Deposit Return Schemes are officially on the horizon! With the Government having recently passed legislation, there’s no better time to dive into the details. How exactly do these schemes work? Will we all really be returning our drinks bottles and cans to stores? And why might this be a challenge for a country already equipped with kerbside recycling? Plus, we explore how electricals are recycled, are fireworks rubbish or not and why do some flexible plastics have a label that says not to recycle them?

Join hosts James Piper and Robbie Staniforth as they delve into the world of recycling, hopefully having fun along the way. One thing is for sure, they will talk absolute rubbish from start to finish.

To get exclusive videos and clips, follow them on Instagram, TikTok, X, Threads or Facebook; @rubbishpodcast or YouTube: @talkingrubbishpodcast

Or you can contact James and Robbie with questions or just general rubbish musings using the email address talkingrubbishpodcast@gmail.com or by texting them via WhatsApp

Relevant links and reports mentioned in the programme can be found on the Talking Rubbish Linktr.ee

Transcripts and episodes can be found on the Talking Rubbish website

Timestamps:
How are electricals recycled? - 11:05
Deposit Return Schemes - 19:09
Rubbish or Not: Fireworks - 46:26
Why does some flexible plastic say 'do not recycle'? - 49:21

Music licence ID: 6WPY8Q4O2RPFIOTL

Ho Ho Ho, and merry Christmas to all our listeners! In this jam-packed Christmas special we deep dive into tubs of chocolate (we feel this might be both metaphorical and literal this week). Why do the tubs and tins need to be made with brand new materials? What are we meant to do with chocolate wrappers? Also, we explore the recyclability of Christmas trees (and yes, we will talk about artificial vs. real), can Christmas crackers be recycled and what exactly is the scrunch test?

Join hosts James Piper and Robbie Staniforth as they delve into the world of recycling, hopefully having fun along the way. One thing is for sure, they will talk absolute rubbish from start to finish.

To get exclusive videos and clips, follow them on Instagram, TikTok, X, Threads or Facebook; @rubbishpodcast or YouTube: @talkingrubbishpodcast

Or you can contact James and Robbie with questions or just general rubbish musings using the email address talkingrubbishpodcast@gmail.com or by texting them via WhatsApp

Relevant links and reports mentioned in the programme can be found on the Talking Rubbish Linktr.ee

Transcripts and episodes can be found on the Talking Rubbish website

Timestamps:
How are Christmas trees recycled? - 12:01
What to do with tubs of chocolate - 25:12
Rubbish or Not: Christmas crackers - 48:33
What is the scrunch test? - 53:33

Music licence ID: 6WPY8Q4O2RPFIOTL

James has recently (and we mean very recently - like a week ago), become a father! This led him to think about the sustainability of having a baby and what steps he would put in place as a new dad to ensure his child grows up with a strong sustainability education. Plus, in this baby special, we explore how nappies are recycled, are wet wipes rubbish or not, and James has a question for Robbie.

Join hosts James Piper and Robbie Staniforth as they delve into the world of recycling, hopefully having fun along the way. One thing is for sure, they will talk absolute rubbish from start to finish.

To get exclusive videos and clips, follow them on Instagram, TikTok, X, Threads or Facebook; @rubbishpodcast or YouTube: @talkingrubbishpodcast

Or you can contact James and Robbie with questions or just general rubbish musings using the email address talkingrubbishpodcast@gmail.com or by texting them via WhatsApp

Relevant links and reports mentioned in the programme can be found on the Talking Rubbish Linktr.ee

Transcripts and episodes can be found on the Talking Rubbish website

Timestamps:
How are nappies recycled? - 11:04
How sustainable is having a baby? - 20:49
Rubbish or Not: Wet wipes - 40:00
What advice would Robbie give James about fatherhood - 43:16

Music licence ID: 6WPY8Q4O2RPFIOTL