Prevention. Restoration. Conservation.

A triple-tier industrial water management model engineered for absolute protection, rapid recovery, and sustainable efficiency in commercial real estate.

Phase 01: Prevention

sensors

IoT Sensor Installation

Precision-placed acoustic and moisture sensors deployed across critical infrastructure points to detect ultrasonic leak signatures before structural damage occurs.

monitoring

24/7 Monitoring

Continuous data streams routed through our Texas-based command center, utilizing algorithmic threat assessment to filter false positives from critical system failures.

settings_input_component

Smart-Shutoff

Automated electromagnetic valve closure protocols triggered by verified breach signatures, isolating zones and halting flow in under 300 milliseconds.

Phase 02: Restoration

SCAN_MODE: ACTIVE

LiDAR-Mapped Drying

LGR Dehumidification

Low Grain Refrigerant systems deployed to achieve sub-20% relative humidity in critical server rooms and structural voids, preventing secondary mold growth.

2-Hour Bid Turnaround

Using integrated damage-mapping software, we provide comprehensive engineered restoration bids within 120 minutes of initial site assessment.

Phase 03: Conservation

Non-Revenue Water Reduction

Mitigating phantom flow and meter inaccuracies to ensure that every gallon of water delivered is accounted for and utilized productively.

EFFICIENCY_GAIN: +18.4%

Sustainability Reporting for Texas LEED Buildings

Automated data exports compliant with USGBC standards, providing verifiable metrics for water conservation credits and ESG compliance tracking.

LEED_v4.1ESG_METRIC_SYNC

Operational Key Metrics

Q4 STATUS: OPTIMAL

Metric Identifier	Performance Target	Actual Performance	Deviation
RESPONSE_LATENCY_EMERGENCY	120 MIN	108 MIN	-10.0%
SENSOR_UPTIME_ALL_ZONES	99.99%	99.998%	+0.008%
LEAK_VOLUME_MITIGATED_AVG	1200 GAL/HR	1450 GAL/HR	+20.8%
RESTORATION_BID_SLA	2.0 HR	1.8 HR	-11.1%

Technical Support & Procedures

How does Trinity handle false positive alerts from high-use industrial zones?expand_more

Our AI-driven analytics platform uses frequency-based acoustic filtering. By baseline-profiling a building's unique "water signature" over a 14-day calibration period, we can distinguish between industrial machinery usage and the irregular turbulence of a pipe fracture.

What is the required hardware footprint for a 500k sq ft commercial facility?expand_more

A typical facility requires one central gateway per 10 floors and approximately 15-20 acoustic sensors strategically placed near risers, pumps, and mechanical rooms. All hardware is non-invasive and operates on a proprietary long-range encrypted mesh network.

Can the 'Conservation' module integrate with existing BMS (Building Management Systems)?expand_more

Yes. Trinity Water Guard offers native API support for BACnet, Modbus, and LonWorks, allowing for real-time data sync with your existing facility management software and Texas LEED reporting dashboards.