhouse green films by separating persistent wetness, condensation, light, nutrients, glazing, media, and irrigation water paths.
Read article →Botrytis Risk in Greenhouses: Humidity, Plant Debris and Wounds
Why a greenhouse RH reading cannot establish that Botrytis risk is resolved: compare inoculum reservoirs, susceptible ornamental tissue, and tomato wound pathways.
Read article →Central vs Cabinet-Level BESS Dehumidification
Compare dehumidification arrangements.
Read article →Downy Mildew and Greenhouse Humidity: Why the Crop Matters
Compare basil, cucurbit, and bedding-plant downy mildew signs, host relationships, and survival pathways before interpreting greenhouse humidity.
Read article →Ducted vs Freestanding Greenhouse Dehumidifiers
Compare greenhouse cabinet placement, duct routes, access and crop circulation.
Read article →Cabinet Cooling: Compare the Air, Heat and Moisture Paths
Separate heat transfer from moisture control.
Read article →Cut-Rose Quality and Greenhouse Humidity History
Interpret cut-rose humidity history by cultivar and postharvest outcome.
Read article →Greenhouse Tomato Cracking: Humidity Is One Part of the Cause
Understand tomato crack patterns and the interacting roles of humidity, water movement, fruit skin, cultivar, fruit load, and temperature.
Read article →Greenhouse Disease After Cloudy Weather: Reading a Botrytis Warning
Connect cloudy-weather warnings with crop tissue and symptom history.
Read article →Greenhouse Edema and Humidity: Blisters Are Not Always Disease
Understand physiological plant edema, intumescence, root-zone water uptake, and greenhouse humidity without treating every leaf blister as disease.
Read article →Greenhouse Mold on Structural Surfaces: Moisture Clues and Wood Condition
Separate greenhouse moisture recurrence from the condition of affected wood.
Read article →Greenhouse Heat Recovery and Dehumidification: Compare the Water and Heat Paths
Compare greenhouse water removal, heat recovery and operating conditions.
Read article →Editorial responsibility