Linked from

The 14 pages that link to Industrial ecology, each with the reason it gives.

• Urban ecologyCompared with: It examines urban resource flows from a systems perspective that complements, but differs from, ecological study.

• Chemical engineeringRelated: It examines how production systems can reduce waste and use resources more efficiently.

• Chemical industryRelated: It examines how chemical plants exchange resources and wastes with other industries.

• Systems thinkingRelated: It treats production, consumption, and ecosystems as connected flows.

• Municipal solid wasteNarrower topic: It broadens waste management from municipal disposal toward coordinated resource cycles.

• Pollution preventionRelated: It identifies production-system changes that can prevent waste and emissions across linked processes.

• Chemical feedstockRelated: It helps assess whether emerging feedstock systems reduce impacts across linked industries.

• By-productRelated: It examines how one process’s by-products can become another process’s inputs.

• Chemical plantRelated: It examines ways plants can reuse energy and materials rather than discard them.

• Sustainable designNarrower topic: It provides a systems-level view of resource flows that design can reshape.

• Process engineeringRelated: It places individual process choices within broader networks of resource use and waste.

• Ellen MacArthurRelated: Its systems view helps explain the resource cycles promoted by MacArthur’s foundation.

• Plant (industrial facility)Narrower topic: It places individual plants within wider economic and ecological flows.

• Zero wasteNarrower topic: It provides systems-level methods for tracing resource use and waste beyond individual products.