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Renewables, Climate and Future Industries Tasmania

Case Study - Penguin Composites

Download the Case Study - Penguin Composites (PDF).

The project

  • The project will seek to reduce costs of waste disposal by finding alternative disposal methods for identified waste streams, including:​
    • co-processing of fibre composite waste​
    • recycling of cardboard and plastic film waste

Background

  • The company manufactures high-quality fibre composite products for global supply chains in the defence, marine, energy and automotive industries.
  • A large proportion of waste generated in-process is offcut fibre composite material, which has very limited options for recycling or re-use.

Objectives

  • Reduce waste to landfill​.
  • Maintain or reduce current costs.

Targets

  • Reduce waste to landfill by 50%​.
  • Maintain or reduce current waste disposal costs.

Outcomes

What was implemented?

  • Recycling cardboard, co-mingled, steel, aluminium and drums.​
  • Fortnightly kerbside pickup for co-mingled has begun for both sites​.
  • More reliable metal recycler engaged - this one even pays us!
  • Staff education program has begun​.
  • Collaborated and conducted experiments to seek secondary uses for fibre composites.

Key issues

  • How to deal with ‘problem’ wastes, for example fibreglass offcuts, resins and MDF​ - MDF is a real issue and can’t be recycled​.
  • We looked at many options for fibreglass but mainly tried to reduce waste generation at the source.

Performance against targets

  • We reduced our waste to landfill by approximately 35% across the site.
  • We were able to maintain our current costs as the return from the metal recycler has offset additional costs of recycling.

Lessons learnt

  • Waste management can be really challenging, all businesses have their own unique problems.​
  • It’s great that Tasmanian businesses are genuine in their efforts to do something about it.
  • Touring the recycling plant really opened my eyes to the amount of waste that we all generate, it’s actually quite mind blowing.