The Fabric Finishing Industry is an important part of Indonesia’s textile sector. Unlike basic textile manufacturing, which focuses mainly on producing yarn and fabric, fabric finishing involves additional processes that improve the appearance, performance, durability, color, texture, and functionality of textile materials.
However, many processes in the Fabric Finishing Industry require substantial amounts of energy, water, steam, chemicals, and other resources. Activities such as pretreatment, dyeing, printing, drying, heat setting, and wastewater treatment can also contribute to greenhouse gas emissions and other environmental impacts.
For this reason, companies in the Fabric Finishing Industry increasingly need structured environmental strategies that can reduce emissions while maintaining product quality and operational efficiency.
One long-term approach is developing a Net Zero Emission strategy. A structured Net Zero roadmap can help companies identify emission sources, establish a greenhouse gas baseline, improve energy efficiency, adopt cleaner technologies, reduce waste, and monitor environmental performance over time.
History of the Fabric Finishing Industry in Indonesia
The Fabric Finishing Industry in Indonesia has a relatively long history and, according to the source material, developed from textile-processing activities that existed during the Dutch colonial period.
In its earlier stages, the industry focused on processing raw materials into semi-finished products that could be supplied to other markets.
Following Indonesian independence, textile manufacturing and related processing activities expanded significantly, particularly during the 1970s and 1980s as industrialization accelerated.
By the early 1990s, textile and fabric-finishing facilities had expanded in several regions, especially in Java.
Advances in production technology, changing consumer demand, export opportunities, and increasing requirements for specialized fabrics helped the industry continue developing.
What Is the Fabric Finishing Industry?
The Fabric Finishing Industry includes processes used to improve fabric after weaving, knitting, or other basic textile-manufacturing stages.
Finishing can modify characteristics such as:
- Color.
- Texture.
- Strength.
- Dimensional stability.
- Water resistance.
- Wrinkle resistance.
- Surface appearance.
- Other functional properties.
These improvements can increase the commercial value and usability of textile products.
Production Processes in the Fabric Finishing Industry
The Fabric Finishing Industry can involve several complex production stages.
1. Pretreatment
Pretreatment prepares fabric for dyeing, printing, or additional finishing.
Typical pretreatment processes may include:
-
Desizing:
Removing sizing materials that were applied during weaving. -
Scouring:
Removing natural impurities, oils, dirt, or other unwanted materials from the fabric. -
Bleaching:
Improving fabric whiteness before dyeing or printing.
Pretreatment can require water, chemicals, electricity, heat, and steam depending on the process and fabric type.
2. Dyeing
Dyeing provides color to textile materials.
Different systems may be used depending on fiber type, production volume, color specifications, and machinery.
Methods can include:
- Batch dyeing.
- Continuous dyeing.
- Immersion dyeing.
Dyeing can be an energy- and water-intensive stage because it may involve heating, chemical preparation, rinsing, and drying.
3. Printing
Printing applies patterns or designs to fabric surfaces.
Different printing technologies may include:
- Screen printing.
- Rotary printing.
- Digital printing.
The environmental profile can vary according to printing technology, ink or dye chemistry, water consumption, and energy use.
4. Finishing
The finishing stage provides specific physical or functional properties to fabrics.
Examples may include:
- Water resistance.
- Flame resistance.
- Wrinkle resistance.
- Softness.
- Surface modification.
Processes can include calendaring, mercerizing, coating, and heat setting.
5. Quality Control
Quality control ensures that finished fabrics meet required product specifications.
Companies may evaluate:
- Color consistency.
- Fabric strength.
- Dimensions.
- Surface quality.
- Functional performance.
Major Emission Sources in the Fabric Finishing Industry
The Fabric Finishing Industry can generate greenhouse gas emissions through both direct and indirect activities.
1. Energy Consumption
Energy consumption can be one of the most important emission sources.
Fuel and electricity may be required for:
- Heating.
- Steam generation.
- Drying.
- Dyeing.
- Heat setting.
- Motors and pumps.
- Compressors.
- Ventilation.
2. Fuel Combustion
Boilers and thermal-processing equipment may consume fossil fuels.
The combustion of these fuels can generate direct carbon dioxide emissions.
3. Purchased Electricity
Electricity used by machinery contributes indirectly to greenhouse gas emissions depending on the electricity source.
This can include electricity consumed by:
- Dyeing machines.
- Printing systems.
- Dryers.
- Motors.
- Lighting.
- Water-treatment equipment.
4. Chemical Inputs
Dyes, bleaching agents, finishing chemicals, coatings, and auxiliaries also have upstream environmental impacts associated with their manufacturing.
Not every chemical-related impact is necessarily a greenhouse gas emission. Some impacts may instead relate to toxicity, wastewater quality, or air pollution.
5. Wastewater Treatment
Fabric finishing can generate wastewater containing organic matter, color, chemicals, and other substances.
Depending on treatment conditions, wastewater processes may generate greenhouse gases such as methane or nitrous oxide.
6. Transportation
Transportation of raw fabric, dyes, chemicals, packaging materials, and finished textile products can create additional emissions through fossil-fuel consumption.
Scope 1 Emissions in the Fabric Finishing Industry
Scope 1 includes direct greenhouse gas emissions from sources owned or controlled by the company.
Examples may include:
- Natural gas used in boilers.
- Diesel used in generators.
- Fuel used in thermal-processing equipment.
- Company-owned vehicles.
Reducing Scope 1 emissions may involve energy efficiency, fuel switching, heat recovery, electrification, or other production improvements.
Scope 2 Emissions in the Fabric Finishing Industry
Scope 2 generally covers emissions associated with purchased electricity, steam, heat, or cooling.
The Fabric Finishing Industry can consume significant amounts of electricity due to pumps, motors, compressors, dryers, printing equipment, ventilation systems, lighting, and other machinery.
Reducing electricity demand and using lower-carbon electricity can help reduce Scope 2 emissions.
Scope 3 Emissions in the Fabric Finishing Industry
Scope 3 includes other indirect emissions occurring across the value chain.
Potential sources may include:
- Purchased unfinished fabric.
- Dyes and chemicals.
- Packaging.
- Third-party transportation.
- Waste treatment.
- Capital equipment.
- Other purchased materials and services.
For companies that focus primarily on fabric finishing rather than fiber or fabric production, upstream purchased fabric can represent an important part of the value-chain footprint.
Environmental Impacts of the Fabric Finishing Industry
The environmental impacts of the Fabric Finishing Industry extend beyond greenhouse gas emissions.
Water Pollution
Dyeing, washing, printing, and chemical treatment can generate wastewater.
If wastewater is not treated appropriately, contaminants may affect surrounding water bodies.
The actual wastewater composition depends on the dyes, chemicals, fibers, and processes used by the facility.
Air Pollution
Air emissions can originate from fuel combustion, boilers, drying, heat-setting processes, and volatile chemical substances used in certain finishing applications.
Companies therefore need appropriate air-emission management systems.
High Water Consumption
Some finishing processes use significant quantities of water for:
- Washing.
- Rinsing.
- Dyeing.
- Chemical preparation.
Water-efficiency improvements can reduce both environmental impacts and operational costs.
Energy Consumption
Thermal and electrical energy demand can be significant, particularly in processes involving heating and drying.
Occupational Health and Safety
Workers may come into contact with chemicals, heat, machinery, dust, or vapors depending on the production process.
Appropriate occupational health and safety measures are therefore important.
Fabric Finishing Industry and Net Zero Emission
A Net Zero strategy can help the Fabric Finishing Industry develop a structured pathway for reducing greenhouse gas emissions.
However, Net Zero should not simply mean compensating for existing emissions.
Companies should prioritize measurable reductions in their own operations and value chains wherever feasible.
A practical Net Zero journey can involve:
GHG Inventory → Baseline → Carbon Hotspots → Reduction Targets → Decarbonization Roadmap → Implementation → Monitoring → Reporting
Establishing a GHG Inventory for the Fabric Finishing Industry
The first step toward structured decarbonization is understanding existing greenhouse gas emissions.
A GHG inventory can help quantify:
- Scope 1 emissions.
- Scope 2 emissions.
- Relevant Scope 3 emissions.
Companies may collect data relating to:
- Fuel consumption.
- Electricity.
- Steam.
- Production volume.
- Purchased fabric.
- Chemicals.
- Waste.
- Transportation.
Developing a Net Zero Baseline
A reliable baseline provides the reference point for future emission reductions.
The selected baseline year should ideally have sufficiently complete and representative data.
Companies can then compare future greenhouse gas emissions against the baseline to monitor progress.
Identifying Carbon Hotspots in the Fabric Finishing Industry
After emissions are calculated, the company can identify carbon hotspots.
Potential hotspots may include:
- Boilers.
- Steam generation.
- Drying processes.
- Heat setting.
- Purchased electricity.
- Purchased fabric.
- Transportation.
The most important emission sources will differ between facilities, so reduction priorities should be based on actual company data.
7 Strategies to Reduce Emissions in the Fabric Finishing Industry
1. Improve Energy Efficiency
Energy efficiency can provide one of the most practical emission reduction opportunities.
Companies can evaluate:
- Boilers.
- Steam distribution.
- Dryers.
- Stenters.
- Motors.
- Pumps.
- Compressors.
2. Recover Waste Heat
Heat recovery can potentially reduce additional fuel requirements in energy-intensive production processes.
Facilities can evaluate opportunities to recover heat from exhaust air, hot wastewater, steam condensate, or other process streams where technically feasible.
3. Increase Renewable Energy Use
Companies may evaluate renewable electricity such as solar photovoltaic systems or other appropriate renewable-energy arrangements.
Renewable energy can complement energy-efficiency improvements.
4. Improve Wastewater Treatment
Effective wastewater management can reduce water pollution and improve environmental performance.
Companies can improve:
- Wastewater segregation.
- Chemical treatment.
- Biological treatment.
- Monitoring.
- Water reuse where appropriate.
5. Adopt Cleaner Production Technology
Modern production technology can improve control of energy, water, chemicals, and production parameters.
Potential options may include:
- Efficient dyeing systems.
- Digital printing.
- Automated chemical dosing.
- Efficient drying systems.
- Process-control technology.
6. Improve Chemical Management
Companies can improve chemical efficiency through controlled dosing, substitution where appropriate, proper storage, and better process management.
This can reduce waste and improve wastewater quality.
7. Train Employees
Employee education can support environmental improvement because operators directly influence energy, water, chemical, and waste performance.
Training can cover:
- Energy-saving practices.
- Chemical handling.
- Waste management.
- Occupational safety.
- Environmental monitoring.
Energy Efficiency and the Fabric Finishing Industry
The Fabric Finishing Industry often provides significant opportunities for energy optimization because production uses both thermal and electrical energy.
Companies can establish energy-performance indicators such as:
- kWh per kilogram of finished fabric.
- Steam consumption per kilogram of product.
- Fuel consumption per production batch.
These indicators can help determine whether efficiency programs are producing measurable improvements.
Renewable Energy for the Fabric Finishing Industry
Renewable energy can support long-term decarbonization.
Solar photovoltaic systems may be suitable for supplying part of a factory’s electricity demand where site conditions permit.
Other renewable-energy options can also be evaluated according to facility requirements and local availability.
Water Efficiency in the Fabric Finishing Industry
Reducing water consumption can be especially important in dyeing, washing, and rinsing operations.
Companies may evaluate:
- Counter-current rinsing.
- Process optimization.
- Water reuse.
- Leak reduction.
- Better monitoring.
Reducing hot-water consumption can also indirectly reduce energy use.
Cleaner Dyeing and Printing Technology
Technology improvements can help reduce resource intensity.
Digital printing, for example, may provide advantages for certain products by reducing some preparation requirements and material waste compared with conventional methods.
However, actual environmental benefits depend on production conditions, equipment efficiency, product type, and operating practices.
Waste Management in the Fabric Finishing Industry
Waste can include:
- Fabric scraps.
- Chemical containers.
- Sludge.
- Packaging.
- Rejected products.
Companies should prioritize waste prevention before considering reuse, recycling, recovery, treatment, or disposal.
Five Fabric Finishing Industry Companies in Java
The original source identifies five companies associated with fabric-finishing activities in Java:
- CV Sinar Jaya – Surabaya
- PT Tekstil Nusantara – Bandung
- CV Kain Mutiara – Yogyakarta
- PT Jaya Tekstil – Semarang
- CV Indradhanu – Gresik
Each company may have different production technologies, textile products, energy systems, and environmental profiles.
Environmental and greenhouse gas assessments should therefore use company-specific operational data.
Monitoring Net Zero Progress in the Fabric Finishing Industry
Companies should regularly monitor greenhouse gas performance after implementing emission reduction measures.
Useful indicators may include:
- Total tCO2e per year.
- kg CO2e per kilogram of finished fabric.
- Electricity consumption per production unit.
- Fuel consumption.
- Steam consumption.
- Renewable-energy percentage.
- Water consumption.
From Baseline to Net Zero Emission Roadmap
A practical Net Zero roadmap for the Fabric Finishing Industry can follow several stages.
-
Measure:
Prepare a greenhouse gas inventory. -
Establish the Baseline:
Define current greenhouse gas performance. -
Identify Carbon Hotspots:
Determine the largest emission sources. -
Set Reduction Targets:
Define measurable greenhouse gas reduction objectives. -
Develop an Action Plan:
Identify projects involving energy, technology, renewable energy, wastewater, and other areas. -
Implement:
Execute prioritized emission reduction projects. -
Monitor:
Measure results regularly.
Net Zero Emission Consulting from Actia
Actia provides Net Zero Emission assistance for companies in the Fabric Finishing Industry.
Support can include several activities.
1. Environmental Audit
Actia can support environmental assessments to identify emission sources, operational issues, and areas requiring improvement.
2. Greenhouse Gas Assessment
Companies can calculate Scope 1, Scope 2, and relevant Scope 3 greenhouse gas emissions to establish a baseline.
3. Strategy Development
Actia can support the development of emission reduction strategies and action plans.
Potential strategies may involve:
- Energy efficiency.
- Renewable energy.
- Process optimization.
- Waste management.
- Wastewater management.
4. Training and Education
Employee training can strengthen understanding of environmental practices and Net Zero objectives.
5. Monitoring and Evaluation
Periodic monitoring can help companies determine whether implemented programs are producing measurable emission reductions.
6. Support for Relevant Environmental Certification
Where applicable, companies may also require support in preparing documentation or management systems related to relevant environmental certification or recognition programs.
Benefits of Net Zero Planning for the Fabric Finishing Industry
A structured Net Zero strategy can help companies in the Fabric Finishing Industry:
- Identify major emission sources.
- Improve energy efficiency.
- Reduce unnecessary fuel consumption.
- Improve water management.
- Strengthen wastewater management.
- Improve chemical management.
- Increase renewable-energy use.
- Develop measurable environmental targets.
- Monitor long-term greenhouse gas performance.
Fabric Finishing Industry and Long-Term Decarbonization
Long-term decarbonization of the Fabric Finishing Industry requires more than one efficiency project.
Companies need reliable greenhouse gas data, appropriate reduction targets, capital planning, employee participation, and continuous performance monitoring.
Some improvements may be achieved relatively quickly through operational optimization, preventive maintenance, and energy management.
Other changes may require longer-term investment in boilers, renewable energy, efficient drying technology, wastewater systems, or new finishing equipment.
A structured roadmap allows companies to prioritize these investments according to their potential emission reductions, technical feasibility, and business requirements.
The Future of the Fabric Finishing Industry
The Fabric Finishing Industry will continue to play an important role in Indonesia’s textile value chain by transforming basic textiles into products with higher functionality, appearance, and commercial value.
However, future development also requires greater attention to greenhouse gas emissions, water consumption, wastewater, chemicals, energy efficiency, and worker safety.
Net Zero planning provides a structured approach for addressing greenhouse gas emissions.
The process begins by measuring Scope 1, Scope 2, and relevant Scope 3 emissions.
Companies can then establish a baseline, identify carbon hotspots, develop reduction targets, and implement a decarbonization roadmap.
For the Fabric Finishing Industry, important opportunities can include energy efficiency, waste-heat recovery, renewable energy, cleaner dyeing and printing technologies, improved wastewater treatment, chemical optimization, and employee training.
Progress should be measured regularly so that companies can determine whether environmental programs are actually reducing greenhouse gas emissions.
By combining reliable carbon accounting with operational improvements and appropriate technology, the Fabric Finishing Industry can develop a more structured pathway toward Net Zero Emission and stronger long-term environmental performance.
Does your company operate in the Fabric Finishing Industry and need assistance developing a Net Zero Emission strategy? Click here to consult with Actia regarding Net Zero Emission services.