Jacobs Solutions Inc. · NYSE:J
Jacobs Solutions — In the kNOW Webinar Series (September 2020)
31 slides from Jacobs Solutions's conference presentation, Sep 25, 2020
Slide 1: Decarbonization Throughout the Value Chain – Perspectives from the Tech Sector
Decarbonization Throughout the Value Chain – Perspectives from the Tech Sector In the kNOW Webinar Series September 25, 2020
Slide 2: About Jacobs
About Jacobs 2020 Engineering News- Record Rankings #1 – Design Firm #1 – Semiconductors #1 – Data Centers #2 – Environmental 2
Slide 3: Agenda
Agenda Moderator: Sharon Jean-Baptiste, Vice President for Growth & Sales at Jacobs Limiting global warming Jameson Morrell, Director of Sustainable Solutions at to 1.5⁰C above pre- Jacobs will discuss decarbonization at Jacobs industrial levels will require businesses and Andy Solberg, Global
Slide 4: Decarbonization at Jacobs
Decarbonization at Jacobs Jameson Morrell, Director of Sustainable Solutions at Jacobs
Slide 5: Climate Action Plan
Climate Action Plan 1. 100% renewable energy for our operations in 2020. 2. Net zero carbon for our operations and business travel in 2020. 3. Carbon negative for our operations and business travel by 2030. 5
Slide 6: Working across the Technology Value Chain
Working across the Technology Value Chain Energy Materials Air Security Data Center Scope 3 Many value chain companies will likely need to set a Scope Power Components Land Operations Waste 3 target. Most common categories: Mining Hardware Water EHS Remediation Purchased Goods and Services; and
Slide 7: Our Approach
Our Approach To decarbonize requires collaboration & engagement inside each How do we increase the organization and across the value chain on multiple levels: value of decarbonization? Account for justice and equity, Continuous Improvement - ongoing effort to improve kind of like a “Scope 4”. prod
Slide 8: Approach Matrix
Approach Matrix Scope / Channel Improvement Innovation Ideation Influence Measure Supplier Next Generation Suppliers (Scope 3) Track Performance Reward Performance Performance Products/Suppliers? Bio-fuel, Alternative Sustainable Operations (Scope 1) Resource Efficiency AI/IoT Optimization Chemistry
Slide 9: Continuous Improvement: Renewable Energy
Continuous Improvement: Renewable Energy On-site Potential Off-site Power Purchase Agreement Model Source: EPA Green Power Partnership ©Jacobs 2020 9
Slide 10: Innovation: Hydrogen
Innovation: Hydrogen Regenerative infrastructure and circular economy Zero emissions (air and water) Integrate energy and water Renewable energy with hydrogen 24/7 resilient operations New revenue streams Community building and social values 10
Slide 11: Ideation: Integrated Site Selection with GIS Risk Management
Ideation: Integrated Site Selection with GIS Risk Management 11
Slide 12: Influence: Creating Social Value in Decarbonization Projects
Influence: Creating Social Value in Decarbonization Projects Learn more at simetrica.co.uk 12
Slide 13: Decarbonization Throughout the Value Chain
Decarbonization Throughout the Value Chain Andy Solberg, Global Technology Lead Facility Modeling & Analytics at Jacobs
Slide 14: Climate Action - Tech Sector Leadership
Climate Action - Tech Sector Leadership “This generation owes it to the next generation to address climate Since 2007, carbon neutral for company operations change . . . The time to act is very narrow, and shrinking as we go.” Since 2017, 100% renewable energy for global operations - Sundar Pich
Slide 15: Why - The Climate Crisis
Why - The Climate Crisis Current → 380 340 CO2 (parts per million) Highest historical CO2 level 1950 → 300 260 220 180 400 350 300 250 200 150 100 50 0 Thousands of Years before today (0 = 1950) 15 Source: NOAA – National Climate Data Center
Slide 16: When - Timing of Net Zero CO2
When- Timing of Net Zero CO2 Source: Intergovernmental Panel on Climate Change (IPCC) Summary for Policymakers 16
Slide 17: Sustainability, Circularity, and Carbon Neutrality
Sustainability, Circularity, and Carbon Neutrality The common thread of Inputs Outputs Outputs Sustainability is a transparent balance of resource use at Energy Traditional Heat and Emissions various scales including personal, Water (CO2, NOx, SOx…) Model corporate, community, regional Raw M
Slide 18: GHG Emissions – Language of Carbon Neutrality
GHG Emissions – Language of Carbon Neutrality
Slide 19: Electronics Value Chain
Electronics Value Chain Scope 3 Scope 1 and 2 Scope 3 Mining, manufacturing, assembly and packaging account for Telecom infrastructure, data centers, and Average life span of a Less than 1% of smart 85% to 95% of a smart phone’s annual carbon footprint. charging are about 2/3rd of ICT emissions. sma
Slide 20: Measure, Model, Monitor...Improve
Measure, Model, Monitor...Improve BIM Model Facility Data System Data Utility Rates, Key Raw Materials, Performance Waste Streams Indicators “VERO” Resource Model Simulation Design Software Engineering and Tools Operational Input Energy, Water, Wastewater Pareto by Site/System/Area BIM Model = Facil
Slide 21: Scope 3 (Supply Chain)
21 Scope 3 (Supply Chain) • Scope 3 is often the largest source Scope 1, 11% of emissions • Focusing on Scope 1 and 2 emissions could exclude significant emission sources Scope 2, 10% • From WRI corporate inventories completed, scope 3 emission account for 79% of a company’s total emission on averag
Slide 22: Moving Forward Together
Moving Forward Together Manufacturing of Other Products Recovered Materials Landfill Residuals Disposal
Slide 23: No Small Task: Emissions Management in Tech Manufacturing
No Small Task: Emissions Management in Tech Manufacturing September 2020 Josh Parker Sr. Director, Corporate Sustainability 2019 Western Digital Corporation or its affiliates. All rights reserved. | WESTERN DIGITAL CONFIDENTIAL © 2020 10/7/2020
Slide 24: Forward-looking Statements
Forward-looking Statements Safe Harbor | Disclaimers This presentation contains forward-looking statements that involve risks and uncertainties, including, but not limited to, statements regarding our sustainability initiatives, product and technology portfolio and data growth and its drivers. Forwa
Slide 25: Western Digital at a Glance: Breadth and Depth
Western Digital at a Glance: Breadth and Depth Solutions to capture, preserve, access and transform data Embedded USB Portable NAND NVMe-oF ™ * Cards Components Flash Devices Storage Bridge ASIC Capacity Enterprise Client SSD Client+ HDD Network Attached Direct-Attached HDD Storage & Personal Storag
Slide 26: Western Digital's Global Presence
Western Digital’s Global Presence MANUFACTURING OPERATIONS San Jose, CA, USA (Global HQ) São Paulo, Brazil Shanghai, China Shenzhen, China ~65K Yokkaichi, Japan Kitakami, Japan employees Johor, Malaysia worldwide Penang, Malaysia Sarawak, Malaysia Laguna, Philippines BangPa-In, Thailand Navanakorn,
Slide 27: Zettabyte Age
Emissions Profile of an ICT Manufacturer While we improve efficiency through innovation, the need for storage grows exponentially Progress in efficiency: But challenges due to growth: The Zettabyte Age 32ZB 102ZB+ Data Created Data Created in 2018 in 2023 Sources: IDC Global DataSphere Forecast, 201
Slide 28: Emissions Profile of an ICT Manufacturer
Emissions Profile of an ICT Manufacturer Emissions progress impacted by manufacturing location, customer decarbonization Western Digital Emissions (CO2 e-ton) Representative Industry Product (Enterprise HDD) 1% 0.60% 0.10% Scope 1 Use Phase 5% 8% Components Manufacturing Energy Distribution Scope 2
Slide 29: The Path Forward
The Path Forward Most significant progress will depend on joint action • Coordinated push for renewable energy options in common manufacturing locations – Broad demand can lead to infrastructure investments • Collaborative approach to track and reduce emissions throughout the value chain, upstream a
Slide 30: Clean Energy Technology for Data Centers
Clean Energy Technology for Data Centers Sean James, Director of Energy Microsoft
Slide 31: Thank you!
Thank you! Questions & Answers
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