System map
Identify every source, reservoir, pump, filter, return, drain, overflow, control and service point.
Technical Guide
Water Automation Planning
A practical technical guide to water automation planning for waterfalls, pools, ponds and architectural water systems. It identifies design questions, constraints and evidence that should be checked before specification.
Scope
- Define the intended outcome and operating conditions
- Map site geometry, levels, access and existing infrastructure
- Identify hydraulic, waterproofing, filtration and control interfaces
- Evaluate maintenance and lifecycle implications
- Record assumptions separately from verified site facts
guide
Site reality before specification
01
Site conditions
Dimensions, levels, access, existing systems and constraints are assessed before final system decisions.
02
System logic
Flow, filtration, pumping, waterproofing, controls and maintenance access are considered as connected requirements.
03
Next decision
The output is a clearer scope and a practical next step, not a generic promise.
Water systems engineering & coordination
What the client should understand
The page is designed to help a client ask the right questions before a final specification, quotation or implementation decision.
Performance
Flow, head, pressure, turnover, filtration duty and energy demand should be validated for the selected configuration.
Controls
Automation can coordinate pumps, valves, lighting, water level and protection logic where technically appropriate.
Maintenance
Filters, pumps, valves, access covers and service routes should remain accessible after landscape completion.
Delivery
Survey → calculations → equipment selection → coordination → installation → testing → commissioning.
Project variables
Final dimensions, equipment, structural requirements, regulations, operating conditions and costs depend on the actual site and agreed scope.