Ozone Along Longest Branch
Prototype exponential decay profile
Outdoor Environmental Improvement
Luxury garden cooling and environmental improvement for private landscaped outdoor living.
Illuminated landscape cooling with upward ground mist around gardens, waterfalls and outdoor living.
CoolingDust SuppressionOdor ReductionSurface Treatment
LIVE AI ENGINEERING DESIGN
Configure. Calculate. Improve.
Deterministic engineering calculations with a rules-based design advisor.
LIVE MODEL · LUXURY VILLA
LIVE ENGINEERING FLOW
Balanced branch treatment architecture
Decorative branches are capped at eight; calculated values use the full design.
Water source
Filter
100 barHigh pressure pump
Stainless manifold
Main manifold → Horizontal branch headers
Fine mist nozzles → Outdoor treatment zone62 calculated nozzles · 163.7 L/h · 0.58 ppm farthest
Product WDS1200XPressure 100 barBranches 4Nozzles 62Total Flow 163.7 L/hFarthest Residual 0.582 ppmStatus PASS
LIVE ENGINEERING RESULTS
Calculation inspector
Recommended ProductWDS1200X PASSDetails
Inputs & Formula
Substitution
The current result object resolves this KPI to WDS1200X .
BES Engineering Target
Smallest trusted BES product satisfying flow range and residual target.
AI Comment
Current configuration is stable against the available prototype checks.
Engineering Remark
Verify against the final site layout and commissioning measurements.
Selected NozzleNozzle No.0 Details
Inputs & Formula
0.1 mm orificeLow-wetting atmosphere and sheltered zones.
Substitution
The current result object resolves this KPI to Nozzle No.0 .
BES Engineering Target
Prototype auto-selection based on track, objective and wind.
AI Comment
Current configuration is stable against the available prototype checks.
Engineering Remark
Final nozzle selection requires field verification.
Estimated Nozzle Count62 nozzlesDetails
Inputs & Formula
Perimeter = √240 × 4 = 62 m. Count = ceiling(perimeter ÷ 1 m).Substitution
The current result object resolves this KPI to 62 nozzles.
BES Engineering Target
Current BES prototype engineering target.
AI Comment
Current configuration is stable against the available prototype checks.
Engineering Remark
Verify against the final site layout and commissioning measurements.
Total Water Flow163.7 L/hPASSDetails
Inputs & Formula
Q = 2.64 × √(100/100) = 2.64 L/h/nozzle. Demand = 62 × 2.64 = 163.7 L/h.Substitution
The current result object resolves this KPI to 163.7 L/h.
BES Engineering Target
Current BES prototype engineering target.
AI Comment
Current configuration is stable against the available prototype checks.
Engineering Remark
Verify against the final site layout and commissioning measurements.
Initial Ozone0.587 ppmPASSDetails
Inputs & Formula
Effective ozone = generator output × 80% MTE. Initial ppm = 96.0 mg/h ÷ 163.7 L/h.Substitution
The current result object resolves this KPI to 0.587 ppm.
BES Engineering Target
Current BES prototype engineering target.
AI Comment
Current configuration is stable against the available prototype checks.
Engineering Remark
Verify against the final site layout and commissioning measurements.
Farthest Residual0.582 ppmPASSDetails
Inputs & Formula
C farthest = C initial × e−kt. Prototype k = 2/h; minimum BES target = 0.5 ppm.Substitution
The current result object resolves this KPI to 0.582 ppm.
BES Engineering Target
Current BES prototype engineering target.
AI Comment
Current configuration is stable against the available prototype checks.
Engineering Remark
Verify against the final site layout and commissioning measurements.
Longest Branch12.0 mPASSDetails
Inputs & Formula
BES prototype guidance: PASS ≤ 15 m, WARNING 15–20 m, FAIL > 20 m. Use balanced headers.Substitution
The current result object resolves this KPI to 12.0 m.
BES Engineering Target
Current BES prototype engineering target.
AI Comment
Current configuration is stable against the available prototype checks.
Engineering Remark
Verify against the final site layout and commissioning measurements.
Residence Time13.3 secDetails
Inputs & Formula
Line volume = 0.603 L using an explicit 8 mm internal-diameter assumption. Residence = volume ÷ flow.Substitution
The current result object resolves this KPI to 13.3 sec.
BES Engineering Target
Current BES prototype engineering target.
AI Comment
Current configuration is stable against the available prototype checks.
Engineering Remark
Verify against the final site layout and commissioning measurements.
Cooling PotentialModerate 57/100Details
Inputs & Formula
Preliminary evaporative cooling potential considers temperature, humidity, flow per area and wind. It is not a guaranteed temperature reduction.Substitution
The current result object resolves this KPI to Moderate 57/100.
BES Engineering Target
Current BES prototype engineering target.
AI Comment
Current configuration is stable against the available prototype checks.
Engineering Remark
Verify against the final site layout and commissioning measurements.
Dust Potential73 /100Details
Inputs & Formula
Preliminary index combines coverage, mist flow density, wind behavior and nozzle delivery. It is not a removal percentage.Substitution
The current result object resolves this KPI to 73 /100.
BES Engineering Target
Current BES prototype engineering target.
AI Comment
Current configuration is stable against the available prototype checks.
Engineering Remark
Verify against the final site layout and commissioning measurements.
Odor Potential84 /100Details
Inputs & Formula
Preliminary index combines coverage, farthest residual, wind behavior and operating duty. Site validation is required.Substitution
The current result object resolves this KPI to 84 /100.
BES Engineering Target
Current BES prototype engineering target.
AI Comment
Current configuration is stable against the available prototype checks.
Engineering Remark
Verify against the final site layout and commissioning measurements.
Overall DesignPASS PASSDetails
Inputs & Formula
Includes validity, flow, product range, residual, branch, drain, pressure and wind. Critical missing data can never produce PASS.Substitution
The current result object resolves this KPI to PASS .
BES Engineering Target
Current BES prototype engineering target.
AI Comment
Current configuration is stable against the available prototype checks.
Engineering Remark
Verify against the final site layout and commissioning measurements.
Preliminary engineering results are based on the selected inputs and current BES design assumptions. Final system design must be verified against the actual site layout, water quality, piping, wind conditions and commissioning results.
LIVE ENGINEERING GRAPHS
See the design change, not just the final number.
Pressure Along Longest Branch
Preliminary pressure profile; fittings and elevation are not modeled
Design Potential Indices
Preliminary and subject to site validation
DETERMINISTIC DESIGN INTELLIGENCE
AI Engineering Advisor
The advisor interprets calculation results; it never invents calculated values.
CURRENT ASSESSMENTThe current system meets the available BES prototype engineering targets.
FINDINGS
- Flow capacity: PASS
- Farthest residual: PASS
- Branch balance: PASS
- Wind stability: PASS
RECOMMENDATION
Maintain the current balanced layout and verify nozzle performance during commissioning.
EXPECTED IMPROVEMENT
Preserves current hydraulic balance and target residual performance.
Current vs AI Recommended Design
CURRENT PRODUCT
AI RECOMMENDED PRODUCT
MetricCurrent DesignAI Recommended
ProductWDS1200XWDS1200X
NozzleNozzle No.0Nozzle No.0
Branches44
Longest branch12 m12.0 m
Nozzle count6262
Total flow163.7 L/h163.7 L/h
Initial ozone0.587 ppm0.587 ppm
Farthest residual0.582 ppm0.582 ppm
StatusPASSPASS
No minimum configuration changes are needed.
The current design already meets the available BES prototype targets. Final site verification is still required.Real BES equipment, selected by the model.
WDS1200X
- 120 mg/h ozone output
- 30–1450 L/h
- 1000 hr EOG
- Small outdoor inline treatment
Installation basisBalanced branches · drain / flush at every branch · stainless manifold · pressure protection
CommissioningVerify water quality, actual pressure, wind, coverage and farthest residual on site.