Rendkup
Rendkup Industrial Ecology
Publishing new research
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Orla Feherty, author at Rendkup
About the Author

Orla Feherty

Industrial Ecology Researcher and Writer

Orla writes about how materials move through industrial systems — where they come from, where they go, and what gets lost along the way. Her articles draw on peer-reviewed research and field observation, not frameworks built for press releases.

What she works on

Industrial ecology sits between engineering, environmental science, and economics. Orla's writing occupies that same space — close to the data, sceptical of easy answers.

Her background is in resource management and environmental systems analysis. For the past several years she has spent a lot of time with material flow accounts, life cycle inventories, and the recurring gap between what circular economy strategies promise and what industrial metabolisms actually allow. The gap is worth documenting carefully.

Rendkup started in 2025 as a place to publish that documentation. The focus is deliberately narrow: industrial systems, material stocks and flows, waste as a resource signal, and the physical constraints that shape what is genuinely possible in resource transition. No abstract sustainability positioning — the site stays close to measurable, reported phenomena.

Industrial facility examined in Rendkup research
Material flow site visited during field research
Primary focus Material Flows Tracking how substances move through industrial and urban systems
Method Evidence-first Articles built from published data, not from concept-driven narratives
Get in touch [email protected]

Topics covered at Rendkup

Each article on the site addresses one specific aspect of industrial ecology — not the full concept, but the part that resists simplification.

Industrial Symbiosis

How waste streams from one process become inputs for another — and where the logistics, contracts, and contamination levels actually constrain this in practice.

Urban Mining

The recoverable material locked in buildings, infrastructure, and electronic equipment — and the economic conditions under which recovery becomes viable rather than aspirational.

Material Flow Analysis

Reading national and sectoral MFA datasets to understand where bulk materials accumulate, where losses occur, and what those numbers say about the structure of production systems.