Magway cuts costs with sustainable bio-composite

The growth in online shopping has exploded in the past decade and with COVID-19 as a backdrop, the one-click delivery of household goods is not only convenient, it’s also safer.

The growth in online shopping has exploded in the past decade and with COVID-19 as a backdrop, the one-click delivery of household goods is not only convenient, it’s also safer. However, this popularity does come with a strain on traditional supply chain and logistics infrastructure. That’s why the innovative SME Magway is looking to build an alternative system: a network of underground pipes where pods ride magnetic waves to deliver goods to their destinations.

Looking to lessen potential environmental impact of all parts of their project, Magway approached the NCC to find a more sustainable, cost-effective alternative to commonly used plastics for their subterranean pipes. The team of composites experts at our world-leading research centre showed that using renewable, biobased flax fibres offered a viable green alternative. The flax composite pipes would also cut up to 50% of the material costs and up to 70% of the manufacturing costs of the pipelines. This exciting new delivery solution shows that more sustainable manufacturing doesn’t cost the earth; in fact, it’s often the most cost-effective option for a manufacturing business.

 

Back to Building a green recovery

Can we help?

"*" indicates required fields

Name*

Explore more case studies like this

View all case studies

CASE STUDY

Key role in Driving the Electric Revolution

The UK is planning to reach net zero carbon emissions by 2050, with 78% of the reduction in carbon emissions planned for 2035. Such an ambitious target calls for radical restructuring of all forms of transport.

3 February 2022

CASE STUDY

Lightweight battery concept drives down emissions

The new concept is not only highly cost effective and sustainable but is now ready for transformation into an industry demonstrator.

3 February 2022

CASE STUDY

Metal additive manufacturing for lightweight helicopter parts

A process design and topology optimisation study was undertaken, beginning with a baseline stress analysis for a current machined-from-solid AlSi10Mg aluminium alloy handle, in order to evaluate different AM handle designs and also a hollow handle, indicating weight savings of between 20% and 45% were possible.

3 February 2022

whois: Andy White Freelance WordPress Developer London