Analyst Insight | February 26, 2021
Companies like Conceptos Plásticos in Colombia and Gjenge Makers in Kenya have a clever solution for the problem of plastic waste pollution in the developing world: Convert discarded plastics into building materials like bricks and tiles. This elegant approach kills several birds with one stone, ... Not part of subscription
Analyst Insight | March 26, 2021
The current regulatory systems surrounding plastics waste aren't designed to manage the complexity of emerging advanced recycling and bio‑based plastic systems. They face many issues – accounting for the output of novel systems that produce oil or other chemical inputs rather than plastics, ensuring... Not part of subscription
Case Study | June 01, 2021
BASF has been one of the main chemical players gaining attention for the biomass balance approach, at least in recent years. The company uses some quantity of renewable resources like bio‑naphtha or biogas along with standard petroleum‑based inputs for chemicals and materials production. It then ... Not part of subscription
by Cecilia Gee
Fiberglass, the main material in wind turbine blades, does not offer much value after use, and recycling efforts have hence been low. As groups begin to decommission turbines, disposal of an expected 43 million MT of waste by 2050 is an increasingly critical issue. However, landfilling may currently be the most cost-effective strategy. While this announcement is the first of its scale from the world's largest turbine producer, Vestas has a long road ahead in valorizing sustainability for wind. If successful, it may be key for Vestas to differentiate itself against major competitors Siemens Gamesa and GE. Still, Vestas must create more value beyond just zero-waste, like with refurbishing and buyback programs, to surmount present economics.
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