AQUEOUS OZONEOn-demand ozone water for sanitation.
OVERHEAD FINE SPRAYControlled aqueous ozone distribution from nozzles installed beneath the kennel roof.
FLOOR SPRAY SANITATIONTargeted aqueous ozone spray for kennel floors, corners and odor-source areas.
การดูแลสัตว์เลี้ยง · สุขอนามัยกรง
ระบบน้ำโอโซนเพื่อสุขอนามัยกรงสัตว์เลี้ยงระดับมืออาชีพ
Aqueous Ozone Kennel Hygiene System
ระบบน้ำโอโซนสองโซนสำหรับการพ่นละเอียดเหนือพื้นที่สัตว์และการดูแลพื้นกรงแบบควบคุม
TWO-ZONE APPLICATIONIndependent overhead and floor distribution.
ODOR SOURCE CONTROLTargets contamination where odor originates.
CHEMICAL REDUCTIONHelps reduce conventional disinfectant dependence.
หนึ่งระบบน้ำ สำหรับสองโซนสุขอนามัย
A central aqueous-ozone supply feeds two independently controlled sanitation branches.
TAP WATER
BES WDS AQUEOUS OZONE GENERATOR
AQUEOUS OZONE WATER
DISTRIBUTION MANIFOLD
Overhead Fine Spray
Zone ControlUnder-roof PipeFine Spray NozzlesAnimal Zone
Floor Spray Sanitation
Zone ControlFront-base PipeDirectional NozzlesFloor → Drain
วงจรสุขอนามัยแบบควบคุม ตั้งแต่การผลิตจนถึงการระบาย
Generate
Produce aqueous ozone from tap water on demand.
Distribute
Send ozone water through the kennel distribution manifold.
Apply
Operate overhead and floor zones according to programmed hygiene cycles.
Drain
Floor sanitation water carries contamination toward the drainage system.
จ่ายน้ำโอโซนภายในกรงที่ใช้งานจริง
01Under-roof aqueous ozone pipe02Overhead fine-spray nozzle03Animal zone04Floor spray nozzle05Floor spray coverage06Linear drain
การควบคุมทางวิศวกรรมสำหรับพื้นที่สัตว์
The concept is aqueous ozone application—not air-ozone treatment. Final operating concentration, exposure behavior and spray duration require BES validation and site commissioning.
Programmable spray cycles
Independent zone control
Solenoid valve control
Flow monitoring
Controlled application time
Maintenance / service mode
System interlock where applicable
กำหนดค่ากรงและดูผลทางวิศวกรรม
Let BES recommend a system, or select another verified WDS model to compare C, CT and EOG life instantly.
AI DESIGN RESULTAI NOZZLE LAYOUTONE KENNEL
KENNEL DIMENSIONS0.00 × 0.00 × 0.00 m
OVERHEAD SPRAY1.00 m spacing0 nozzles / kennel
FLOOR SPRAY0.50 m spacing0 nozzles / kennel
OVERHEAD SPRAY COVERAGE
← 0.00 →CUSTOM ENGINEERING REQUIRED
Complete kennel geometry, nozzle count and verified flow-per-nozzle inputs before selecting a WDS system.
Complete geometry, nozzle count and verified flow-per-nozzle inputs to calculate active design flow.
C, CT and EOG life
OZONE CONCENTRATION — C
Complete the design flow for an automatic recommendation, or select a system model manually, to calculate theoretical C.
Estimated ozone exposure during the selected spray period.
CT becomes available after a system model, active zone flow and spray time are available.
EOG LIFESelect or automatically size a system model to show its verified EOG rating, then enter Operating Cycles and Spray Time to estimate calendar life.
VIEW CALCULATION DETAILS
- ACTIVE NOZZLES
- Overhead: 0 headsFloor: 0 heads
- ACTIVE FLOW
- Overhead: Not activeFloor: Required
- SELECTED GENERATOR
- Complete inputs or select a model
- MTE
- Not validated
- CONTACT TIME BASIS
- PendingAssumption: Effective contact time = selected spray time
- EOG RATING
- Pending model
VIEW FORMULAS
Zone active flow (L/h) = active nozzles × verified flow per nozzle (L/h).
Sequential generator design flow = maximum of overhead and floor active flow. Simultaneous flow = overhead + floor.
C theoretical = verified ozone output (mg/h) ÷ active zone flow (L/h). Delivered C uses stored validated MTE only.
CT(t) = applicable C × effective wet contact time.
EOG daily runtime = active groups × runtime per group × cycles/day ÷ 60. EOG life uses total generator ON-time.
ออกแบบระบบสุขอนามัยสำหรับ Pet Kennel
กำหนดจำนวนกรง พื้นที่ และรอบการทำงาน แล้วตรวจสอบอัตราการไหลของน้ำโอโซนและกลยุทธ์ควบคุมกับวิศวกร BES