Circular Economy

Circular Economy
  • Context: 

  • India is slated to host the World Circular Economy Forum in 2026 

  • Finland has announced plans to hold roadshows across major Indian cities to highlight the opportunities generated by a circular economy 

  • About Circular Economy: 

  • It is an economic system where production is organized around reuse, repair, refurbishing, remanufacturing, and recycling, minimizing waste and reducing environmental impact 

  • It contrasts with the current linear economic model (take-make-dispose) 

  • The concept draws from schools of thought like Cradle to Cradle which views all materials as nutrients (biological or technical) that should circulate in healthy, safe metabolisms. 

  • According to Circularity Gap Report 2023, only 7.2% of world economy is circular (down from 9.1% in 2018). 

  • Key Principles & Components 

  • The vision rests on three components:  

  • Reduce (shifting from efficiency to sufficiency)  

  • Regenerate (shifting from extraction to regeneration) 

  • Redistribute (addressing resource inequality) 

  • Key principles involved: 

  • No concept of waste – materials are biological or technical nutrients (Cradle-to-Cradle design) 

  • Use clean & renewable energy. 

  • Celebrate diversity – resilient systems. 

  • Nutrient Flow:  

  • Biological nutrients (consumables) should return to the soil, while technical nutrients (service products) should be reused at high quality. 

  • Linear Economy Vs. Circular Economy: 

  • Significance for India: 

  • India's circular economy is expected to reach a market value of $2 trillion and create 10 million jobs by 2050 

  • Resource Efficiency:  

  • India’s material consumption increased 6-fold (1970–2015), from 1.18 to 7 billion tonnes 

  • Currently, India's recycling rate is only 20%, unlike 70% in Europe. 

  • This presents a massive opportunity to improve from the linear model where resource extraction is excessively high 

  • Climate Goals:  

  • Transitioning to this model is critical for reducing greenhouse gas emissions (as 70% of global emissions are tied to material handling).