Skip to main content

Unfortunately we don't fully support your browser. If you have the option to, please upgrade to a newer version or use Mozilla Firefox, Microsoft Edge, Google Chrome, or Safari 14 or newer. If you are unable to, and need support, please send us your feedback.

We'd appreciate your feedback.Tell us what you think!

Elsevier
Publish with us

How access to full-text literature fuels sustainable innovations in chemicals and materials

An industry case study in bioplastics innovation with ScienceDirect

Get in touch
An office worker sitting at her desk working on her computer.

Rapid insights in bioplastics R&D

The challenge

Two workers examining findings on a desktop screen.

A plastics manufacturer specializing in additives for plastic materials was facing customer demand for innovative, more sustainable products. This included intensive research into bioplastics – however, the company had very limited experience with bioplastics and there was a lack of trusted information available publicly. This area was a new research area not just for the manufacturer, but the entire industry, and the company risked a trial-and-error approach that would waste significant time and resources.

The difference of full-text literature

Close up stock photo of a woman surrounded by monitors and their reflections displaying scrolling text and data. (© istock.com/Laurence Dutton)

By utilizing the vast library of trusted, curated content on ScienceDirect, the manufacturer was able to quickly access peer-reviewed articles and raw experimental data to put them on the leading edge. Company researchers were able to get up to speed on bioplastics innovation and position their company to take the next step with confidence.

  • The company identified existing research on bioplastics, including mechanical properties and enhancements

  • Previous experiments by universities and research centers focused their R&D on proven methodologies

The business impact

A woman presenting chemistry findings to colleagues in front of a screen.

This new approach helped the manufacturer focus R&D efforts on promising experimental approaches and discard others from their roadmap. This led to high success rates in their own experimentation and resulted in:

  • Time savings: A projected year-long experimental period was reduced to eight months.

  • Money savings: Bypassing ineffective experiments yielded an estimated $500,000 savings in laboratory costs.

  • Faster time to market: The manufacturer was able to introduce its bioplastics solution to customers sooner, leading to increased order volumes and improved market positioning.

Get in touch with us to learn how ScienceDirect can support your R&D.

Interested in learning a bit more about how ScienceDirect can bring efficiency to your R&D? Fill out the form below and an Elsevier expert will be in touch soon to learn a bit more about your needs.

About you
About your organization