WEF | 3 ways CEOs can take sustainability programmes to the next level

3 ways CEOs can take sustainability programmes to the next level

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  • The link between digital transformation and sustainability is often overlooked.

  • Digitalization can accelerate the path to a greener economy and society.

  • CEOs can make sustainability programmes even more effective.

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We are entering a post-greenwashing era with the necessary shift from talking and measuring to acting for serious impact. In response, many firms have established sustainability programmes and partnerships to address social and environmental issues.

At the same time, digital technology has matured to the point where it can serve as a force multiplier for social impact. Yet the opportunity to make corporate sustainability initiatives even more effective through the use of technology is too often overlooked.

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Many executives still view sustainability and technology as separate priorities and even opposing goals. The opposite is true, as the interplay between digitalization and sustainability opens up brilliant opportunities to create a greener economy and society.

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In fact, sustainability transformation could even become the biggest use case for digitalization and at the same time, digital transformation will radically alter all dimensions of global societies and economies and will therefore change the interpretation of the sustainability paradigm itself.

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Digital technologies can help deliver the Sustainable Development Goals

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  • Smart data for accurate sustainability progress: By acquiring data from diverse and disparate sources, transforming them towards consistent data taxonomies, and using advanced analytics capabilities, digital helps to set clear standards and measure sustainability progress. Marubeni, a diversified Japanese trading company, established in its IT and logistics division an overarching data acquisition, cleansing, and harmonization process, and gained a single source of truth for its complete environmental footprint in the form of a proof of concept. This included Scope 1 and 2 emissions, energy, water, waste, hazardous materials, etc. across 12 industries with 310 subsidiaries in 66 countries.

  • Blockchain enabled circularity: Turning the circular economy promise into reality requires closing and improving the loop and capturing value from the loop for all stakeholders. On a digital level, this requires sharing and tracking product information across distributed systems and ledgers with dispersed stakeholders. Indian aluminum producer Novelis recycles production scrap and materials returned by consumers, significantly reducing raw material consumption and carbon emissions. Smart contracts enable transactions along the supply chain between all actors,e.g. on CO2/t, without sharing sensitive and proprietary information on material composition. This strengthens customer confidence in the origin and authenticity of products and ensures compliance with regulations.

  • Digital twin for supply chain modelling: To achieve transparency and traceability of resources and products along the supply chain, digital twins – digital equivalents of the physical end-to-end value chain network – play a central role. Technically, this requires a shift toward integrated planning approaches, often supported by artificial intelligence. Such an “inside-out” modelling [modelling with ll] process often begins with Scope 1 and 2 emissions, environmental footprint. In a next step, a digital twin can enable the ability to explore production and transport processes to a high level of detail and allocate emission measurements to specific product carbon footprints. With this goal in mind, Japan’s JFE Steel has established tracking and management of the product carbon footprint using primary data from the steel-making process in form of an R&D initiative. In total, JFE plans to invest $7.2 billion in low-carbon technologies to meet its 2030 target of reducing CO2 emissions by 30%.

  • Green computing: Companies must also be aware of the environmental aspects associated with the increased use of technology, e.g. an increase in energy demand. For example, this needs to be mitigated through green data centres, green cloud technology services, and the reuse of technology components. On the last point, Google recycles and reuses its data centre system components at the end of their lifecycle. A digital twin and decision intelligence allows it to forecast and schedule the reverse flow of materials back into the supply network. Google’s refurbishment rate is about 23%, while the number of resold components has increased significantly.

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Three CEO opportunities for next-level sustainability

Digitalization, used responsibly, can significantly accelerate the path to true sustainability. These three often overlooked levers can help make today’s sustainability programmes even more effective.

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1. Rethink business model logic

There is no doubt that the CEO plays a central role in influencing and steering the integration of sustainability into the corporate strategy and the firm’s value creation system. With this in mind, it’s surprising that only 33% of employees said that their company’s top leadership leads by example. Employees want leaders who don’t just take a stand. Driving sustainability from the boardroom requires moving from commitment to action. If leaders can’t change, the organization cannot either.

The CEO’s natural role is to rethink the company’s business models and find new ways of creating, delivering, and capturing value. However, many incumbents are still relying on yesterday’s business model logic. The first assumption to be challenged is that sustainability comes at a cost. Following the traditional logic “I do my business, I have revenue, I have costs, I make a profit, and then after I make my profit, I decide how much of my profit to give to good causes” is no longer good enough. It means I am charitable if I spend some of my profit on something good. And if I am under pressure with my profits, there is nothing to do good with.

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CEOs can take sustainability programmes to the next level

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WEO22 | World Energy Outlook is out

The global energy crisis can be a historic turning point towards a cleaner & more secure future

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We just released this year’s edition of our flagship publication, the World Energy Outlook (WEO), which shows that global energy crisis triggered by Russia’s invasion of Ukraine is causing profound and long-lasting changes that have the potential to hasten the transition to a more sustainable and secure energy system.

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The report, the gold standard for energy analysis, examines the ongoing shock of unprecedented breadth and complexity that has already caused major tremors in natural gas, coal, electricity and oil markets. It assesses the policy responses by governments around the world, which promise to accelerate the transition to clean energy.

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And it weighs how these changes measure up against the world’s climate commitments and energy security needs.

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Read about the key findings – including what the latest developments mean for the long-term outlook for fossil fuels, renewables, energy efficiency and more – in the press release and executive summary.

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Go deeper by exploring more of the online content from this year’s WEO, including the full report available to download for free.

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Watch the livestreamed launch event at 11 am Paris time today with our Executive Director Fatih Birol and lead authors Laura Cozzi and Tim Gould.

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For the first time, this year’s World Energy Outlook includes a series of interactive data stories that enable you to explore the key findings visually. Take a look!

World Energy Outlook 2022

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The Sustainable Business Model Canvas, 11 Steps to designing and communicating a successful sustainability strategy | Video

The Sustainable Business Model Canvas, 11 Steps to designing and communicating a successful sustainability strategy

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Sustainable Business Model Canvas – Video

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Sustainable business model: a business model that creates, delivers, and captures value for all its stakeholders without depleting the natural, economic, and social capital it relies on.

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✅ Change your business strategy. Go Green!

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pgf500 Team

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CO2 Emissions | World and per capita

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What is a greenhouse gas?

A greenhouse gas (GHG) is any gaseous compound that is capable of absorbing and emitting infrared radiation, thereby allowing less heat to escape back to space, and ‘trapping’ it in the lower atmosphere.

The major greenhouse gases in Earth’s atmosphere are water vapor, carbon dioxide (CO2), methane (CH4), nitrous oxide (N2O) and ozone (O3).

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Carbon Dioxide (CO2) Emissions by Country

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CO2 Emissions – Worldmeter

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Decentralized Web3 technologies could improve coordination around tackling climate change because they use local knowledge and actors to guide policies and put funding where it’s needed.

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Climate change is a global coordination problem.

The system has failed to coordinate effective policies and capital investment into the commitments necessary to address the most pressing threat to humanity.

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Race To Zero is a global campaign to rally leadership and support from businesses, cities, regions, investors for a healthy, resilient, zero carbon recovery that prevents future threats, creates decent jobs, and unlocks inclusive, sustainable growth.

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What is the difference between climate tech and clean tech?

Climate tech includes some similar functions to clean tech, but climate tech primarily focuses on greenhouse gas emissions.

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This includes removing greenhouse gases in the environment and reducing future emissions.

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Climate tech initiatives include the following:

  • Agri-tech. Agri-tech helps mitigate greenhouse gases with initiatives such as reducing livestock manure, using less pesticides and improving crop-growing processes — for example, by using aeroponics.

  • Afforestation. To assist with carbon capture, afforestation creates new forests so that trees can reduce carbon dioxide and add oxygen to the air, reducing greenhouse gas emissions. Organizations work with the timber industry to help restore trees in degraded areas.

  • Carbon capture. The main gas contributing to climate change and global heating is carbon dioxide. Capturing carbon and preventing it from going into the environment can help mitigate the effects. Manufacturers are looking for clean energy using carbon capture technology, which takes carbon from the manufacturer, stores it, and turns it into hydrogen for power with minimal or zero greenhouse gas emissions.

  • Geoengineering. Also referred to as climate engineering, geoengineering’s goal is to alter the climate system to reduce the effects of climate change. One way to do this is to remove carbon dioxide from the atmosphere by capturing the gas and storing it below ground. Solar radiation management is another form of geoengineering that captures and reduces the sun’s rays to prevent warming the Earth.

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What’s the difference between climate tech and clean tech?

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Climate tech includes some similar functions to clean tech, but climate tech primarily focuses on greenhouse gas emissions. However, these emissions are only one portion of society’s effects on the environment.

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What’s the difference between climate tech and clean tech?

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Climate tech is a hot investment in 2022 — next five years could be even hotter

Despite whispers of a downturn earlier this year, investors continue to express confidence in climate tech. Though numbers are down compared with 2021, a year that many agree is an outlier in the VC world, they’re on track to beat 2020 as the second hottest year for investment.

What’s more, deal counts and values were up in the second quarter of this year compared with the first, suggesting that the slowdown has more or less skipped climate tech.

Though deal count is down nearly 19% compared with last year, it was up 15.4% in the second quarter, according to a PitchBook analysis. Total market deal value, down year over year, was up significantly in Q2, and the average value per deal has held steady at $23.6 million, more than triple what it was five years ago.

In some ways, those modest numbers could be interpreted as a slight cooldown. But the sector is probably just taking a breather given its near-term potential. Just five years from now, PitchBook estimates the climate tech market will near $1.4 trillion, representing a compound annual growth rate of 8.8%.

With that kind of growth coming down the pike, there are a lot of different bets to place in the climate tech sector, but a few stand out for their early-stage potential and favorable tailwinds.

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Climate tech is a hot investment in 2022

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State of Venture Q3 2022 Report

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The global venture ecosystem continues its slowdown in Q3’22 as funding decreases 34% quarter-over-quarter.

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Global venture funding reached $74.5B in Q3’22, hitting a 9-quarter low. The new funding level represented a 34% drop quarter-over-quarter — the largest quarterly percentage drop in a decade — and a 58% decline from the investment highs reached in Q4’21.

​Deal activity hit 7,936 deals total, marking a 9.5% quarterly drop and a 7-quarter low.  

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US-based companies raised $36.7B, accounting for just under half of global Q3’22 funding. Some of the quarter’s largest rounds in the region went to companies including TeraWatt InfrastructureTerraPower, and EnergyX.

Other Q3’22 highlights across the venture ecosystem include:

  • Q3’22 saw only 25 new unicorns (private companies valued at $1B+) — the lowest unicorn birth count since Q1’20. The US accounted for the majority (14) of these births. Leading entrants include Zhiji Auto ($4.4B valuation), Tridge ($2.7B), and 21.co ($2B).

  • 100M+ mega-rounds collectively accounted for $29.6B in Q3’22, marking a 9-quarter low and a 44% drop QoQ. Mega-round deal count dropped in all major regions to hit 144 in Q3’22, also a 9-quarter low. 

  • Retail tech funding declined 33% QoQ to $8.5B, even as deals ticked up 5% to 776. Average deal size YTD clocked in at $24M, down 35% compared to 2021 averages.

  • The fintech sector also continued to contract. With $12.9B raised across 1,160 deals, Q3’22 was the weakest quarter the sector has seen since Q4’20.

  • Global digital health deals fell to their lowest levels in 5 years, with $5B raised across just 419 deals. The US led, accounting for more than half (58%) of total digital health funding at $2.9B.

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State of Venture Q3 2022 Report

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