Sign up for free to get the latest from greenbang direct to your inbox
 
Home | Research Store | Work With Us | Events | Insight | Press | About | Newsletter | Contact

The next word in plastics: Bananas

Published Monday, 28th September 2009

Banana PlantWhat do the banana plant and the 1967 Dustin Hoffman classic, “The Graduate,” have in common?

One word: plastics.

After bananas are harvested, the plant material left behind normally goes to waste. However, researchers at Queen’s University Belfast are testing a new technique to use banana plants in the production of plastic products.

The Polymer Processing Research Centre at Queen’s is taking part in a €1 million study known as the Badana project. The project will develop new procedures to incorporate by-products from banana plantations in the Canary Islands into the production of plastics. In addition to the environmental benefits, the project will increase the profitability of banana plantation owners and provide better job security for those working in the area.

“Almost 20 per cent of the bananas consumed in Europe are produced in the Canary Islands, with around 10 million banana plants grown annually in Gran Canaria alone,” said Mark Kearns, rotational moulding manager at the Polymer Processing Research Centre in Queen’s School of Mechanical and Aerospace Engineering. “Once the fruit has been harvested, the rest of the banana plant goes to waste. An estimated 25,000 tonnes of this natural fibre is dumped in ravines around the Canaries every year.”

The Badana project aims to put that valuable fibre to better use.

“The natural fibres contained within them may be used in the production of rotationally moulded plastics, which are used to make everyday items such as oil tanks, wheelie bins, water tanks, traffic cones, plastic dolls and many types of boats,” Kearns said. “The banana plant fibres will be processed, treated and added to a mix of plastic material and sandwiched between two thin layers of pure plastic providing excellent structural properties. The project gives a whole new meaning to ‘banana sandwich.’ “

Incorporating banana waste into plastics promises “substantial environmental benefits,” according to Kearns.

“It will hopefully result in a substantial reduction in the amount of polyethylene used in the rotational moulding process, ushering in a new and more sustainable era in the production of rotationally moulded plastics,” he said. “The research and development of this new approach will help create jobs and the banana plantations will ultimately benefit financially from the sale of the remains of millions of harvested banana plants, which would otherwise go to waste.”

Bookmark and share:
  • Twitter
  • Google Bookmarks
  • LinkedIn
  • Facebook
  • Reddit
  • StumbleUpon
  • Digg
  • Slashdot
  • del.icio.us
  • email
  • Print
  • PDF
  1. Interesting! I wonder how much energy it takes to produce plastics this way.




Please note: Comment moderation is enabled and may delay your comment. There is no need to resubmit your comment.












RELATED NEWS

Latest Insight

Does oil-rich Middle East have a green destiny? thumbnail

Does oil-rich Middle East have a green destiny?

Think about Middle-Eastern OPEC countries like Saudi Arabia, Iran, Iraq and the United
Super-sized batteries sprout up around the world thumbnail

Super-sized batteries sprout up around the world

Smart meters, smart grids, electric cars, wind and solar power … there’s one
Newest electric cars make hybrids green with envy thumbnail

Newest electric cars make hybrids green with envy

It’s a good sign when cars once considered among the “greenest” around find

LATEST REPORTS
1

Who’s the leading smart-city brand?

More than half of the world’s nearly seven billion people now live in urban areas, and that proportion is expected to reach almost 69 per cent by 2050. To avoid pushing local and global systems to the point of collapse, cities will need to become much smarter and more efficient Read more ...
more info
2

Managing the smart-grid data overload

Developing the UK’s smart-grid infrastructure will require communications and data technologies that can manage far more information than utilities must handle today. That’s the focus of a strategy report from Greenbang Research: “Enabling the UK’s smart-grid future: The wireless spectrum debate.” The report answers such questions as: Should dedicated Read more ...
more info
3

Incentives fire up UK solar market

The introduction of the feed-in tariff (FIT) incentive policy on 1 April has sparked an explosive reaction in the UK renewable energy market with solar leading the way in installations, according to a new Greenbang research report titled, “The UK’s Feed-in Tariff: Impact, response and market trends for the decade Read more ...
more info