Call Girls In Okhla DELHI ~9654467111~ Short 1500 Night 6000
Circularity 20 Breakout: Unpacking Packaging: The Nuances of Material Health – Lauren Heine's Slides
1. Circularity 20
Unpacking Packaging: The Nuances of Material Health
Lauren Heine, Ph.D.
Director, Safer Materials & Data Integrity
www.chemforward.org
27 August 2020
2. The Path to a Healthy and Circular Materials Economy
“The more you know about the chemicals going into
your product, the better decisions you will make”
2
Disclosure: Know constituents are in (or not in) your current products
Screening: Screen for priority chemicals of concern
Substitution: Substitute chemicals of concern with inherently safer alternatives
Be proactive: Selecting inherently safe chemicals and design for circularity
5. Feeding the Circular Economy
• Goal: Eliminate waste destined for landfill or “energy
recovery”
• Strategies
• Provide the service with fewer materials
• Extend the useful product life
• Improve material durability
• Use recycled or readily renewable materials
• Requirements:
• Decrease use of toxic substances including
additives and impurities
• Don’t know if it is safe until you try to make it
circular
• PCR tire crumb rubber used in playing
fields
• PCBs in pigments used in paper
packaging
5
6. The Path to Material Health:
RSLs are just a place to start
Step 3. Safe and Circular
Develop chemical products and processes using life
cycle thinking; prefer chemicals and materials that are fully
assessed, of low hazard, and optimized for circularity.
Inspire
Step 2. Use Safer Alternatives
Practice informed substitution. Assess chemicals
to gain better data and understanding of what
is safe and appropriate for specific applications.
Reduce uncertainty
Step 1. Avoid Chemicals of High Concern
Eliminate the use of the “known bads”. Screen products
and processes and avoid chemicals known to have
adverse impacts to human health and the environment.
Reduce business risk
7. • “Sustainability and green chemistry programs must be based on data to ensure that a
company’s products are not promoted using simple “free-of” labels and other superficial
marketing tools and that they make a clear, positive improvement in the life cycle and
safety of the materials they go into.”
• Chemical hazard assessment tools “provide a way to determine whether potential
product ingredients have sufficient data and low hazard to support their long-term use.”
7
Editor's Notes
Introduction
What are the options?
How to move to safer FRs
Know what is in your plastics
Know what is NOT in your plastics
Tools: HPDs, RSLs
What is a safer additive?
Functional
Cost-effective
Inherently safer – are the aryl phosphates safer?
Not a chemical of concern
Meets regulatory requirements (RoHS, REACH)
Doesn’t require labeling
Meets corporate, retailer RSLs – stay away from halogenated FRs
Fully Assessed!
Benign
Assess the additives in your plastics
Screening
Full assessment
Tools
Example resource
MaterialWise; why MaterialWise
Demo the Plasticizer portfolio
Something about BASF paper requesting disclosure; Jonathan Plisco quote
Hire chemists and toxicologists
TSCA loophole
Shifts the responsibility (and cost) for removing PCBs from our environment from manufacturers to ratepayers and businesses
Places wastewater treatment plants in a continual state of non-compliance
Subjects plants to fines and citizen lawsuits
Requires a perpetual investment into plant upgrades
How do you know if something is safe?
Disclosure: Know constituents are in (or not in) your current products
Screening: Screen for priority chemicals of concern
Substitution: Substitute inherently safer alternatives
Evaluation: Confirm that the alternatives advance safety and circularity
Maya Angelou: do the best you can until you know better. Then when you know better, do better.
Know what you know, and know what you don’t know about the hazards associated with chemical additives