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Environmental Stewardship

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Environmental Stewardship

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Avnet is committed to minimizing the environmental impact of our operations and promoting positive environmental practices among our suppliers and customers.

For more information on Avnet’s Environmental programs please see our latest impact and resiliency report.

Energy Management and Addressing Climate Change

Decreasing our energy consumption helps to improve Avnet’s financial performance and supports our commitment to reducing GHG emissions. Our strategy for reducing energy use and associated GHG emissions focuses on the following actions:

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  • Continuing improvement in our data collection and analysis capabilities related to our energy use and related emissions
  • Obtaining ISO 14001 and/or ISO 50001 certification where practical and complying with all relevant local and national legislation
  • Switching to renewable energy sources (generated on-site or purchased)
  • Improving the energy efficiency of offices and facilities
  • Supporting the transition from traditional combustion engines to hybrid or fully electric vehicles by installing charging stations at our facilities, updating corporate car policies and expanding low-emission corporate car options
  • Consolidating facilities, including our data centers, where possible
  • Engaging our employees through training, information and communication

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Avnet’s Environmental Goals

In 2021, we established our first set of environmental goals, a set of 2025 targets for reducing our environmental footprint in the areas where we have an impact. We are proud to have met our Scope 1 and Scope 2 GHG emissions target, reducing these emissions by approximately 52% from the baseline level.

Lessons from our FY25 goals will inform our next climate transition plan and goals, and they will be published in our FY26 report.

For FY25, we have:

  • Carbon emissions and energy data for 100% operations (no change from FY24)1
  • Water data for approximately 76% of operations (up from 70% in FY24)
  • Waste data for approximately 69% of operations (up from 66% in FY24)
  • Reported all material energy, emissions, waste and water data within our operations

 

1Collected energy and emissions data representing 100% of Avnet’s square footage, excluding land, includes approximately 10% of estimated values and 90% of collected data.

 

AVNET'S FY25 ENVIRONMENTAL GOALS 

GOAL BASE TARGET CY2216 CY2417 FY2517
Increase to 30% of Scope 1 & Scope 2 energy from renewable resources by FY25 N/A 30% 18% 20% 24%
Reduce Scope 1 & Scope 2 (market-based) GHG emissions by 50% from FY19 base by FY2517,18 47,345 mtCO2e 23,673 mtCO2 28,013 mtCO2 25,933 mtCO2 22,949 mtCO2e
Reduce Scope 3 business travel emissions by 20% from CY19 base by FY2518 10,448 mtCO2e 8,358 mtCO2e 9,127 mtCO2e 11,063 mtCO2e 10,229 mtCO2e
Divert 75% of waste from landfill by FY25 N/A 75% 79% 83% 88%

16 FY19, CY19 & CY22 values calculated from extrapolated data.
17 FY24 collected energy and emissions data representing 100% of Avnet’s square footage, excluding residual estates, includes approximately 10% of estimated values and 90% of collected data. FY25 collected energy and emissions data representing 100% of Avnet’s square footage, excluding residual estates, includes approximately 7% of estimated values and 93% of collected data
18 Avnet follows the GHG Protocol Corporate Accounting and Reporting Standard framework when measuring emissions. For more information on Avnet’s GHG emissions methodology and how it determines accuracy. “mtCO2 e” stands for metric tons of carbon dioxide equivalent.

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See below for the latest environmental data available:


32Collected energy data represents an estimated 100% (FY25), estimated 100% (FY24) of Avnet’s square footage, excluding residual estates. For CY22, extrapolated energy data is estimated to 100% of Avnet’s square footage. Scope 1 = On-site generation of energy owned/controlled by Avnet (generation of on-site combustion of heat or electricity examples: solar, natural gas, fuel oil and corporate fleet). Scope 2 = Purchase of off-site generation of electricity, heating, cooling and steam consumed by Avnet facilities. It may contain a mix of both green and non-green energy. Facilities in Austria, Belgium, Germany, Poland, Romania, Denmark, Switzerland and the U.K. use green electricity products (e.g., green tariffs) supported by energy attribute certificates and invoices.

GHG EMISSIONS SUMMARY (mtCO2e) CY22 FY24 FY25
Total Scope 1 & 2 emissions (location-based) 20, 21 33,730 32,143 28,786
Total Scope 1 & 2 emissions (market-based) 20, 21 28,013 25,933 22,949
    Scope 1 GHG emissions 20 8,219 8,204 5,827
    Scope 2 GHG emissions (location-based) 21 25,510 23,939 22,959
    Scope 2 GHG emissions (market-based) 21 19,793 17,729 17,122
Total Scope 3 emissions8 5,514,475 5,089,725 4,928,443
   Category 1: Purchased goods and services 23 5,425,818 4,972,954 4,856,385
   Category 2: Capital goods23 6,341 33,768 16,363
   Category 3: Fuel- and energy-related activities (not included in Scope 1 or 2)24 6,298 5,868 5,302
   Category 4: Upstream transportation and distribution25 20,383 8,090 5,195
   Category 5: Waste generated in operations26 864 389 264
   Category 6: Business travel27 9,127 11,063 10,229
   Category 7: Employee commuting28 1,574 16,363 12,941
Total Upstream Emissions 5,470,405 5,048,611 4,906,679
   Category 9: Downstream transportation and distribution29 16,972 17,525 15,473
   Category 10: Processing of sold products30 830 736 2,055
   Category 12: End-of-life treatment of sold products30 25,138 22,283 3,745
   Category 13: Downstream leased assets31 1,130 686 491
Total Downstream Emissions 44,070 41,230 21,764

 

Avnet follows the GHG Protocol Corporate Accounting and Reporting Standard framework when measuring emissions. In addition, our Scope 1 and 2 GHG emissions are verified by third-party limited assurance. For more information on Avnet’s GHG emissions methodology and how it determines accuracy, please see our FY25 Impact & Resiliency report section on Energy management and addressing climate change. mtCO2e stands for metric tons of carbon dioxide equivalent. 

20 Scope 1 emissions – Includes sources of direct emissions owned or controlled by Avnet (generation of on-site combustion of heat or electricity examples: solar, natural gas, fuel oil and corporate fleet). Collected emissions data represents an estimated 100% (FY25), estimated 100% (FY24), collected 88% (CY22) of Avnet’s square footage, excluding residual estates. For CY22, extrapolated data is estimated to 100% of Avnet’s square footage. Sources for emissions factors and calculations include EPA GHG Guidance: Direct Emissions From Stationary Sources and EPA GHG Inventory Guidance: Direct Emissions From Mobile Combustion Source, DEFRA Environmental Reporting Guidelines, and IEA CO2 Emissions From Fuel Combustion. Corporate fleet data was sourced from EMEA fleet and fuel emissions averages. Collected fugitive emissions do not meet material threshold and are excluded from reporting.

21 Scope 2 emissions – Includes indirect emissions from purchased off-site generation of electricity, heating, cooling and steam consumed by Avnet facilities. Collected emissions data represents an estimated 100% (FY25), estimated 100% (FY24), collected 88% (CY22) of Avnet’s square footage, excluding residual estates. For CY22, extrapolated data is estimated to 100% of Avnet’s square footage. Sources for emissions factors and calculations include EPA GHG Guidance: Indirect Emissions From Purchased Electricity, DEFRA Environmental Reporting Guidelines, the U.S. EPA Emissions & Generation Resource Integrated Database (eGRID) and IEA Emissions Factors.

22 Scope 3 FY24 total emissions updated due to immaterial correction to category 7 employee commuting. Scope 3: Category 11: Use of sold products, Category 14: Franchises, and Category 15: Investments were deemed not relevant to Avnet’s operations. Category 8: Upstream leased assets – all leased assets that directly consume fuels or electricity are included in Scope 1 and Scope 2 inventory, excluding residual estates. 

23 Scope 3: Category 1: Purchased goods and services & Category 2: Capital goods – Emissions for purchased goods and services were calculated with a hybrid methodology including both supplier-specific emission factor data and the spend-based method. The spend-based method was applied using Environmentally Extended Economic Input Output (EEIO) lifecycle analysis (LCA) emissions factors from the U.S. EPA. Avnet’s total direct and indirect spend was leveraged to account for all purchased goods and services in Category 1. Cash flows from investing activities/property, plant and equipment noted in Avnet’s 2025 10-K and details of Capital Expenditures projects were leveraged to account for all capital goods in Category 2. Where available
supplier-specific emission factors were leveraged from publicly available emissions disclosures.

24 Scope 3: Category 3: Fuel- and Energy-Related Activities (not included in Scope 1 or Scope 2) – Emissions calculated using well-to-tank and transmission and distribution emissions (FY24-FY25). Emissions calculated using standard average data method of 25% of Scope 1 emissions + 20% of Scope 2 emissions (CY22).

25 Scope 3: Category 4: Upstream transportation and distribution – Emissions data sourced from carrier invoicing data provided by Data2Logistics. CO2 emissions were calculated based on DEFRA averages using mode, weight, distance and distance range (long haul, short haul, etc.) to determine the spent carbon. Data includes Avnet: AMER & EMEA and Farnell: AMER. Data does not include Avnet: APAC or Farnell: APAC and EMEA. Emissions are calculated for transportation and distribution logistics for carriers within Avnet’s control.

26 Scope 3: Category 5: Waste Generated in Operations – Waste-type-specific emissions are calculated from waste generated during operations.

27 Scope 3, Category 6: Business Travel – Air, rental car, rail and hotel travel data includes 100% of U.S. and EMEA and 40% of APAC. Avnet reports 85% of corporate transport data for FY25, and the remaining 15% was estimated using a percentage of actual airfare spend. Calculations are based on guidelines specified by the U.K. DEFRA and the Department of Energy and Climate Change. Business travel emissions data is provided by travel management companies. Mileage reimbursement (AMER and EMEA) emissions are calculated using the GHG Protocol’s distance-based method. For additional details regarding emissions sources, see our 2024 CDP report.

28 Scope 3, Category 7: Employee Commuting – FY25 emissions were calculated using the GHG Protocol’s Activity-Data and Average-Data methodologies, which represent an expansion from the prior years’ (CY21 – FY24) calculation by shifting from a global model to a regional approach. The methodology included the following changes: (1) Regional approach: Commuting profiles were based on three regions (AMER, EMEA, APAC). (2) EFs included CO2 (CY21 - FY24) and additionally CH4, and N2O for FY25, using factors from the 2025 DEFRA and US EPA Conversion Factors. (3) Physical Commute Calculation: Emissions from physical commuting are calculated using the Distance-Based Method: (a) AMER: Primary weekly miles traveled per transport mode were sourced directly from the Maricopa County (Arizona) Travel Reduction Program survey and extrapolated from the AMER workforce. (b) For FY25, EMEA & APAC used average-data method: Commuting distances are based on regional averages. (4) Net Telecommuting Emissions (FY25): The model includes the Net Emissions Principle for hybrid work, calculated as (Induced Emissions - Avoided Emissions): (a) Induced
Emissions (FY25): Home energy consumption is accounted for based on work schedules and regional electricity grid factors (b) AFV Integration (FY25): Emission factors for Single Occupancy Vehicles (SOV) incorporate a blended rate reflecting AFV penetration in each market.

29 Scope 3: Category 9: Downstream transportation and distribution – Emissions data sourced from carrier invoicing data provided by Data2Logistics. CO2 emissions were calculated based on DEFRA averages using mode, weight, distance and distance range (long haul, short haul, etc.) to determine the spent carbon. Data includes Avnet: AMER & EMEA and Farnell: AMER. Data does not include Avnet: APAC or Farnell: APAC and EMEA. Emissions are calculated for transportation and distribution logistics for carriers within Avnet’s control.

30 Scope 3: Category 10: Processing of sold products & Category 12: End-of-life treatment of sold products Avnet estimated emissions with a focus on semiconductor products and associated processing since they are a significant product for the business in terms of revenue and units sold. Assumptions of the energy consumption of a “pick and place” machine from literature and life cycle assessment (LCA) values were used to estimate processing emissions. Avnet made some methodological improvements for its FY25 calculations to better represent other (non-semiconductor) products which accounts for some of the increase associated with this category. Total unit sales also increased in FY25, also contributing to the increase. Calculations for the end-of-life treatment of sold products (Category 12) were based on the average weight of products sold using a sample from one of Avnet’s key business regions. Average electronic recycling rates and emission factors from the U.S. EPA were used to estimate emissions from disposal at the end of their life.

31 Scope 3: Category 13: Downstream leased assets – Emissions from electricity, natural gas and refrigerants used for AC were estimated based on the geographic location, building use and square footage of the leased space. For electricity and natural gas intensity factors, sources varied by geography but were all derived from national government agencies (i.e. CBECS in the United States). For AC/refrigerant intensity factors, a common intensity factor was used across all locations, where applicable, based on square footage derived from methodologies detailed by the U.S. EPA and IPCC.

WASTE COLLECTED SUMMARY (METRICS TONS)33

WASTE COLLECTED CY22 FY24 FY25
Waste generated by weight 5,738 3,216 2,951
Total recycled waste 4,483 2,680 2,608
Recycled hazardous waste 80 59 49
Recycled nonhazardous waste 4,403 2,621 2,559
Total disposed waste 1,255 536 343
Disposed hazardous waste 279 2 1
Disposed nonhazardous waste 976 534 342
Total hazardous waste 359 61 50
Percentage of nonhazardous waste to landfill 18% 17% 12%
Percentage of nonhazardous waste incinerated 4% 3% 3%
Percentage recycled (% calculated from extrapolated data for CY22) 79% 83% 88%

33 Collected waste data represents an estimated 69% (FY25), 66% (FY24) and 70% (CY22) of Avnet’s square footage, excluding residual estates. For facilities that provided invoices without the weight of waste, data was estimated by applying usage rates. Usage rates were based on collected data and categorized by waste and facility type.

AVNET'S WATER USE SUMMARY (CUBIC METERS)34 CY22 FY24 FY25
Water withdrawn by source: - - -
     Surface water, including wetlands, rivers, lakes, oceans 0 0 0
     Groundwater 0 0 0
     Rainwater 0 0 0
     Wastewater from another organization 0 0 0
     Municipal water suppliers or other public or private water utilities 132,782 109,237 117,775
Total water withdrawn: 132,782 109,237 117,775
     Domestic 121,275 99,818 109,634
     Irrigation 5,303 1,170 2,078
     Process water 6,204 8,249 6,063
Total water consumed: 132,782 109,237 117,775
     Domestic 121,275 99,818 109,634
     Irrigation 5,303 1,170 2,078
     Process water 6,204 8,249 6,063
Total water recycled: 0 0 0

34Collected water data represents an estimated 76% (FY25), 70% (FY24), 68% (CY22) of Avnet’s square footage, excluding residual estates.

 

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