CircleFlow

The linear model of industrial civilisation is exhausting its material base.

CircleFlow is not only about matching waste with takers. It is about rebuilding a material order:

so that the flow, value, and ownership of resources become traceable, trustworthy, and governable again.

What this project does

The circular economy has been discussed for years. What keeps stalling it is not intention but data. Once an object leaves its user’s hands, where it went, what it became, and who is responsible is a broken line in most industries. Yet the rules of recent years, from the EU’s carbon border adjustment and product environmental declarations to California’s supply-chain disclosure, ask precisely for verifiable data along that line.

CircleFlow sets out to build that line itself: data infrastructure that lets material flows be recorded, reconciled, and reported. Three words describe its scope.

Starting at home: after decluttering

The first segment of a material flow is not in a factory but at home. The moment something is judged “no longer needed”, its flow begins. The series “After Decluttering | How Objects Move Again” covers exactly this segment: how objects come in, how they are placed in a space, how a family cares for them, and how they finally move again through institutions. It is the household-facing half of CircleFlow.

Series

After Decluttering | How Objects Move Again

• Object Entry 13 articles
• Spatial Systems 13 articles
• Family Care 19 articles
• Circulation Systems 12 articles

57 articles in four parts.

Enter the series →

Up to industry: rules and data

The other end of a material flow is institutions. These articles discuss what the same line demands on the industry side: data sovereignty, how life-cycle assessment turns into a compliance system, and where supply-chain disclosure pushes responsibility. They are the industry-facing half of CircleFlow.

• LCA Is Not Just Science, It's a Compliance System: Fifty-Six Years of Evolution from Coca-Cola 1969 to CBAM 2026

  From Coca-Cola's internal defensive study in 1969 to CBAM entering its definitive phase in January 2026, LCA has traveled fifty-six years. This article chronologically traces the formation of standards systems such as ISO 14040, ILCD, LCDN, and EPD, showing how each technical concept corresponds to a moment of political pressure or regulatory change, and revisits how the 2015 Volkswagen Dieselgate scandal transformed the entire logic of regulation.

• EPD and Carbon Footprint Implementation Roadmap: From a Four-Layer Framework to a Manufacturer's Action Checklist

  The previous article explained why LCA is a compliance system rather than science; this one tackles the implementation problem: CBAM has entered its definitive phase as of 2026/1/1, and manufacturers without an EPD will be assigned higher default values. This article breaks down, by the four-layer framework (method/standards/data/certification), how a manufacturer should go from zero to a first EPD—including a timeline rhythm of 8–18 months, a budget range of NT$500,000–5,000,000, and a management decision checklist.

• Three Carbon Prices in One Supply Chain: 5-Trade Volume Isn't Market Failure — It's the System Telling You to Cut Carbon Yourself

  Taiwan's carbon exchange recorded only 5 trades in 18 months. Many read this as market failure. But SSBTi and Prof. Tung's view is the opposite: the NT$300 carbon fee is by design — to push firms to reduce, not to buy credits. The 9x gap across three prices (NT$300 / 3,000–4,000 / CBAM ~2,790) reflects firm readiness, not policy weakness. The real answer is 'carbon economy thinking' + third-party verification + TNFD/SBTi/CDP, not more credits.

• Even If You Don't Export to the EU, You Can't Escape: What CBAM Really Tests Isn't Calculation — It's Your Carbon Data Sovereignty

  CBAM formally enters its levy period in 2026, with the aluminum industry's additional cost at roughly 3.83% of the aluminum price — climbing to 6% by 2028 once the default value mark-up is included. But the real damage isn't in the numbers. It's that if a company can't produce its own actual measured data, it can only let its competitor set its price. This article breaks it down from the perspective of Taiwan's supply chain: CBAM is a supply chain management problem, not a calculation problem.

• California SB 253 Reshapes Corporate Carbon Disclosure: Why Did Apple and Tesla's Rankings Plummet? Which Circle Are Taiwan Suppliers In?

  California SB 253 officially enters enforcement phase in February 2026. With Scope 3 inclusion, Apple's ranking dropped 35 percentiles, Tesla dropped 50 percentiles. How does this law extend its long-arm jurisdiction through supply chain contracts to every node in Taiwan?

• How Many Carbon Credits Do Four Hundred Thousand Footsteps Correspond To?

  The 2026 Baishatun Mazu Pilgrimage introduces GPS carbon footprint tracking for the first time, combining SSBTi scientific carbon reduction frameworks with gamified nine-level pilgrim ranking design, attempting to record the low-carbon implications of 400,000 pilgrims' walking behavior using modern methods. Emission coefficient 0.21 kg CO₂/km, estimated avoidance of approximately 6,300 tons CO₂—a cross-disciplinary experimental documentation in progress.

• Taiwan Semiconductor's 10x Leap: When Capital Meets Innovation Clusters

  Taiwan's semiconductor competitiveness stems from the high degree of synergy between capital, technology, and industrial clusters. The next wave of growth won't happen only in advanced processes, but in the integration capabilities of resource reallocation, circular economy, and cross-border collaboration—a 10x leap isn't linear expansion, but structural reconstruction.