ERP software supports circular processes in the textile industry by integrating take-back, recycling, and reuse workflows directly into existing enterprise management systems. Instead of operating separate systems for sustainability and production, a modern textile ERP consolidates all relevant data in one place. The following sections outline the specific features that play a role in this process and what you should look for when making your selection.
Which circular processes are relevant in the textile industry?
Circular processes in the textile industry encompass all activities in which materials are returned to the production cycle after their initial use. These include the take-back of used goods, the sorting and processing of textile waste, the mechanical or chemical recycling of fibers, and the reuse of production scraps. A circular economy in the textile industry therefore means much more than just recycling at the end of a product’s life.
In practice, the following processes are particularly relevant:
- Return Logistics: Used clothing or production waste is transported by the customer or retailer back to the manufacturer or processor.
- Sorting and Classification: Returned items are categorized based on material composition, quality, and recyclability.
- Fiber Recycling: New yarns or fibers are produced from recycled textiles and reintroduced into the production process.
- Upcycling and Reusing Scraps: Production scraps from cutting or weaving are reprocessed into new products.
- Circular Product Design: Even during the development phase, consideration is given to how a product can be recycled later on.
These processes pose particular challenges for textile companies because they span all areas of the business and require a high degree of data transparency.
How can ERP software support take-back and recycling processes?
A Textile ERP System It can map return and recycling processes by creating returns as a separate order type, tracking material flows from return to reuse, and linking this data to warehousing, production, and purchasing. This creates a closed-loop data cycle that eliminates the need for manual data entry and prevents data discontinuities.
Specifically, this means: When a retailer returns used goods, the ERP system records the return shipment along with all relevant information, such as material type, quantity, and condition. The system automatically assigns the goods to a disposal path—whether remanufacturing, recycling, or disposal. At the same time, it updates inventory levels and, if necessary, triggers new production orders when remanufactured material becomes available again.
It is important that the ERP system supports flexible bills of materials and work plans. Recycling processes rarely follow a fixed pattern because the quality of returned items varies. A good system allows process steps and material combinations to be dynamically adjusted without having to redo the entire production plan.
How does ERP support the traceability of recycled materials?
ERP software supports the traceability of recycled materials by assigning a unique identifier to each material and seamlessly documenting its journey from return through processing to the finished product. This is particularly important because regulatory requirements, such as the EU Ecodesign Regulation, increasingly mandate verifiable recycled content.
In practice, this is achieved through batch tracking and serial number management. Each batch of recycled fiber is assigned a unique identifier in the system that includes information about its origin: Where did the material come from? How was it processed? What quality tests did it undergo? This information is retained even when the material is incorporated into new products.
For companies that market products containing certified recycled content, this transparency is not only a mark of quality but also a legal requirement. An ERP system that provides traceability at the batch level makes it much easier to comply with audits and documentation requirements.
What role does ERP play in planning circular production processes?
ERP software plays a central role in planning circular production processes because it brings together real-time data on the availability of recycled materials, production capacity, and order status. This enables production managers to plan precisely when and in what quantities recycled fibers will be used, without causing bottlenecks or excess inventory.
Circular production differs from traditional manufacturing primarily in terms of the uncertainty surrounding materials. The quantity and quality of recycled raw materials are harder to predict than those of virgin materials. A MES system, which is closely integrated with the ERP system, helps the company respond flexibly to fluctuations by adjusting production orders on short notice and considering alternative sources of materials.
Graphical production control consoles also enable planners to visually schedule recycling batches into the production plan and identify bottlenecks early on. This reduces downtime and improves capacity utilization.
What data does an ERP system need for digital circular economy management?
For a digital circular economy, an ERP system requires three key categories of data: material master data with recycling attributes, process data from take-back and processing, and quality data that verifies the suitability of recycled materials for specific applications. Without this foundation, circular processes cannot be reliably managed.
Specifically, the following data fields are relevant:
- Source of materials: Where does the raw material come from, and are they primary or secondary raw materials?
- Recycling rate: What is the percentage of recycled fibers in a product or batch?
- Quality parameters: Fiber length, tensile strength, colorfastness, and other properties that affect further processing.
- Carbon Footprint: Emissions data for each production step, to prepare sustainability reports.
- Certification Documents: Documents related to standards such as GRS (Global Recycled Standard) or OEKO-TEX.
Many companies underestimate the effort required to maintain this data accurately in the system. However, building a solid database is essential for ensuring that all other circular processes in the ERP system function reliably.
When is it worthwhile to integrate ERP with sustainability and BI tools?
Integrating ERP with sustainability and business intelligence tools is worthwhile as soon as a company is required to report regularly on recycling rates, CO2 emissions, or material efficiency—or if it wants to actively use these metrics for management purposes. At that point, manual analyses based solely on the ERP system are no longer sufficient.
BI tools help transform the raw data stored in the ERP system into meaningful metrics. For example, they can be used to visualize how the percentage of recycled materials changes over the course of several quarters, or where in the production process the most waste is generated. These insights are then directly incorporated into decisions aimed at improvement.
Sustainability tools supplement the ERP system with industry-specific calculation models, such as those for life-cycle analyses or for meeting legal reporting requirements under the Corporate Sustainability Reporting Directive (CSRD). The integration of ERP data with these tools creates a robust foundation for sustainability reports without the need to enter data multiple times.
For smaller companies that are still in the early stages of implementing their circular economy strategy, it may make sense to start by using the ERP system’s built-in analytics features and to gradually build out external BI integration as the data set grows.
How update texware Supports Circular Processes in the Textile Industry
Here at update texware, we’ve been developing software specifically for the textile industry for more than 40 years, and you’ll see that reflected in every feature of our system. texware/ERP maps circular processes along the entire textile value chain, from take-back logistics and batch tracking of recycled materials to production planning using secondary raw materials. Specifically, we offer the following:
- Complete traceability at the batch level for recycled fibers and reclaimed materials
- Flexible bills of materials and work plans that adapt to varying recycling qualities
- Integration of texware/MES for production control that responds to fluctuations in recycled material
- Integration of texware/DeepSee for BI-based analyses of recycling rates and material efficiency
- Operational data collection via texware/Monitoring as Digitization Platform for circular manufacturing processes
Since 2016, we have been actively involved in projects related to textile recycling and the digitization of circular processes. If you would like to know how we can support your company on this journey, Please contact us. We'd be happy to show you what's possible in your specific situation.
Related Articles
- What is meant by a circular economy in the textile industry?
- How can AI reduce energy consumption in textile factories?
- How does AI improve production planning in textile companies?
- When Is Energy Management Worth It for Textile Manufacturing Facilities?
- When Is AI-Based Production Control Worth It in a Textile Manufacturing Facility?