Faq

Question 1

TEXWOOD – Eco-friendly Wood-like Materials with Monomaterial Circularity

Accepted Answer

Eco-friendly Wood-Like Materials for Home & Architecture: TEXWOOD Monomaterial Circular Development As global demand for sustainable building materials and low-carbon design continues to grow, circularity, durability, and low-maintenance performance have become essential considerations in architectural and outdoor space design. Developed by TYC Environmental Technology, TEXWOOD draws inspiration from biomimicry-based material engineering, replicating the cellular structure and fiber alignment of natural wood. This approach creates a wood-like material that combines the warmth and aesthetics of timber with the performance of engineered materials. TEXWOOD is designed with a monomaterial circular system, allowing the material to return to the same recycling stream at the end of its service life and enabling true closed-loop recyclability. Compared with natural wood, TEXWOOD offers superior water resistance, pest resistance, and weather durability, while maintaining the natural texture and visual appeal of wood. It serves as an ideal alternative for outdoor architecture, landscape structures, and residential applications. Through advanced material engineering and circular design principles, TEXWOOD extends product lifespan while reducing maintenance costs and resource consumption—demonstrating the potential of circular materials in architecture and modern living environments. Highlights Monomaterial Circular Design Designed with a monomaterial system that allows materials to be recycled and reused at the end of their lifecycle, supporting a truly circular economy. Superior Weather Resistance Excellent resistance to water, pests, and weather exposure, making it suitable for outdoor architectural and landscape environments. Low Maintenance Cost Unlike natural wood, TEXWOOD resists rot, warping, and cracking, significantly reducing long-term maintenance requirements. Technology Insight Through TEXWOOD Monomaterial Circular Design, TYC enables: • Wood-like materials with true closed-loop recyclability • Biomimetic structures that replicate natural wood cellular architecture • Enhanced weather durability and long-term structural stability Providing monomaterial wood-like materials with closed-loop recyclability, combining durability, weather resistance, and natural wood aesthetics for sustainable architectural applications. Sustainable Impact As the construction industry increasingly adopts circular materials and low-carbon design strategies, recyclable and durable materials are becoming a critical market trend. Through recycled plastic material engineering and circular design, TEXWOOD transforms plastic waste into high-performance architectural materials, offering a solution that balances durability, aesthetics, and sustainability for modern built environments. Applications • Outdoor decking • Architectural cladding • Landscape structures • Garden furniture

Question 2

TYC Environmental Technology Collaborates with an International Brand to Develop Premium Artificial Florals Using PCR Modification Technology

Accepted Answer

Sustainable Artificial Florals – PCR Modification Technology As brands increasingly seek to combine aesthetics with sustainability, material selection has become a critical element in product design. In this project, TYC Environmental Technology collaborated with internatinal brand partners to introduce Post-Consumer Recycled (PCR) plastics into the development of premium artificial floral products, supporting the goals of UN SDG 12: Responsible Consumption and Production. Traditionally, high-end artificial florals rely on virgin plastics to achieve the softness, fine texture, and visual quality required for delicate petals. Through advanced material modification and formulation engineering, TYC successfully increased the proportion of PCR content while maintaining the softness, detail, and processing stability required for these products. This approach not only reduces the environmental footprint of the material but also demonstrates the potential of recycled plastics in high-aesthetic, design-driven consumer products. The project highlights how circular materials can move beyond industrial applications and enter the premium design and lifestyle product market, enabling brands to create new sustainability narratives and market differentiation. Highlights High PCR Content Integration Customized material formulations maximize PCR content while maintaining product aesthetics and processing performance. Optimized Material Performance Precise control of flowability, softness, and surface detail enables recycled materials to meet the standards of premium decorative products. Enhanced Brand Sustainability Value By replacing a portion of virgin plastics with recycled materials, brands can reduce product carbon footprints while strengthening ESG and sustainability credentials. Technology Insight Through PCR Modification Technology, TYC enables: • Customized material formulations • Increased recycled content • Stable processing performance • Fine texture and softness required for premium products Tailored formulations maximize PCR content while maintaining precise flowability, softness, and surface detail required for premium artificial floral applications. Sustainable Impact As global brands increasingly integrate circular materials and low-carbon design into their product strategies, PCR materials are becoming a key driver of product innovation. TYC’s expertise goes beyond supplying recycled materials. Through material engineering and design integration, TYC helps brands create products that combine sustainability, design value, and market competitiveness. Through material innovation, we believe aesthetics, design, and circular economy can coexist.

Question 3

Why Carbon Is Becoming a Measure of Business Efficiency? Step 1: Measurement

Accepted Answer

Why Carbon Is Becoming a Measure of Business Efficiency Step 1: Measurement Carbon was once seen as a topic reserved for sustainability teams or large corporations. That perception is changing. Today, carbon is increasingly becoming part of how business efficiency is evaluated. Carbon is no longer just an environmental metric. It reflects how well a company manages cost control, resource efficiency, supply-chain stability, and operational predictability. When carbon structure is unclear, businesses are not just exposed to emissions — they experience efficiency loss, hidden costs, and weaker decision quality. When carbon is measured and understood, it becomes a tool to improve processes, strengthen operational performance, and support better management decisions. That is why many companies are realizing: carbon management is fundamentally an efficiency capability, not an additional burden. The First Step Is Not Reduction — It’s Measurement Before any improvement can take place, businesses must answer a basic question: Where does carbon actually sit in our operations? The purpose of measurement is not perfect data. It is to establish a baseline that supports decision-making. With measurement, companies gain visibility into: Which activities consume the most resources Which cost structures are most sensitive to change Where operational efficiency can be improved Without structure, improvement is guesswork. With measurement, optimization becomes manageable, repeatable, and strategic. Carbon Management Is Like Corporate Health Management Companies monitor health not to assign judgment, but to understand structure, identify inefficiencies, and maintain long-term stability and performance. Carbon measurement serves the same purpose. It helps organizations understand: Whether carbon is driven by energy, materials, or logistics Which areas have the greatest impact on cost and efficiency Where structural optimization is possible You can’t optimize what you don’t understand. Why Composition Matters More Than Total Emissions In practice, companies with similar total emissions often have very different efficiency profiles. The difference lies in carbon composition. Manufacturing companies with material-heavy carbon profiles face efficiency challenges related to sourcing, supplier structure, and material selection Service companies with energy-heavy profiles are more sensitive to operational cost stability and daily efficiency management This is why understanding where carbon sits is more valuable than knowing how much carbon is emitted. Measurement Is Not Reporting — It’s an Efficiency Lens Carbon measurement is not about adding complexity. It is about reducing uncertainty. With structural visibility: Cost volatility becomes predictable Resource allocation improves Decision-making quality increases Transparency does not reduce efficiency. It enables it. Measure First: Know What You’re Made Of Carbon won’t change what you sell. But understanding your carbon structure will directly influence your cost efficiency, operational stability, and long-term competitiveness. If you want to turn carbon measurement into a practical tool for improving business efficiency and decision quality, we’re happy to help you start with measurement. Contact TYC

Question 4

Why Carbon Is Now Related to My Business ?

Accepted Answer

Why Carbon Is Becoming Part of Business Operations In the past, carbon was often seen as a topic only for sustainability teams or large corporations. Today, it is rapidly becoming part of day-to-day business operations and decision-making. Carbon is no longer just a disclosure or reporting metric. It is beginning to influence cost structures, supply-chain relationships, and ultimately — whether a business gets selected by customers. More and more companies are realizing that carbon management is an operational capability, not an extra burden. 🔍 What We’re Seeing in the Market Customers are proactively asking for carbon data Carbon is increasingly reflected in cost and pricing discussions Supply chains require traceable and verifiable information Regulations and carbon pricing are gradually extending to SMEs These shifts are not temporary — they signal a structural change in how businesses operate. 💡 The Key Is Not One-Time Actions, but Long-Term Capability From a business perspective, carbon management should be viewed as: ✔ A form of risk management ✔ A tool for cost and efficiency management ✔ A component of supply-chain competitiveness It helps businesses gain clarity early, reduce uncertainty, and prepare before external pressure arrives. 🌱 Carbon won’t change what you sell. But it will influence whether your business continues to be selected and trusted. 👉 Learn more about common carbon questions and practical approaches 🔗 Explore TYC Carbon Reduction Q&A https://www.tyc-tw.com/faq_iso14067 🔗 Follow TYC https://www.linkedin.com/feed/update/urn:li:activity:7417678706086793216

Question 5

Why Plastic Film Recycling Is Becoming a Business-Critical Material Issue

Accepted Answer

♻️ Why Plastic Film Recycling Is Becoming a Business-Critical Material Issue Among all plastic packaging materials, plastic films—including packaging film, stretch film, and protective film—account for more than 40% of total plastic packaging use, yet they also represent the lowest recycling rate across plastic categories. This challenge is not driven by a lack of recycling intent. Rather, it reflects the inherent characteristics of plastic films: lightweight structure, high contamination risk, and significant material variability. Without professional and systematic processing mechanisms, most plastic films are ultimately downcycled or diverted to incineration, failing to re-enter the value chain. 📊 The Material Stage Is the Primary Source of Carbon Emissions In corporate decarbonization strategies, energy use and operational efficiency are often addressed first. However, in practice: Approximately 60–80% of plastic product carbon emissions occur during the material production stage, not during the use phase. This means that material selection often has a greater impact on overall carbon footprint than product lifespan. For high-frequency, widely used materials such as plastic films, even small unit weights can translate into substantial emissions as impacts compound across supply chains—making plastic films a material contributor to Scope 3 emissions. 📊 Recycled Materials Offer Scalable Carbon-Reduction Potential Compared to virgin plastics, recycled plastics can reduce carbon emissions by approximately 30–70%, depending on polymer type and processing pathway. When plastic films are effectively recycled and converted into stable, application-ready materials, their value extends beyond waste reduction. They directly improve a company’s material structure and carbon profile. For businesses, this represents a quantifiable, scalable, and operationally relevant decarbonization lever. ♻️ Recycling Is Not the End—Material Destination Defines Circularity In reality, even when plastic films enter recycling systems, unstable quality or lack of downstream applications often prevents them from returning to products and value chains. True circularity does not depend on whether materials are collected, but on whether three conditions are met: Effective front-end sorting and contamination control Stable regeneration into usable materials Verified reintegration into products and industrial applications Without the final step, circularity cannot be achieved. 🌱 Why Expertise Matters — TYC’s Material Management Perspective At TYC Environmental Technology, plastic film is not viewed as a waste problem, but as a material challenge that requires scientific and systematic management. TYC treats plastic film as a material system defined by: Structured identification and sorting Stable and controlled regeneration processes Quantifiable material and carbon data End-to-end traceability across the value chain Validation and quality control supported by a dedicated R&D team and in-house laboratory Through this framework, recycling becomes more than an action—it becomes a measurable, manageable, and decision-relevant material solution. ♻️ TYC｜Plastic Film Recycling Beyond Waste Management As regulations, supply-chain expectations, and carbon disclosure requirements continue to tighten, plastic films—long overlooked—are rapidly emerging as a strategic material and risk-management issue for businesses. Only materials that can be recycled, reused, and quantitatively managed will remain viable in future industrial systems. From waste to material. From recycling to real circularity. 📌 Learn more about TYC’s circular material solutions and data insights: 🔗 https://www.tyc-tw.com/faq/index/2

Question 6

Plastic Material Carbon Footprint Assessment (Aligned with ISO 14067 Methodology)

Accepted Answer

What does “ISO 14067–aligned carbon footprint assessment” mean? An ISO 14067–aligned carbon footprint assessment refers to the quantification of greenhouse gas emissions at the product level, conducted in accordance with the international standard ISO 14067. ISO 14067 defines how a product’s carbon footprint should be calculated, documented, and communicated across its life cycle. It is a methodology, not a material type. For plastic materials, this assessment enables organizations to understand the carbon emissions associated with material sourcing, processing, manufacturing, and logistics using a consistent and transparent approach. Why ISO 14067 matters for plastic materials As ESG expectations, supply-chain disclosures, and regulatory requirements increase globally, recycled content alone is no longer sufficient to demonstrate environmental performance. ISO 14067 provides: A standardized and comparable approach to product carbon footprint quantification Clear system boundaries and calculation principles Greater credibility and transparency for sustainability and ESG reporting This allows companies to communicate carbon performance using data rather than claims. Supporting ESG and Scope 3 emissions management Plastic materials are typically classified under Scope 3, Category 1 (Purchased Goods and Services). By applying an ISO 14067–aligned carbon footprint assessment, companies can: Identify carbon emission sources at the material level Improve consistency in ESG and sustainability reporting Strengthen internal carbon management and supplier evaluation Support data-driven low-carbon material selection Why recycled plastics benefit from ISO 14067 assessment The carbon performance of recycled plastics varies significantly depending on: Recycling feedstock sources Process efficiency Energy mix and manufacturing conditions ISO 14067 allows organizations to quantify actual carbon reduction outcomes, rather than relying solely on recycled content percentages, making sustainability decisions more scientifically grounded and credible. How TYC supports ISO 14067–aligned carbon footprint assessment TYC integrates ISO 14067 principles into the development and management of plastic materials by establishing material-level carbon footprint data frameworks. This approach supports clients in: Material selection and low-carbon strategy development ESG communication and reporting Supply-chain carbon transparency and evaluation ISO 14067 is applied as a carbon footprint methodology, enabling informed and verifiable sustainability decisions. Important clarification An ISO 14067–aligned carbon footprint assessment does not automatically indicate carbon neutrality. Its purpose is to quantify and disclose emissions transparently, providing a foundation for future carbon reduction planning and sustainability strategies. Typical application scenarios ESG and sustainability reporting International brand supply-chain collaboration Low-carbon product and packaging development Sustainable procurement and material substitution assessments Turning carbon data into actionable sustainability decisions If you are evaluating plastic materials, recycled content, or supply-chain carbon management approaches, TYC can support the practical application of ISO 14067–aligned carbon footprint assessment for material-level decision-making, ESG reporting, and Scope 3 management. Contact us to learn more about our methodology, data framework, and collaboration models.

Question 7

10 Steps to a Circular Plastics Supply Chain

Accepted Answer

🌱 Regulatory Highlights 2025 Carbon Fee｜Trial filing in 2025; full implementation in 2026 at NT$ 300/t; can be reduced to NT$ 100/t with an approved emission-reduction plan. (EPA Resource Circulation Agency) Recycled-Content Rebate｜Plastic containers using ≥ 25 % recycled resin qualify for up to 45 % rebate on collection and processing fees from 2025. (EPA Resource Circulation Agency) EU CBAM｜Levy postponed until 2027, but product-level MRV data must still be submitted in 2025. (hccg.gov.tw) Scope 3 Disclosure Trend｜The Securities and Futures Bureau has announced phased adoption of IFRS S2 from 2026, requiring listed companies to disclose Scope 1–3 emissions; Scope 3 accounting guidelines are already published for industry reference. (Securities and Futures Bureau, EY) Zero-Waste｜“Resource-Circulation Zero Waste” is one of the 12 key strategies in Taiwan’s 2050 Net-Zero Emission Roadmap; the Resource Circulation Agency’s action plan underpins this strategic goal. 🎯 TYC Environmental Technology — “10 Steps to a Circular Plastics Supply Chain” By combining GRS-certified resin + transparent take-back supply chain + ISO 14067 product carbon accounting, we help businesses gradually raise recycled-plastic content and reduce Scope 3 emissions across the supply chain: 1️⃣ Audit on-site plastic usage 2️⃣ Establish ESG targets & decision processes 3️⃣ Define ESG goals & regulatory requirements 4️⃣ Gather LCA / ISO 14067 data from suppliers 5️⃣ Track recycled-content rates quarterly 6️⃣ Coordinate supplier take-back testing & capacity 7️⃣ Run small-batch pilot verifications 8️⃣ Create internal incentives & operating strategies (ESG KPIs & rewards) 9️⃣ Optimize packaging & product design 🔟 Procure recycled resin & disclose ESG / carbon reporting Recycled plastics focus on cutting Scope 3 (supply-chain & product-life-cycle) emissions, complementing energy and process decarbonization. 📲 Scan the QR code or click the link to book a free consultation—seize the opportunity to reduce emissions, achieve zero waste, and drive circular-economy growth! 📲Contact TYC

Question 8

Embracing the Circular Economy: The Core Principles of TYC's Sustainable Approach

Accepted Answer

Explore the World of Circular Economy: How TYC’s 6R Model Revolutionizes Waste Management and Leads Businesses Toward a More Sustainable Future As resources become increasingly scarce and environmental protection gains attention, the limitations of the linear economic model (take, make, dispose) are becoming more evident. This traditional model relies heavily on resource extraction and consumption, eventually leading to resource depletion and environmental degradation. In response to these challenges, the 3R model (Reduce, Recycle, Reuse) emerged, focusing on managing post-use waste, aiming to reduce waste and extend resource usage. However, the 3R model primarily addresses waste management and fails to fully meet modern businesses' higher sustainability demands, especially in supply chain management and resource regeneration. TYC's 6R Circular Economy Model: To address the shortcomings of the traditional 3R model, TYC introduced the 6R model, a more comprehensive approach to resource recycling. This model not only retains the principles of "Reduce, Recycle, Reuse" but also incorporates ReClean, Remanufacture, and Repurpose, reintegrating waste into the production chain to maximize resource utilization and transform waste management. How the 6R Model Helps Companies Achieve Carbon Reduction Goals: Reduce Raw Material Usage (Reduce): By reducing dependence on virgin materials, businesses can significantly lower carbon emissions, especially in the extraction, processing, and transportation of raw materials. This reduction in natural resource demand lowers the carbon footprint, helping businesses achieve carbon reduction from the source. Increase Recycling Rate (Recycle): Using high-quality recycled materials to replace virgin materials saves substantial energy and significantly reduces carbon emissions associated with new material production. Compared to producing virgin materials, recycled materials can reduce carbon emissions by up to 80%. ReClean: Through the ReClean process, recycled materials are ensured to meet the highest quality standards, enabling longer use of the materials and reducing the energy required for reprocessing, further lowering carbon emissions. Extend Product Life (Reuse): Extending the lifecycle of products reduces the demand for single-use products, thus lowering the carbon emissions generated from repeated production. Reuse significantly reduces the carbon footprint associated with manufacturing and processing new products. Remanufacture: TYC's remanufacturing process involves developing a materials database and incorporating AI technology to assist in developing new materials. This allows businesses to convert recycled materials into new products, reducing the demand for virgin materials and significantly lowering emissions during production. Repurpose: Recycled materials can be used for new applications, creating more business value while reducing resource consumption and further lowering the carbon footprint. Repurposing innovation helps shrink carbon emissions across the supply chain. Addressing the Shortcomings of the Traditional 3R Model: Limitations of the Linear Economy: The linear economy depends on excessive resource extraction and consumption, leading to resource depletion and environmental pollution. The 3R model mainly addresses waste management but focuses on the post-use phase, neglecting resource optimization during the design and production stages, lacking a comprehensive strategy for material regeneration and product remanufacturing. 6R Model Solution: TYC’s 6R model expands the 3R framework, focusing not only on waste management but also on the production and design stages. Through material innovation, ReClean, and Remanufacture, it optimizes the entire lifecycle of resources. This not only increases recycling rates but also provides businesses with more innovative options and greater carbon reduction benefits. Benefits of TYC's 6R Model: Environmental Sustainability: The 6R model significantly reduces resource consumption and waste generation through comprehensive resource management and reuse strategies, effectively lowering carbon emissions. It also helps businesses achieve Scope 3 carbon reduction targets. Economic Advantages: The 6R model enables businesses to create added value through remanufacturing and repurposing, reducing resource costs and giving companies a competitive edge in the market while achieving economic benefits from reduced carbon emissions. Social Impact: The 6R model promotes material innovation and sustainable design, raising awareness of resource conservation and creating more employment opportunities, adding social value to the circular economy. How TYC’s 6R Model Transforms the Industry: TYC's 6R model not only addresses the limitations of the traditional 3R model in waste management but also overcomes the flaws of the linear economy. Through innovative technology and multi-level resource regeneration strategies, it maximizes resource utilization and leads businesses and industries toward sustainable development. As global companies increasingly prioritize environmental responsibility, TYC's 6R model sets a new standard for achieving green transformation, delivering significant carbon reduction benefits that help businesses move toward stainability goals.

Question 9

TYC Environmental Technology partners with Yu-Ching Plastics Co., Ltd. for sustainable innovation: Collaboratively developing the 'Stackable Ocean Waste Utility Box,' shortlisted for the 2024 Golden Pin Design Award.

Accepted Answer

We thank our clients for partnering with TYC Environmental Technology to promote the United Nations SDG 12: “Promote sustainable economic growth and ensure sustainable consumption and production patterns” and for jointly implementing the concept of circular economy product development. We provide the eco-friendly material RPE-W025, made from land waste, which was successfully combined with recycled ocean fishing nets to assist our clients in designing and manufacturing this innovative suitcase. This product, made from both ocean waste and land waste (RPE-W025), not only overturns the stereotype that plastic products are harmful to the environment but also demonstrates how recyclable materials can effectively reduce carbon emissions while showcasing Taiwan’s sustainable innovation to the global market. At TYC Environmental Technology, we focus on providing cutting-edge material solutions to support our clients in creating products aligned with circular economy principles. Our strong R&D team is committed to developing more eco-friendly materials like RPE-W025 and offering customized solutions, helping our clients combine RPE-W025 with ocean waste to create the award-nominated suitcase, shortlisted for the Golden Pin Design Award, highlighting the significant market impact of combining innovative materials with environmental responsibility. Key Highlights: Remanufacture: RPE-W025 reduces carbon emissions by 75% compared to virgin plastics, offering a more eco-friendly option without compromising product quality. Repurpose: The product design uses single materials, making it easier to enter recycling systems for repeated circular use after its life cycle. To help everyone better understand the scale of ocean plastic pollution, experts estimate there are 75 to 199 million tonsof plastic waste in the ocean, equivalent to 107 to 284 Taipei 101 buildings in weight. At TYC Environmental Technology, our innovative materials like RPE-W025 empower brands to create eco-friendly products with award-winning potential. We welcome brands interested in sustainable products to contact us and join hands in building a more sustainable future. Resource:UN News,郁慶塑膠股份有限公司

Question 10

TYC's Recycling Materials and Carbon Reduction Benefit

Accepted Answer

TYC Environmental Technology Helps Supply Chains Achieve Green Transformation and Carbon Reduction! 🌍♻️ Resources: 經濟部產業發展署Taiwan Industrial Development Administration Ministry of Economic Affairs Every link in the supply chain is seeking more sustainable solutions, and TYC Environmental Protection is your best partner. Our recycled plastic granule products have been recognized by the Industrial Development Bureau, Ministry of Economic Affairs in their “Resource Recycling and Carbon Reduction Case Studies” and have also obtained nationally recognized environmental certifications, becoming a core force in promoting green supply chains. Why Choose TYC Environmental Protection? • Introduction of Eco-Friendly Recycled Plastic Materials: Our products are made from 100% recycled plastics, helping you achieve a greener supply chain and effectively reduce environmental burdens. • Significant Carbon Reduction Benefits: • LDPE RPE-L480: 88% carbon reduction • HDPE RPE-W025: 75% carbon reduction • PP RPP-Z220: 68% carbon reduction • Nationally Recognized Environmental Certifications: Our products not only meet the Global Recycled Standard (GRS) but have also obtained environmental labels, ensuring your competitive advantage in building a green supply chain. • Diverse Applications: From plastic bags to toolboxes and even imitation plants, our recycled plastic granules are suitable for various products. By choosing TYC Environmental Protection’s products, your company can not only integrate eco-friendly recycled plastic materials and enhance the carbon reduction benefits of your products but also meet market demands for green products while achieving your carbon emission goals. Contact us now to jointly promote the development of green supply chains! 📞 Contact us: Mr. Yu at 02-28851353 or ryan@tyc-tw.com #GreenSupplyChain #CarbonReduction #SustainableProducts #RecycledPlastic #EnvironmentalCertifications #TYCEnvironmentalProtection