Greencycle TPU: eco-efficient pigment separation in TPU recycling
GreenCycle TPU offers an innovative bio-inspired process for efficient pigment separation in TPU recycling, achieving over 90% dye removal while preserving material integrity. This eco-friendly method enhances recyclability without compromising tensile and abrasion properties.
Overview
GreenCycle TPU is an eco-efficient solution for enhancing the recyclability of thermoplastic polyurethane (TPU) by separating pigments through a bio-inspired process. This innovative method focuses on achieving greater than 90% dye removal, crucial for recycling TPU efficiently while maintaining over 90% of its original tensile and abrasion resistance properties. The approach leverages bioremediation techniques to provide a non-invasive and environmentally friendly solution to pigment separation.
Technical specifications
The GreenCycle TPU process is designed around the principles of sustainable technology and bio-inspired methodologies. Key features include:
- High Efficiency: Achieves over 90% pigment removal from TPU materials.
- Material Integrity: Maintains more than 90% of original tensile and abrasion resistance.
- Eco-Friendly: Utilizes bioremediation techniques to minimize environmental impact.
- Scalability: Planned phases include lab-scale experimentation, pilot testing, and system integration for scalability in existing recycling facilities.
Technology readiness level
The technology is currently at TRL 3, indicating that active research and proof of concept have begun. The development plan includes further phases such as process optimization, pilot testing, and field trials to advance the technology towards commercialization and market launch.
About Bio-Stat-Green Consulting Inc
Bio-Stat-Green Consulting Inc is an education and consulting firm that provides math and statistics services, including tutoring for undergraduate and graduate students and consulting for businesses. The company specializes in integrating data science, quality management methodologies such as Six Sigma, and biochemical and environmental engineering. By leveraging academic and industrial expertise, the firm offers services aimed at improving business performance, implementing quality control systems, and developing sustainable clean air and water treatment solutions, including the use of algae-based photobioreactors.
The company serves both individual students and organizational clients by providing remote and onsite support to solve complex problems and enhance operational efficiency. It aims to address challenges in education by fostering enthusiasm for mathematics and statistics, while supporting environmental stewardship through innovative technological applications. Founded by professionals with backgrounds in industrial research and university teaching, the company focuses on delivering customized solutions that cater to specific client demands in areas ranging from process improvement to educational development.
Inquire about this partnering listing
Industry applications
delivered to your inbox.