Industrial Automation Enables Textile Recycling
ABB and Syre Explore Automation Technologies for Circular Polyester Production
ABB and Swedish textile innovation company Syre have signed a Memorandum of Understanding (MoU) to evaluate industrial automation, electrification, and digital solutions for a large-scale textile-to-textile polyester recycling plant in Vietnam.
The planned facility will be located in Gia Lai province and will focus on converting used polyester textiles and industrial waste into new recycled polyester materials. This cooperation supports the global transition toward a circular economy by reducing dependence on virgin fossil-based resources.
From an industrial automation perspective, the project highlights how modern control systems can help emerging recycling industries achieve stable production, higher efficiency, and consistent product quality.
Industrial Automation Supports Sustainable Textile Manufacturing
Textile recycling requires precise process control because recycled materials often contain variable input conditions. Therefore, manufacturers need advanced automation platforms to maintain stable production parameters.
ABB and Syre will investigate how industrial automation technologies can improve process monitoring, equipment coordination, and production reliability. These technologies may include distributed control systems (DCS), industrial software platforms, electrical systems, and digital operation tools.
In large recycling plants, control systems manage multiple process stages, including material preparation, chemical processing, separation, purification, and polyester regeneration. As a result, automation becomes a key factor in achieving continuous industrial production.
DCS and Control Systems Improve Recycling Process Efficiency
A textile-to-textile recycling facility requires integrated control systems to coordinate complex industrial operations. ABB’s experience in process industries provides a foundation for evaluating suitable DCS architectures and automation strategies.
Modern DCS solutions can connect field instruments, PLC systems, motor control equipment, and production databases into a unified operational environment. Moreover, operators can use real-time data to monitor process conditions and optimize production performance.
For recycling applications, accurate control of temperature, pressure, flow, chemical concentration, and material quality directly affects final polyester output. Therefore, advanced automation helps manufacturers maintain product consistency while reducing material losses.
Digital Industrial Technologies Enable Smart Factory Operations
Digital transformation continues to influence industrial manufacturing, including the recycling sector. ABB and Syre will assess how digital industrial software can support future smart factory operations.
Industrial digital technologies can provide production analytics, equipment performance monitoring, and operational insights. In addition, manufacturers can use historical process data to identify efficiency improvements and reduce unexpected downtime.
Based on industrial automation experience, successful recycling plants require more than individual machines. They need connected factory automation systems that combine PLC control, DCS supervision, energy management, and digital optimization.
Electrification Solutions Support Energy-Efficient Recycling Facilities
Electrification plays an important role in large-scale recycling plants because production processes require significant electrical power.
ABB will evaluate how its electrification portfolio could support safe power distribution, motor control, and energy management for Syre’s proposed facility. Efficient electrical systems help reduce energy consumption and improve overall plant performance.
Furthermore, integrated electrical and automation solutions allow operators to manage production equipment more effectively. This approach is common in industries such as chemicals, pulp and paper, mining, and advanced manufacturing.
Textile-to-Textile Recycling Strengthens the Circular Economy
The global textile industry faces increasing pressure to reduce waste and lower environmental impact. Traditional polyester production depends heavily on fossil-based raw materials, while recycling can keep valuable materials in circulation.
Syre’s recycling approach aims to transform discarded polyester materials into new polyester products without relying entirely on virgin resources. Therefore, industrial-scale recycling technology could become an important pathway toward more sustainable textile manufacturing.
However, scaling recycling from laboratory technology to commercial production requires strong industrial partners. Automation, process engineering, and digital manufacturing expertise will play important roles in this transition.
Industrial Partnerships Accelerate Factory Automation Development
Syre views partnerships with technology providers as essential for moving from development projects to commercial operations. ABB brings experience from multiple process industries, including fibre production, chemicals, and automated manufacturing systems.
According to industry trends, future sustainable factories will increasingly depend on integrated automation ecosystems. These ecosystems combine PLC, DCS, industrial networks, electrical systems, and data platforms.
From a technical perspective, collaboration between recycling companies and automation suppliers can reduce engineering risks. It can also shorten project deployment cycles and improve long-term plant operation.
Expert View: Automation Becomes a Foundation for Sustainable Manufacturing
The cooperation between ABB and Syre reflects a broader industrial trend: sustainability projects increasingly require advanced automation technologies.
In my experience working with industrial control systems, new production concepts often fail during scale-up without reliable process automation. Recycling plants face additional challenges because raw materials vary more than traditional manufacturing inputs.
Therefore, companies developing circular manufacturing facilities should consider automation architecture during the early engineering phase. A well-designed control system can improve production stability, energy efficiency, and future expansion capability.
The ABB and Syre partnership demonstrates how industrial automation can support not only traditional manufacturing but also emerging sustainable industries.
Application Scenario: Automated Control Architecture for Textile Recycling Plants
A future textile-to-textile recycling factory may integrate multiple automation layers:
- PLC systems: Control individual production equipment, motors, pumps, and auxiliary machines.
- DCS platforms: Manage continuous recycling processes and provide centralized plant supervision.
- Industrial communication networks: Connect field devices, controllers, and enterprise systems.
- Digital factory software: Analyze production data and optimize operational efficiency.
- Electrical automation systems: Support safe power distribution and energy management.
This type of integrated automation architecture can help recycling manufacturers achieve stable production while meeting increasing sustainability requirements.
