Textile Manufacturing · Consulting
Lowering textile-process utility consumption through maintenance
A cross-functional PDCA project combined energy baselining, preventive-maintenance routines, and predictive diagnostics to address high resource consumption.
- USD 51,000
- reported overall monthly saving
- 4 utilities
- measured before and after
01 · Context
The challenge
- Higher utility consumption increased operating expenses and reduced profit.
- High utility costs harmed market competitiveness.
- Higher energy use increased the carbon footprint.
- Wasteful energy use reduced efficiency.
- High utility costs limited funds available for other needs.
- The report identifies high costs as a risk to brand image and trust.
02 · Delivery
The approach
- 01Applied the Deming PDCA process-improvement method.
- 02Selected and developed a cross-functional team.
- 03Trained the team in preventive and predictive maintenance and other Lean methods.
- 04Collected energy-consumption data to establish a baseline.
- 05Developed an annual preventive-maintenance schedule.
- 06Developed preventive-maintenance checklists and standard operating procedures.
- 07Implemented diagnostic techniques for predictive maintenance.
- 08Collected energy-consumption data after the improvements.
Engagement evidence
Measures and working visuals
Utility consumption per 1,000 metres
| Utility | Unit | Before | After | Improvement stated in source |
|---|---|---|---|---|
| Electricity | kWh | 232 | 201 | 9.50% |
| Gas | MMBTU | 4.28 | 3.07 | 28.36% |
| Steam | tons | 3.24 | 2.51 | 22.74% |
| Water | m³ | 43 | 32 | 24.90% |
Consumption values and improvement percentages are reproduced from the source table. The stated percentages do not all reconcile with the before-and-after values.
Source report detail
Project timeline and takeaways
Delivery timeline
- 3–4 monthsTeam development, baseline measurement, maintenance improvements, and follow-up measurementPhase 1
Findings and recommendations in the report
- The report states an overall monthly saving of USD 51,000.
- The report describes reductions in resource consumption, cost savings, and improved sustainability.
- The source table lists electricity at 232 to 201 kWh/1,000 m (9.50%), gas at 4.28 to 3.07 MMBTU/1,000 m (28.36%), steam at 3.24 to 2.51 tons/1,000 m (22.74%), and water at 43 to 32 m³/1,000 m (24.90%).
- The reported improvement percentages are reproduced as stated; they do not all reconcile with the table's before-and-after values.
Client and employee identities are withheld. Reported figures are retained as source claims; discrepancies are noted rather than silently corrected.
03 · Outcomes
What changed
- 01The source table reports lower post-improvement consumption for electricity, gas, steam, and water per 1,000 metres of production.
- 02The report states net overall monthly savings of USD 51,000; this is presented as a reported figure, not independently reconciled against the utility table.
- 03Preventive-maintenance schedules and procedures were established to support continued resource and equipment performance.
Client identity is withheld. Outcomes and measures are presented as documented in the engagement source material.