01
Heat-Exchange Efficiency
Observe the system conditions affecting heat exchange and cooling performance to identify improvement opportunities.
WATER & SYSTEM EFFICIENCY
Improve Cooling and Heat-Exchange Efficiency through Better Water-System Performance
EkoLiv focuses on circulating-water, cooling, chilled-water, boiler and heat-exchange systems. We first establish on-site water and equipment conditions, then assess suitable physical water-treatment and system-improvement pathways, verifying results through traceable measurement data.
THE PROBLEM
Water-System Conditions Directly Affect Equipment and Heat-Exchange Performance
Cooling and heat-exchange efficiency depends not only on the primary equipment, but also on circulating water, scaling, equipment surfaces and actual operating conditions. Changes in system conditions may increase equipment load and maintenance requirements while reducing overall operational efficiency.
EkoLiv does not define the problem through a single product. We first confirm the system, equipment, site conditions and measurable indicators, then select the appropriate technology and verification method.
BUSINESS IMPACT
Water and Equipment Efficiency Are Integral to Operational Efficiency
Water-system, cooling and heat-exchange conditions can simultaneously affect equipment performance, maintenance work and energy use. The objective is to establish more stable, observable and manageable operating conditions.
02
Equipment Load
Determine whether water-system and equipment conditions create unnecessary system load.
03
Maintenance Management
Build a traceable basis for monitoring scale, cleaning and equipment maintenance through systematic observation and records.
04
Energy and Low Carbon
When system improvements produce measurable energy changes, connect those results with cost and carbon-management data.
SOLUTION APPROACH
Assess the System Before Selecting Technology. Establish the Baseline Before Verifying Improvement.
Water and system-efficiency solutions are designed around actual equipment, water systems and operating conditions. Results from one case are not directly applied to another site.
01
ASSESS | On-Site Assessment
Confirm the water system, equipment type, operating conditions, scale or maintenance issues, and available baseline data.
02
DESIGN | Solution Design
Assess suitable technologies, installation locations, observation criteria and performance-verification methods based on system needs.
03
DEPLOY | Technology Deployment
Implement the agreed scope while retaining installation, equipment-condition and operating records for traceability.
04
MEASURE | Performance Measurement
Compare pre- and post-deployment system conditions, observation records and measurable data to establish evidence of actual results.
APPLICABLE SYSTEMS
Primary Applications of SEGO Physical Water Treatment
SEGO can be applied to cooling towers, chiller systems, boilers and heat-exchange systems. Suitability for any individual site must be assessed according to its water system, equipment and operating conditions.
COOLING TOWER
Cooling Towers
Assess circulating-water and cooling-system operating conditions to establish suitability and an observation baseline.
CHILLER SYSTEM
Chiller Systems
Assess how water-system conditions affect equipment operation across chilled-water and related cooling systems.
BOILER
Boilers
Confirm the applicable scope, deployment method and observation criteria based on actual boiler and water-system conditions.
HEAT EXCHANGE
Heat-Exchange Systems
Focus on water-side and equipment conditions related to heat exchange to identify traceable system-improvement opportunities.
Applicability note: Actual energy savings and system improvements must be confirmed using the baseline, equipment conditions and measurement data from each site.
WHAT WE MEASURE
Turn Water-System Improvements into Comparable Data
Measurement criteria must be defined according to equipment and available site data. Without a complete baseline and observation conditions, changes are not attributed directly to a single technology.
System Operating ConditionsEquipment, water-system and related operating parameters
Scale and Surface ConditionTraceable observations or records used to compare changes
Heat-Exchange / Cooling PerformanceIndicators defined according to available site data
Observation PeriodDeployment date and comparable periods before and after implementation
Energy / Operational ImpactCalculated and classified only when sufficient data are available
Results note: System improvements and economic benefits vary by equipment, water quality, load and observation period. Actual outcomes are confirmed using measurement data from each site.
VERIFIED RESULTS
Present Water-System Improvements through Complete Measurement Data
Results include the site, equipment capacity, baseline, deployment date, observation period, measurement method and before-and-after comparison, providing a clear basis for each improvement.
MEASUREMENT-BASED RESULTS
Verify Water-System Improvements with Site Data
Actual improvement varies with equipment, water quality, load, operating conditions and observation period. EkoLiv verifies system improvements and related benefits against each site’s baseline and measurement data.
View Results and Verification Methods →