AVAILABLE TECHNOLOGY
SEGO Molecular Oscillation Technology
SEGO is one option that may be assessed for cooling towers, chiller systems, boilers and heat-exchange systems.
WATER & SYSTEM EFFICIENCY
Improve Water-System and Heat-Exchange Efficiency
Assess physical water treatment and system-improvement options against water-side conditions, equipment status and operating load, with performance verified at each site.
WATER SYSTEM EFFICIENCY · TECHNOLOGY DETAILTHE PROBLEM
Water-System Conditions Directly Affect Equipment Operation and Heat Exchange
The performance of cooling, chilled-water, boiler and heat-exchange systems is jointly affected by water-side conditions, equipment status, operating load and maintenance. The key is not a single visible symptom, but where the issue occurs, under what conditions, and whether measurable system-improvement opportunities exist.
This technology page therefore does not begin with a fixed energy-saving percentage or descaling result. It begins with the on-site baseline, equipment condition and observation method.
TECHNOLOGY POSITIONING
Physical Water Treatment
Physical water treatment is one pathway for water and system efficiency. The solution is selected according to equipment, water quality and operating conditions.
SITE VERIFICATION
Confirm Applicability and Results Separately
Scale, heat-exchange, energy and maintenance outcomes are confirmed using each site’s baseline, period and measurement data.
HOW IT WORKS
From System Assessment to Measurement and Verification
Establish the equipment and operating baseline, deploy a suitable technology, and track water-side, heat-exchange and energy indicators.
Confirm the System and Issue
Identify equipment, water-side conditions, load, maintenance and available data.
Establish the Pre-Deployment Baseline
Record comparable equipment status, operating conditions and observation indicators.
Deploy Suitable Technology
Define the technology configuration and observation approach based on site and equipment conditions.
Monitor and Verify
Track water-side, equipment and energy-related indicators under comparable conditions.
APPLICATIONS
Applicable Systems
Cooling towers, chiller systems, boilers and heat-exchange systems may be assessed, with suitability confirmed for each site.
COOLING TOWER
Cooling Towers
Build an assessment baseline from circulating-water, equipment and cooling operating conditions.
CHILLER SYSTEM
Chiller Systems
Assess water-side conditions together with load and equipment operating data.
BOILER
Boilers
Set observation and measurement criteria according to actual water-side and equipment conditions.
HEAT EXCHANGE
Heat-Exchange Systems
Focus on water-side and equipment operating conditions that affect heat-exchange performance.
IMPLEMENTATION
Technology Deployment and Performance Verification Must Form One Process
Without a pre-deployment baseline and comparable post-deployment data, observations cannot be upgraded into formal performance claims.
SITE ASSESSMENT
Confirm the system, equipment, water-side conditions and on-site issue.
BASELINE
Establish pre-deployment equipment and operating baselines.
DEPLOYMENT
Deploy the technology based on the assessment results.
MONITOR & VERIFY
Track changes in systems and equipment under comparable conditions.
WHAT WE MEASURE
Measurement Criteria Must Come Before Performance Claims
Different equipment and sites require different M&V designs. The following are indicator categories that may be assessed according to site conditions.
Water-Side and Equipment ConditionsObservable water-system and equipment status
Scale / Fouling IndicatorsCompared only with consistent observation methods and records
Heat-Exchange / System PerformanceComparative indicators established from available equipment data
Energy and MaintenanceEnergy or maintenance impact analyzed only when data are comparable
Cost / Carbon ImpactRequires separate calculation methods, boundaries and complete data
VERIFIED RESULTS
Actual Improvements Are Verified for Each Individual Site
Actual SEGO improvement varies with equipment, water quality, load, operating conditions and observation period. EkoLiv uses site-specific baselines and measurement data to assess improvements involving scale, heat exchange, energy use and maintenance.
Assessed against the actual conditions of cooling towers, chiller systems, boilers and heat-exchange systems.
Improvement rates and effects are confirmed using each site’s baseline, period and measurement results.
Published results require the site, equipment, baseline, observation period, measurement method and traceable outcomes.
Verification principle: Case-specific capacity, economic benefits and other performance figures are based on traceable case data.
REQUEST AN ASSESSMENT
Confirm Equipment and Water-System Conditions Before Defining Verification
Tell us the equipment type, system condition and current issue. We will begin with the baseline and measurable conditions.