CASE ID
Create a unique case identifier to prevent data from different versions or sites from being mixed.
RESULTS / CASE STUDIES
Results Must Be Measurable—and Traceable
Each result is linked to the site, equipment, pre-deployment baseline, observation period and measurement method, providing a consistent basis for before-and-after comparison.
HOW WE VERIFY
A Consistent Measurement Process from Baseline to Improvement Result
Pre- and post-deployment operating data are compared under consistent conditions, with traceable measurement and supporting records.
BASELINE
Define the pre-deployment baseline and comparable operating conditions.
OBSERVATION
Record the deployment date, observation period and changes in conditions during that period.
MEASUREMENT
Document measurement criteria, tools, locations, frequency and comparison methods.
SUPPORTING DATA
Compile photographs, records, bills, equipment data and other supporting materials.
RESULTS
State the improvement result, applicable conditions, limitations and calculation boundary.
APPLICATION AREAS
Define Relevant Result Indicators for Each Application
Measurement items are defined according to the equipment, load, environment and operating conditions. Actual results are based on site-specific before-and-after comparisons.
WATER & SYSTEM EFFICIENCY
Water-System / Heat-Exchange Applications
Evaluate water quality, scale, heat-transfer efficiency, flow and equipment operation.
SITE-SPECIFIC MEASUREMENT
ENERGY OPTIMIZATION
Corporate Electricity-System Applications
Compare electricity use, load, operating hours and production conditions to identify improvement opportunities.
BASELINE + M&V
THERMAL MANAGEMENT
Equipment Thermal-Management Applications
Compare surface temperature, ambient conditions, equipment load, heat-dissipation performance and related energy use.
COMPARABLE CONDITIONS
Molecular-hydrogen applications require technology assessment and compliance criteria appropriate to the product category, equipment conditions and target market.
SELECTED CASE EVIDENCE
Show not only results, but also what the evidence can actually support
These public cases have passed the Evidence Gate. Evidence types are not interchangeable; energy, carbon and economic outcomes are published only when matching measurement data exists.
SEGO-C-001SOURCE DATA · MULTI-YEAR
Solar-related company | long-term cooling-system tracking
- DEPLOYMENT
- Source records show the descaling device was installed and started in November 2010.
- EVIDENCE
- Historical records cover chiller energy use, colony count, conductivity and iron trends across multiple years.
- BOUNDARY
- Missing months and operating-condition differences are retained in the interpretation. Source-reported analysis values are not presented as verified or guaranteed results.
SEGO-CH-001SITE INSPECTION
400 / 800 RT chillers | water-side open inspection
- DEPLOYMENT
- The 800 RT unit was opened after 38 days; source records note no water rinse or acid wash before inspection. The 400 RT unit was opened after four months, with scale fragments recorded in the Y-strainer.
- EVIDENCE
- Evidence consists of site records of opened equipment, end plates / tube surfaces and recovered material.
- BOUNDARY
- Site inspection does not support universal claims such as no acid wash, a fixed energy-saving rate, COP improvement or longer equipment life.
SEGO-CT-001VISUAL TIME SERIES
1500 / 6500 RT cooling towers | scale-condition changes
- DEPLOYMENT
- The 1500 RT case preserves Before → 45 Days → Water Rinse. The 6500 RT case preserves Before → Day 4 → Day 24.
- EVIDENCE
- The visual time series supports description of visible fin and deposit conditions only.
- BOUNDARY
- Photos are not energy measurements; no energy, carbon or economic result is inferred from images.
SEGO-B-001PHYSICAL EVIDENCE
Large steel plant in Northeast China | industrial-boiler scale shedding
- DEPLOYMENT
- Anonymous large steel plant in Northeast China; source records show visible scale fragments and discharged material, including outlet fragments of about 3–8 mm.
- EVIDENCE
- Evidence consists of physical / image records of scale fragments, furnace-bottom deposits and discharged material.
- BOUNDARY
- Market-ranking language and generic boiler-savings estimates are not attributed to this case.
SEGO-H-001SITE VISUAL · CHILLER INSPECTION
Silks Place Yilan & Luna Plaza | Cooling Tower and Chiller Inspection
- CHALLENGE
- Visible scale and deposits were recorded on cooling-tower fins, with an additional chiller opening inspection documented in the same case set.
- OBSERVATION
- Images show portions of scale cracking and detaching during operation, progressively exposing the fins. On 2017-01-19, the chiller was opened without acid cleaning and before water rinsing; the copper tubes already appeared clean and bright.
- EVIDENCE
- 9600 RT cooling-tower overview, fin close-ups, detached scale and chiller copper-tube opening images.
Evidence note: site images support visible condition and change only. They are not used to infer a fixed energy-saving rate, CO₂ reduction, payback period or other unmeasured performance.
EVIDENCE BOUNDARYApproved case images and provided cases may be published within their approved scope. Performance data remains evidence-controlled. Restricted client data remains excluded from the public website.
WHAT A COMPLETE RESULT CONTAINS
Key Information Included in a Complete Result
A consistent data structure explains the improvement and provides a basis for comparison and traceability.
FROM SITE DATA TO VERIFIED VALUE
Start with a Pre-Deployment Baseline and Build Comparable Improvement Results
Define measurement items, comparison conditions and data sources before deployment so later results have a clear and consistent basis for interpretation.