Technology Portfolio Management (TPM) Best Practices

Overview

Hardware technologies create their most significant environmental impact across three lifecycle stages: manufacturing, which consumes raw materials and energy and produces manufacturing waste; operation, which consumes energy continuously for the period the hardware is in use; and disposal, which creates e-waste if not managed through responsible ITAD processes. Each stage requires distinct governance disciplines, and governing the hardware technology lifecycle for sustainability requires addressing all three stages rather than only the most visible one.

The global e-waste challenge is significant and growing. The United Nations Institute for Training and Research reported that only 22.3 percent of the world’s e-waste was properly collected and recycled in 2022, with the remainder entering informal disposal channels that create environmental contamination and health risks. The surge in hardware purchases during the COVID-19 pandemic has created a corresponding surge in hardware approaching end of useful life, making hardware lifecycle sustainability governance more operationally urgent than at any previous point. Organizations that are upgrading hardware at scale in the current period have a consequential opportunity to choose responsible disposal pathways rather than default channels that contribute to the e-waste problem. (Source: United Nations Institute for Training and Research, Global E-Waste Monitor 2024.)

Best Practice

Govern the environmental footprint of hardware technologies at each lifecycle stage through the following practices. At procurement: prefer hardware with recognized energy efficiency certifications and manufacturers with demonstrated circular economy commitments, including product take-back and refurbishment programs. Document the environmental profile of hardware at time of acquisition as a standard attribute of the Hardware Technologies Inventory record, enabling lifecycle sustainability reporting from acquisition through retirement. During operation: apply energy efficiency governance to the hardware estate, including power management policy enforcement, server consolidation and virtualization programs that reduce the hardware footprint, and identification of under-utilized hardware that can be redeployed or retired rather than supplemented with additional purchases. At retirement: apply the ITAD governance process defined in the Technology Lifecycle Management subsection, prioritizing in order: redeployment within the organization for lower-demand uses; certified refurbishment and resale through ITAD service providers; and certified e-waste recycling through R2 or e-Stewards certified processors for hardware with no refurbishment value. Document every hardware retirement disposition in the Hardware Technologies Inventory record, creating the audit trail required for ESG reporting.

Embrace circular economy principles as the organizing philosophy of the hardware technology lifecycle. The circular economy prioritizes keeping products and materials in use at the highest possible value for as long as possible through reuse, repair, refurbishment, and remanufacturing before recycling, and treats recycling as the last resort rather than the default. Applying circular economy principles to hardware governance means extending hardware lifecycles beyond the minimum refresh cycle where performance requirements permit, investing in repair and component replacement rather than whole-device replacement where feasible, and choosing refurbishment and redeployment over disposal whenever residual utility exists.

Benefit(s)

Governing the environmental footprint of hardware technologies across the full lifecycle produces compounding environmental, financial, and compliance benefits. E-waste volumes are reduced as circular economy principles extend hardware lifecycles and redirect retirement to refurbishment channels. Energy costs are reduced as energy efficiency governance eliminates idle and underutilized hardware. ESG reporting obligations are met with lifecycle sustainability data that is maintained through the Hardware Technologies Inventory rather than assembled retrospectively. And the organization demonstrates credible sustainability commitment through operational practice rather than aspirational policy.