Resource Recycling
  • The Latest
  • Analysis
    • All
    • Certification Scorecard
    • Industry Announcements
    • Opinion
    The electronics recycling industry is undergoing a transformation from labor-intensive manual operations to highly automated, AI-driven facilities that use advanced robotics, cleaner chemistry and digital tracking systems to extract critical materials.

    The cyber-physical MRF: AI and robotics reshape e-waste recovery

    Certification scorecard for the week of Feb. 9, 2026

    Meta-Corning deal signals IT hardware retirement wave

    Meta-Corning deal signals IT hardware retirement wave

    Malaysia clamps down on illegal e-waste imports amid probes

    Malaysia clamps down on illegal e-waste imports amid probes

    URT builds alliance to remake electronics plastics at scale

    ICYMI: Top 5 e-scrap stories from January 2026

    The electronics recycling industry is undergoing a transformation from labor-intensive manual operations to highly automated, AI-driven facilities that use advanced robotics, cleaner chemistry and digital tracking systems to extract critical materials.

    Certification scorecard for the week of Feb. 2, 2026

    Auditors warn EU may fall short on critical metals

    Auditors warn EU may fall short on critical metals

    Industry announcements for January 2026

    Industry announcements for February 2026

    ICYMI: Top 5 recycling stories from January 2026

  • Conferences
  • Publications

    Other Topics

    Textiles
    Organics
    Packaging
    Glass
    Brand Owners

    Metals
    Technology
    Research
    Markets
    Grant Watch

    All Topics

Subscribe
No Result
View All Result
Resource Recycling
  • The Latest
  • Analysis
    • All
    • Certification Scorecard
    • Industry Announcements
    • Opinion
    The electronics recycling industry is undergoing a transformation from labor-intensive manual operations to highly automated, AI-driven facilities that use advanced robotics, cleaner chemistry and digital tracking systems to extract critical materials.

    The cyber-physical MRF: AI and robotics reshape e-waste recovery

    Certification scorecard for the week of Feb. 9, 2026

    Meta-Corning deal signals IT hardware retirement wave

    Meta-Corning deal signals IT hardware retirement wave

    Malaysia clamps down on illegal e-waste imports amid probes

    Malaysia clamps down on illegal e-waste imports amid probes

    URT builds alliance to remake electronics plastics at scale

    ICYMI: Top 5 e-scrap stories from January 2026

    The electronics recycling industry is undergoing a transformation from labor-intensive manual operations to highly automated, AI-driven facilities that use advanced robotics, cleaner chemistry and digital tracking systems to extract critical materials.

    Certification scorecard for the week of Feb. 2, 2026

    Auditors warn EU may fall short on critical metals

    Auditors warn EU may fall short on critical metals

    Industry announcements for January 2026

    Industry announcements for February 2026

    ICYMI: Top 5 recycling stories from January 2026

  • Conferences
  • Publications

    Other Topics

    Textiles
    Organics
    Packaging
    Glass
    Brand Owners

    Metals
    Technology
    Research
    Markets
    Grant Watch

    All Topics

Subscribe
No Result
View All Result
Resource Recycling
No Result
View All Result
Home Resource Recycling Magazine

Could the industry be doing more to support ESG initiatives?

byCurt Greeno
November 14, 2023
in Resource Recycling Magazine

This article appeared in the October 2023 issue of Resource Recycling. Subscribe today for access to all print content.

A broad spectrum of U.S. companies have integrated environmental, social and governance (ESG) standards into their corporate culture and practices. For the electronics and materials life cycle management sector, ESG seems like a natural fit, particularly in light of the inherent environmental and data security benefits of key services such as IT asset disposition (ITAD) and electronics recycling.

Given this reality, could industry players be doing more to advance their customers’ ESG aspirations?

Certainly, ITAD and electronics recycling best practices, whether it’s refurbishing devices for resale or simply keeping hazardous materials out of landfills, intrinsically align with basic ESG values. However, other important elements must be considered, and this includes reducing greenhouse gas (GHG) emissions, which are potent contributors to climate change.

It’s well documented that services such as the refurbishment and resale of devices and the use of recovered materials to produce electronics generate lower emissions than manufacturing that relies on virgin raw materials. But by how much? After all, ESG reporting demands numbers, not generalities.
Accounting for the scope 3 emissions (also known as “value chain emissions”) generated by ITAD and electronics recycling providers can be particularly challenging. However, scope 3 emissions cannot be ignored, especially since they often represent the majority of an organization’s total GHG emissions.
Not to be overlooked, businesses are rightfully concerned about the financial sustainability of their ESG initiatives. The question then becomes, “How can ITAD and e-recycling providers help customers achieve their ESG objectives in a fiscally responsible manner?”

Four essential benchmarks for providers

By itself, possessing ITAD and electronics recycling core competencies is not sufficient to satisfy the rigorous ESG demands of corporate America. Increasingly, service providers are expected to align with their customers’ ESG values and to support specific ESG initiatives and reporting. And these services must fit within departmental and organizational budgetary constraints.

The following are four essential benchmarks for ITAD and electronics recycling providers to consider when navigating the challenging world of ESG.

1. Comprehensiveness of service portfolio
The more services providers can deliver in house, the less they have to outsource specialized tasks to other vendors, thus reducing the need for carbon-emitting transportation. Another benefit of a comprehensive service portfolio is that the provider maintains a tighter chain of custody over the customer’s asset stream. Assuming the provider follows best practices and has earned strong third-party certifications, this helps ensure that a customer’s assets and any sensitive data they contain are properly managed.

2. Scope 3 emissions avoidance measurement tool
Equipping customers to have clear visibility into emissions related to the processing of their electronics needs to be a top priority, given that scope 3 likely comprises the lion’s share of emissions they report. The problem is, the growing number of tools for calculating scope 3 emissions avoidance differ significantly from one to the next, and they may not adhere to current industry standards. Consequently, careful consideration must be given to key aspects of the various carbon calculators, including:

Which data inputs are used for calculations.

The source of the data.

How many categories of e-waste the tool encompasses.

The methodology used in calculations.

Validation of the methodology by a third party.

How results are presented.

Accessibility of the reporting and its availability in real time.

3. ESG values and actual ESG track record
Is the service provider’s stated commitment to ESG values reflected in its everyday activities? A solid indicator of ESG commitment is the provider’s own ESG reporting, assuming it exists. The scope and detail of the report should address every aspect of ESG. Besides describing specific ESG initiatives, the report should also include metrics showing progress toward ESG goals, and it should adhere to widely accepted ESG reporting standards and frameworks.

4. Ability to maximize value and mitigate costs
Achieving ESG goals involves costs, and it requires buy-in from a customer’s leadership and other stakeholders. This is why it’s so critical for ITAD and electronics recycling providers to demonstrate value and return on investment to the customer. Examples of “value added” include providing carbon offsets and reporting in support of a customer’s efforts to achieve net-neutral goals. Cost mitigation can be achieved in a number of ways. For example, offering a full range of services under one roof reduces the need for customers to source other vendors, saving them both time and money.

In summary, ITAD and electronics providers, by virtue of their services, already have a head start when it comes to helping customers achieve their ESG objectives. But becoming a true ESG partner requires more, including a demonstrated commitment to ESG values and investments that empower customers to reach increasingly ambitious goals.
Curt Greeno is president of Dynamic Lifecyle Innovations, a full-service electronics and materials life cycle management corporation. He can be reached at [email protected].

This article appeared in the October 2023 issue of Resource Recycling. Subscribe today for access to all print content.

TweetShare
Curt Greeno

Curt Greeno

Related Posts

Iron Mountain sees ITAD surge, raises forecast on record Q2

Iron Mountain posts record Q4, guides strong 2026 growth

byScott Snowden
February 13, 2026

Iron Mountain reports record Q4 and 2025 results as data centers and ALM surged, and forecasts double-digit 2026 growth while...

Origin Materials to reduce staff in reorg

byAntoinette Smith
February 13, 2026

The materials technology company will lay off 32% of its staff and shift more resources toward commercializing PET closures, a...

Focus on recycling film, flexibles takes shape in two reports

byAntoinette Smith
February 13, 2026

The US Plastics Pact and the Alliance to End Plastic Waste released reports outlining necessary steps to improving recycling outcomes...

Bipartisan reps introduce bill on recycling claims

Bipartisan reps introduce bill on recycling claims

byAntoinette Smith
February 12, 2026

Legislators introduced the Recycled Materials Attribution Act in the US House, drawing support from a new industry group and scrutiny...

The electronics recycling industry is undergoing a transformation from labor-intensive manual operations to highly automated, AI-driven facilities that use advanced robotics, cleaner chemistry and digital tracking systems to extract critical materials.

The cyber-physical MRF: AI and robotics reshape e-waste recovery

byDavid Daoud
February 12, 2026

The electronics recycling industry is entering a new phase of technological acceleration. Advances in artificial intelligence, robotics, advanced chemistry, and...

APR, industry create proactive guidance for PET caps

byAntoinette Smith
February 12, 2026

The Association of Plastic Recyclers recognized that developing guidelines before PET caps were completely developed and commercialized was crucial, and...

Load More
Next Post

Data Corner: Bottle redemption rates stagnate

More Posts

Oregon’s Recycling Modernization Act faces injunction

Court partially blocks Oregon EPR law, dismisses bulk of lawsuit

February 10, 2026
Chinese processing group details goals for US visit

AMP lays out vision of next-generation, AI-driven MRFs

July 24, 2024
Malaysia clamps down on illegal e-waste imports amid probes

Malaysia clamps down on illegal e-waste imports amid probes

February 6, 2026

REUSE Act heads to US House for consideration

February 9, 2026
Meta-Corning deal signals IT hardware retirement wave

Meta-Corning deal signals IT hardware retirement wave

February 9, 2026

ecoATM recycled 7.5M phones in 2025 as payouts hit $1.5B

February 10, 2026
Texas sues over dumped wind turbine blades

Texas sues over dumped wind turbine blades

February 10, 2026

APR, industry create proactive guidance for PET caps

February 12, 2026

Alpek talks PET overcapacity, soft demand

February 11, 2026
The electronics recycling industry is undergoing a transformation from labor-intensive manual operations to highly automated, AI-driven facilities that use advanced robotics, cleaner chemistry and digital tracking systems to extract critical materials.

The cyber-physical MRF: AI and robotics reshape e-waste recovery

February 12, 2026
Load More

About & Publications

About Us

Staff

Archive

Magazine

Work With Us

Advertise
Jobs
Contact
Terms and Privacy

Newsletter

Get the latest recycling news and analysis delivered to your inbox every week. Stay ahead on industry trends, policy updates, and insights from programs, processors, and innovators.

Subscribe

Welcome Back!

Login to your account below

Forgotten Password?

Retrieve your password

Please enter your username or email address to reset your password.

Log In

Add New Playlist

No Result
View All Result
  • The Latest
  • Analysis
  • Recycling
  • E-Scrap
  • Plastics
  • Policy Now
  • Conferences
    • E-Scrap Conference
    • Plastics Recycling Conference
    • Resource Recycling Conference
    • Textiles Recovery Summit
  • Magazine
  • About Us
  • Advertise
  • Archive
  • Jobs
  • Staff
Subscribe
This website uses cookies. By continuing to use this website you are giving consent to cookies being used. Visit our Privacy and Cookie Policy.