Circular Agrifood

Alpro’s Regenerative Agriculture Journey

Digitization Within The Circular Built Environment

Circular Building Hubs

Circular Demolition

Biobased Renovation

Using Timber In Construction

Circular Revenue Models

Materials Passports

Building With Recycled Building Materials

The Environmental Impact Of Building Materials: ECI and EPB

The Circular Design Of Buildings

Circularity In The Built Environment In Europe

Determining Ecological Thresholds for Dairy

Determining Ecological Thresholds for Dairy- Executive Summary

Handboek Circulaire Gebiedsontwikkeling

The Interconnected City: Imagining our urban lives in 2050

Towards A Circular Energy Transition

Navigating Ocean Risk

Nature-based Solutions Policy Tracker report

Circular Water Authority Rijnland Stakeholder Analysis

Circular Water Authority Rijnland

Een circulaire energietransitie

Zero Plastic Waste Thailand

Framework Voor Circulaire Bestaande Gebouwen

Circulair Ontwikkelen

DLT4EU Executive Summary

Circular Electronics Landscape Assessment: Executive Summary

Circular Cities Program: Executive Summary

Circular Cities Program | Lublin

Circular Cities Program | Krakow

Circular Cities Program | Gdansk

Financing Circular Economy Innovation in the Netherlands

Rotterdam’s Urban Mine

Achterluispolder Circulair

Paradigmeskifte | Råstofforvaltningen Del 1

Paradigmeskifte | Råstofforvaltningen Del 2

Systemic Venture Building

Towards Climate-Neutral and Circular Procurement

Tekstilstrømme og Cirkulær Økonomi – Region Midtjylland

Recycling Unpacked

Potential for circularity in the agri-food system

Improving purchasing procedures for circular IT​

Halving the Footprint of Production and Consumption

Circular opportunities in the waste system in the Capital Region of Denmark

Circular opportunities in the waste system in the Capital Region of Denmark – Danish

Hychain – Analysis of technologies for Hydrogen Supply Chain

Assessing Environmental Footprints on a Limited Planet

Is Europe Living Within the Limits of our Planet?

Metal Demand for Electric Vehicles

Circular Boulder

Value at Risk in the Blue Economy

One Planet Approaches: a guide for companies to set science-based targets

Metaalvraag van Elektrisch Vervoer

EIT Climate-KIC: Food Value Chains Strategy

Dordrecht Circulair

Circulaire Gebiedsontwikkeling: Internationale Knoop XL

Op weg naar klimaatneutraal en circulair inkopen

Setting science-based targets for nature

Monitoring voor een Circulaire Metropoolregio

Circulaire indicatoren: Een verkenning voor de provincie Zuid-Holland

Monitorings-raamwerk Circulaire Economie Flevoland

Circulair Spannenburg

Routekaart Noord-Nederland

Circulaire Werklocaties

De Westas Circulaire

Noord-Nederland Circulair

SCREEN

Circulaire Business Cases in de MRA: E-waste

Circulaire Business Cases in de MRA: Bouw-en sloopafval

Metal Demand for Renewable Electricity Generation in the Netherlands

Circular Rotterdam

Circular Charlotte

A Framework For Circular Buildings BREEAM

City of Amsterdam Roadmap Circular Land Tendering

Metaalvraag van de Nederlandse Energietransitie

SIDE Systems

Circular DGTL: Amsterdam 2018

Circulair Rotterdam

Circulair Eigen Haard

Vallei en Veluwe Circulair

Using Systems Thinking To Transform Society

Circulaire Bouwketen Utrecht

Circulaire Bouwketen Amersfoort

Circulair Amsterdam: Ruimtelijke Implicaties

Circular Amsterdam: Spatial Implications

Vlieland Circulair

Handboek voor een afvalvrij festival

Handbook for a waste-free festival

CORESYM: Carbon monoxide re-use through industrial symbiosis

One Planet Approaches: Methodology Mapping and Pathways Forward

Delfland Circulair [NL]

Welcome to the Circular Village

Beijing’s Freight System: Analysis & Strategy Inputs from a Systems Thinking Perspective

Afvalvrij DGTL

Roadmap Circulaire Gronduitgifte

Notitie Rijk van Nijmegen Circulair

Circulair Voedsel System Noordoost Brabant

Prospecting the Urban Mines of Amsterdam (PUMA)

VANG: Opportunities for the Circular Economy in Cities and Regions [NL]