Waste

ISWA President: Wind turbine blades as future non-recyclable waste cause for concern

Photo: Pixabay

Published

July 18, 2017

Country

Comments

comments icon

0

Share

Published:

July 18, 2017

Country:

Comments:

comments icon

0

Share

Rapid expansion of wind power, besides its various positive impacts on the environment, is a cause for concern since it will generate, as studies show, millions of tons of non-recyclable waste in the future,  Antonis Mavropoulos, President of the International Solid Waste Association (ISWA), warned.

Mavropoulos in an opinion posted on his blog said that around 43 million tons of blade waste is expected to be generated worldwide by 2050, out of which, as recent study shows, China will have to manage 40 percent, Europe 25, the United States 16 and the rest of the world 19  percent.

The austere environmental impacts and health risks associated with expanding wind energy have recently received more attention. “Perhaps one of the most underrated negative side effects of building wind turbines is that they don’t last very long (less than 20 years) before they need to be replaced.  And their blades aren’t recyclable,” Mavropoulos said.

He warned that the problem of blade disposal is just beginning to emerge as a significant factor for the future as the first wave of early commercial wind turbine installations now approaching their end of life.

Mavropoulos argued that the blades are manufactured from composite materials, which are environmentally problematic at their end-of-life, since there are currently no established industrial recycling routes for them.

“Finding ways to manage the waste from the expected high number of wind turbine blades in need of disposal is crucial to harvest wind energy in a truly sustainable manner,” he said.

The expert said that the industry needs to develop better technologies to make wind turbine blades both environmentally and economically sustainable, such using of bio-derived resins and thermoplastic composites in the manufacturing process of the blades. He added that modular design and reuse potential should also be explored.

“The problem of wind turbine blades highlights a general characteristic of our world. Although there is a mind-shift towards sustainability, and the wind turbines are definitely part of this new way of thinking, even the most advanced industries do not take into consideration the end of life management of their products. The evolution of wind turbines has delivered great results in renewable energy – unfortunately part of those results will be some million tons of waste that can’t be recycled. Renewable yes, sustainable no!” he said.

Mavropoulos concluded that it’s time to expand the Extended Producer Responsibility principle in a way to cover the whole world for the most difficult and hazardous products, and to include all the types of the new waste that are expected to be delivered within next 10-15 years.

Comments (0)

Be the first one to comment on this article.

Enter Your Comment
Please wait... Please fill in the required fields. There seems to be an error, please refresh the page and try again. Your comment has been sent.

Related Articles

montenegro waste incineration energy podgorica deponija landfill

Waste-to-energy is win-win solution for Podgorica landfill – minister

09 August 2024 - Municipal waste management utility Deponija in Podgorica plans to build a waste-to-energy facility, its director Aleksandar Božović said

croatia zagreb wastewater waste zov jakusevec

Zagreb terminates concession for wastewater treatment plant with E.ON, EVN

06 August 2024 - The Zagreb public utility Vodoopskrba i Odvodnja (ViO) has taken over the management of the city's central wastewater treatment plant

The damage from ocean plastic pollution could reach USD 731 billion by 2050

Ocean plastic pollution damage could reach USD 731 billion by 2050

06 August 2024 - If the influx of plastic waste into the ocean continues, the potential economic damage could total USD 731 billion by 2050

green steel electric vehicles study transport environment

Switching to green steel would add just EUR 8 per electric vehicle by 2040

11 July 2024 - Switching to 40% green steel would add just EUR 57 to the sticker price of an electric vehicle in 2030, according to an analysis by T&E