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Switzerland‑based chemistry and analytics services provider Solvias  has strengthened its ESG positioning after earning an EcoVadis Bronze Medal , placing the company in the top 35% of more than 100,000 assessed firms globally . The rating reflects significant progress across environmental, labor and human rights, ethics, and sustainable procurement metrics, reinforcing the growing importance of ESG performance within the broader life sciences supply chain. The recognition follows Solvias’ formal launch of its ESG program in 2024, which introduced a structured sustainability framework and multi‑year implementation roadmap. As part of this initiative, the company has completed its corporate carbon footprint assessment across Scopes 1–3 , established new emissions and resource‑efficiency targets, and strengthened oversight and governance mechanisms aligned with international ESG benchmarks. EcoVadis’ methodology has become an increasingly influential reference point for investors and global pharmaceutical partners seeking to verify ESG performance across complex supply chains. For Solvias — a major analytics partner to drug‑development and biotechnology companies — the rating is likely to support its competitive position as regulatory and customer pressures intensify around ethical sourcing, traceability, and environmental stewardship. The company says the rating reinforces the operational relevance of sustainability in the life sciences sector, where expectations for decarbonisation, responsible sourcing, and ethical conduct continue to rise. With ESG assessments increasingly embedded in procurement decisions, suppliers are under growing pressure to document measurable, independent progress rather than rely on policy commitments alone. Solvias’ continued alignment with evolving standards, including future ambitions tied to the Science Based Targets initiative (SBTi) , signals how sustainability considerations are reshaping strategic priorities across the global life sciences value chain. [ youtube.com ]

Vietnam’s VPBank is seeking a $1.2 billion sustainability‑linked loan , marking one of the largest ESG‑aligned financings in Vietnam’s banking sector to date. The three‑year facility is being coordinated by Sumitomo Mitsui Banking Corp. (SMBC) , supported by more than a dozen mandated lenders. The deal reflects the growing appetite for ESG‑linked capital across emerging markets, even as global issuance moderates. Sustainability‑linked loans reached $139 billion in 2025  and are projected to rise to $160 billion in 2026 , highlighting their staying power amid heightened regulatory pressure and investor expectations. VPBank has not issued a public statement regarding the new loan. However, the bank’s previously published Sustainable Finance Framework  outlines its broader ESG philosophy. In that document, VPBank states: “Investments in the eligible categories will lead to positive environmental or social impacts and advance the UN Sustainable Development Goals.” [ theguardian.com ] This position aligns with the strategic direction reflected in the bank’s financing activity, following a $1 billion ESG‑focused syndicated loan in 2025  aimed at women‑led enterprises, green projects, and social‑impact initiatives. If completed, the new facility is poised to become a regional benchmark, reinforcing Vietnam’s rapid shift toward sustainability‑linked credit markets as banks compete to meet evolving climate and social benchmarks.

Sustainability isn’t only about carbon, energy, and waste. It’s also about how well our systems work for people — and whether opportunity, safety, and care responsibilities are shared fairly. That’s where gender balance comes in. When organizations treat sustainability as ESG  (Environmental, Social, and Governance), gender balance sits right in the “S”: fair access, equal opportunity, and inclusive design. In practice, it shows up in small, everyday moments that either support equality — or quietly reinforce outdated roles. The link: sustainability is about resilient, fair systems A sustainable organization is one that can thrive long-term. That requires: A workforce that can participate fully  (regardless of gender, caregiving status, or life stage) Policies and environments that reduce friction  for employees and customers A culture that shares care responsibilities , rather than assuming they belong to one gender Gender balance isn’t a “nice to have” add-on. It’s a performance issue, a talent issue, and a social impact issue. What the evidence says (quick, credible signals) The research base is broad, but a few consistent findings are useful when explaining the sustainability–gender link: Gender diversity is associated with stronger governance and risk management.  Studies and meta-analyses often find that more gender-diverse leadership teams correlate with improved monitoring, reduced groupthink, and better decision-making quality. Gender equality supports economic resilience.  International institutions repeatedly link women’s labor-force participation and equal opportunity to higher productivity and stronger long-term growth. Care infrastructure influences participation.  When workplaces and public spaces reduce friction for caregivers, participation increases — which matters for retention, inclusion, and wellbeing. Europe vs America: different systems, different friction points Europe and the United States often share the same headline goals (equal opportunity, inclusion, family-friendly workplaces), but they tend to approach them through different systems. That matters because sustainability is ultimately about systems design . 1) Policy baseline vs company-by-company solutions Europe (broadly):  Many countries set a stronger policy baseline  for working parents (for example, more standardized parental leave frameworks and childcare supports). This can reduce the degree to which gender balance depends on the generosity of a single employer. United States (broadly):  Support is more often employer-led  and varies widely by sector, state, and company size. That can create uneven outcomes: some organizations lead with excellent benefits, while others provide minimal support. Sustainability implication:  In the US, gender balance initiatives are frequently a differentiator in talent markets; in Europe, they may be more about exceeding expectations and improving culture because the baseline is already higher. 2) Regulation-driven ESG vs investor- and litigation-driven ESG Europe:  Sustainability reporting and social metrics are increasingly shaped by regulation and standardization. This tends to push organizations toward more structured measurement and disclosure of social topics, including workforce composition and governance. United States:  ESG pressure is often more influenced by investors, market expectations, and reputational risk — and in some contexts, polarized public debate. Organizations may emphasize materiality, risk framing, and business-case language. Sustainability implication:  European narratives can lean toward compliance and societal responsibility; US narratives often lean toward competitiveness, risk management, and brand trust. 3) Cultural norms around caregiving and visibility Europe:  In many contexts, there is greater normalization of public services and family infrastructure (child-friendly public spaces, family policies, and workplace flexibility). That can make shared caregiving more visible and socially expected. United States:  Caregiving is often more privatized (handled within the household or purchased services), and public infrastructure can be patchier. This can amplify the importance of small design choices in workplaces and venues. Sustainability implication:  In the US, inclusive facilities (like baby-changing stations in men’s bathrooms) can have outsized signaling power because they challenge stronger “default assumptions” about who does care work. 4) What “gender balance” conversations focus on Europe:  Discussions may focus more on structural equality, representation in leadership, and aligning business practices with social cohesion. United States:  Discussions may focus more on talent pipelines, retention, pay equity, and the business outcomes of inclusion — alongside heightened attention to how initiatives are communicated. Sustainability implication:  The same action can be framed differently. In Europe it may be positioned as part of social responsibility and compliance; in the US it may be positioned as employee experience, brand leadership, and risk reduction. Inclusive infrastructure is a sustainability lever We often think of sustainability initiatives as big-ticket items: renewable energy, electrified fleets, green buildings. But inclusive infrastructure can be just as powerful — because it changes behavior at scale. If a workplace, venue, or public building is designed around the assumption that only women provide childcare, it creates a hidden barrier: Men are discouraged from caregiving in public Women carry more of the invisible workload Parents have a worse experience, and participation drops That’s not resilient. It’s not equitable. And it’s not sustainable. A simple example: a baby-changing station in the men’s bathroom A baby-changing station in the men’s bathroom sounds small. But it sends a strong signal: care work is everyone’s work . The impact in real life Imagine a father at a conference, shopping mall, airport, or workplace event with his baby. The baby needs a nappy change. If only the women’s bathroom has a changing table, he has limited options: Ask a female partner or stranger for help Change the baby in an unsafe or unhygienic place (floor, corridor, car) Leave early Avoid coming next time If the men’s bathroom has a clean, safe changing space, he can handle it independently and confidently. That one design choice can create ripple effects: More equal parenting in public spaces : It normalizes fathers as active caregivers. Reduced burden on women : Partners aren’t automatically “assigned” childcare tasks. Higher participation : Parents (of any gender) are more likely to attend events, work functions, or public activities. Better employee experience : In workplaces, it supports retention and engagement for working parents. Stronger brand trust : Customers notice inclusive design. It signals modern values and respect. Why this is sustainability (not just convenience) This is sustainability because it improves long-term social outcomes: Equity : It removes a structural barrier that disproportionately affects women’s time and mobility. Wellbeing : It reduces stress for parents and improves dignity for caregivers. Inclusion : It supports different family structures (single fathers, same-sex parents, shared custody). Economic participation : When caregiving is supported, people can participate more fully in work and public life. In ESG terms, it’s a practical, measurable action under: Diversity, equity, and inclusion (DEI) Employee wellbeing and retention Customer accessibility and experience Human rights and non-discrimination What leaders can do (quick checklist) If you want to connect sustainability to gender balance in a tangible way, start with design and policy choices that make equality easier. Audit facilities: baby-changing stations, lactation rooms, accessible toilets, signage Normalize parental leave for all genders (and make it safe to take) Train managers to reduce bias against caregivers and flexible work Measure outcomes: retention, engagement, satisfaction, and participation Sustainability is about building a future that works — for the planet and for people. Gender balance is one of the clearest signals that an organization is serious about the “people” part. Sometimes the most meaningful sustainability actions aren’t the loudest. Sometimes they’re a changing table in the men’s bathroom — quietly making equality possible in everyday life. References World Economic Forum — Global Gender Gap Report  (annual) OECD — research on gender equality, labor participation, and growth ILO — reports on care work, decent work, and labor-force participation UN Women — guidance on gender equality and inclusive policy McKinsey — Diversity Wins  (2020) and related DEI research

A paper bag lantern works by transforming the bag into a light-diffusing shell. When illuminated from within (using safe LED lighting), it casts warm patterns and shadows that create a cozy, inviting ambiance. It’s remarkable that something designed to carry groceries can become a decorative centerpiece for: Balcony dinners Garden parties Corporate events Christmas décor Children’s craft sessions Intimate home evenings How to Create Rustic Paper Bag Lanterns Materials Needed Old paper bags Pencil Scissors or craft knife Ruler (optional) LED tealights or fairy lights (never real candles) Step 1: Prepare the Surface Flatten the paper bag and smooth it out. If you prefer a rustic look, lightly crumple it first and then flatten again to create texture. Step 2: Design Your Pattern Sketch simple shapes: Stars Leaves Geometric patterns Abstract lines Seasonal themes You can also punch small holes instead of cutting shapes for a softer glow. Step 3: Cut Carefully Cut out your shapes while keeping the structure stable. Avoid cutting too close to the edges or the base. Step 4: Illuminate Safely Open the bag, place an LED light inside, and watch the transformation. The warm glow turns a simple paper bag into a charming lantern. Elevating the Idea If you want to take it a step further: Add twine handles Stamp patterns with ink Write quotes or messages Layer two bags for softer light diffusion Use branded bags for eco-conscious corporate décor For businesses, this can be an impactful way to demonstrate sustainability while decorating events. The Bigger Message Upcycling is not about perfection. It’s about perspective. When we look at old objects not as waste but as raw material, we shift from consumer to creator. The transformation of a paper bag into a lantern symbolizes something larger: innovation does not always require new resources — it often requires new thinking. Sustainability does not begin with grand gestures. It begins with small choices — like choosing to repurpose rather than discard. And sometimes, all it takes is a simple paper bag to light the way.

Electrolux Group’s 2025 Sustainability Statement presents one of the company’s most comprehensive and ambitious plans to date. Anchored in the European Sustainability Reporting Standards (ESRS), the report outlines how Electrolux is reshaping its business strategy, operations, and value chain to align with global climate goals, mounting regulatory expectations, and growing consumer demand for sustainable solutions. While the Group has long positioned sustainability as a strategic cornerstone, the 2025 statement demonstrates a significant evolution: sustainability is no longer an initiative — it is the operating system. At the heart of Electrolux’s transformation is its “For the Better” framework , which has guided the company for nearly a decade. Built on three pillars — Better Company, Better Solutions, and Better Living  — the framework integrates nine long‑term sustainability goals and a suite of science-based climate commitments. These are aligned with the UN Sustainable Development Goals, the UN Global Compact, and the Science Based Targets initiative (SBTi). In 2025, Electrolux began revising the framework to incorporate new findings from its updated Double Materiality Assessment and respond to evolving stakeholder expectations and global environmental realities. Climate Leadership: A Rapid March Toward Net-Zero Climate action remains the company’s largest and most urgent priority. Electrolux aims for net-zero emissions across its value chain by 2050 , supported by SBTi‑approved near‑term targets requiring an 85% reduction in Scope 1 and 2 emissions  and a 42% reduction in key Scope 3 categories by 2030 , from a 2021 baseline. The 2025 results show strong progress. Electrolux has already reduced Scope 1 and 2 emissions by 45% , and Scope 3 emissions by 33% . These reductions stem from significant decarbonization levers: boosting energy efficiency in manufacturing, increasing renewable electricity procurement to 97% , electrifying operations and logistics, phasing out high‑impact refrigerants, and launching more energy‑efficient appliances. Since 85% of Electrolux’s total carbon footprint occurs during the use phase of its products , the company continues to invest heavily in product innovation. In 2025, 26% of total units sold  belonged to its most resource‑efficient product tier, generating 36% of gross profit , demonstrating that sustainability and profitability reinforce one another. A robust Climate Transition Action Plan  operationalizes this strategy, linking production, R&D, procurement, supply chain, and product development to clear emissions‑reduction outcomes. Climate performance is tied directly to executive compensation: 20% of senior leaders’ long-term incentive pay  depends on achieving CO₂‑reduction milestones. Circularity and Resource Efficiency: Designing for a Regenerative Future The shift from a linear to a circular model is another major theme of the 2025 statement. Electrolux is rethinking how products are made, used, and recovered by focusing on three principles — Use Less, Use Longer, Use Again . In 2025, recycled steel and plastic represented 23%  of total material use, with a target of 35% by 2030 . This was supported by new internal standards aligned with ISO 14021:2016  to improve traceability and data accuracy for recycled content. Meanwhile, more than 99% of manufacturing waste  was recycled or recovered, and 91% of finished‑goods sites  achieved Zero Waste to Landfill certification, despite geopolitical and infrastructural challenges at a small number of locations. Electrolux also advanced circular consumer solutions. The Repairability Index  in France reached an average of 8.5/10 , reflecting better spare‑parts availability, improved product design, and clearer consumer guidance. Refurbishment pilots in Latin America and waste‑to‑resource initiatives in Asia further demonstrate how Electrolux is exploring secondary‑use pathways across its global footprint. Protecting Water Resources and Ecosystems Water stewardship plays a key role in Electrolux’s sustainability agenda. The company set ambitious 2025 targets: a 25% increase in water efficiency  in high‑risk areas and 5% in all other regions , compared to 2020. By 2025, Electrolux achieved 24% efficiency improvements in water‑stressed regions  and 7% globally , driven by closed‑loop cooling systems, rainwater harvesting, and improved monitoring. Electrolux also completed its first Group-wide biodiversity and ecosystems assessment , using frameworks such as ENCORE, WWF’s Biodiversity Risk Filter, and TNFD’s LEAP approach. While the most significant impacts occur upstream and downstream — especially through raw material extraction and consumer detergent use — two manufacturing sites were identified as being located close to Key Biodiversity Areas. Importantly, the assessment found no negative biodiversity impacts from Electrolux-owned operations , thanks to ISO 14001‑aligned mitigation systems. Chemicals, Pollution, and Safe Materials Management Pollution prevention remains a core operational focus. Electrolux maintains a rigorous Restricted Materials List , aligned with global regulations such as RoHS, REACH, the Stockholm Convention, and PFAS restrictions. In 2025, the Group tested 3,500 components  for chemical compliance and reached 470 suppliers  for SVHC reporting under the EU SCIP regulation. The company is already phasing out PFAS in food‑contact applications in Europe and North America and has committed to proactive chemical substitution when safer alternatives are available. People, Inclusion, and Ethical Business Conduct Electrolux’s social commitments continue to evolve, with a focus on safe working environments, fair treatment, and diversity. In 2025, the company achieved a Total Case Incident Rate (TCIR) of 0.33 , moving steadily toward its 2030 target of 0.30. All manufacturing sites are now certified to ISO 45001 . The workforce numbers 40,917 employees , with women comprising 40% of new hires and 37% of STEM roles. The share of female people leaders reached 30.3% , progressing toward the 2030 target of 40%. The company undertook broad inclusion initiatives across markets, as well as extensive training in ethics, anti‑corruption, and human rights. The Speakup Line , Electrolux’s global whistleblowing system, handled 570 cases  in 2025, reflecting greater trust and transparency, with no corruption convictions or fines. EU Taxonomy Alignment: Transparency for Green Finance Electrolux reports extensively under the EU Taxonomy, an increasingly critical element for investors. In 2025: 6.7% of turnover 6.8% of CapEx , and 13.8% of OpEx qualified as Taxonomy‑aligned, driven almost entirely by the production of high‑efficiency appliances under the Climate Change Mitigation objective. These disclosures reflect improvements in product efficiency, stronger alignment with energy-labelling standards, and expanded eligibility assessments. A Company Transforming Its Future The 2025 Sustainability Statement makes clear that Electrolux is not merely complying with regulation but transforming its business around environmental and social purpose. From aggressive decarbonization to circular design, biodiversity protection, water stewardship, and human‑rights due diligence, the Group is embedding sustainability at every tier of its value chain. Electrolux’s progress is measurable, its commitments science‑based, and its roadmap transparent — and while challenges remain, especially in Scope 3 emissions and supply-chain resilience, the company’s 2025 report signals both readiness and responsibility as it moves toward a net‑zero, circular, people‑centered future.

The Philippines has reached a significant milestone in its renewable energy journey by securing its first offshore wind grid connection deals. This development moves offshore wind energy beyond theoretical potential and into practical, financeable projects that can supply power to the national grid. The deals mark a crucial step in overcoming one of the biggest challenges for offshore wind: connecting turbines at sea to the onshore power network. Offshore wind turbines connected to the Philippine power grid Offshore wind turbines connected to the Philippine power grid, showing early infrastructure for renewable energy integration. Why Offshore Wind Grid Connection Deals Matter Offshore wind has enormous potential in the Philippines due to its long coastlines and strong wind resources. However, tapping into this potential requires more than just identifying windy areas. The ability to connect offshore wind farms to the existing power grid is essential for turning wind energy into usable electricity. The grid connection deals mean: Transmission readiness : The agreements confirm that the necessary infrastructure to carry electricity from offshore turbines to the mainland is planned and funded. Project bankability : Investors and developers gain confidence because grid access is a major risk factor. Clear transmission plans reduce uncertainty. Defined timelines : With contracts in place, project schedules become more reliable, helping developers plan construction and financing. Market signals : These deals show the government and private sector are serious about offshore wind, encouraging further investment. Without these grid connection agreements, offshore wind projects remain speculative and face difficulties securing financing. The deals reduce a major bottleneck that has held back the sector. What the Deals Mean for the Philippine Energy Market The Philippines depends heavily on fossil fuels and imported energy. Offshore wind offers a clean, local source of power that can help diversify the energy mix and reduce carbon emissions. The grid connection deals open the door for several positive market shifts: Increased renewable energy capacity : Offshore wind farms can add significant megawatts to the grid, supporting the country’s renewable energy targets. Lower energy costs over time : Wind power has low operating costs once built, which can stabilize electricity prices. Energy security : Local offshore wind reduces reliance on imported fuels vulnerable to price swings and supply disruptions. Job creation and economic growth : Developing offshore wind infrastructure creates new jobs in construction, operations, and maintenance. Attracting international investment : Clear grid access signals a mature market, drawing global renewable energy investors. These deals are a foundational step toward scaling offshore wind from pilot projects to commercial-scale developments. Key Challenges Remaining After the Grid Deals While the grid connection agreements are a breakthrough, several challenges remain before offshore wind can fully take off in the Philippines: Permitting and regulatory clarity : Developers need clear, streamlined processes for environmental permits, maritime rights, and construction approvals. Transmission upgrades and landing infrastructure : Building or upgrading substations, cables, and ports to handle offshore wind power is complex and costly. Auction and offtake mechanisms : Transparent bidding processes and power purchase agreements (PPAs), including corporate PPAs, are needed to secure revenue streams. Supply chain readiness : The country must develop local capabilities for manufacturing, vessel support, and operations and maintenance (O&M) services. Grid integration and stability : Managing variable wind power requires grid upgrades and smart management systems. Addressing these issues will determine how quickly and effectively offshore wind projects move from planning to operation. What to Watch Next in the Philippines Offshore Wind Sector Stakeholders should monitor several developments that will shape the future of offshore wind in the Philippines: Permitting timelines : How fast and clear the government processes approvals will impact project schedules. Transmission infrastructure progress : Construction of cables, substations, and landing points will be critical milestones. Auction results and PPA awards : The first competitive offshore wind auctions will reveal market interest and pricing. Supply chain investments : Growth in local ports, vessels, and O&M providers will support project sustainability. Policy support and incentives : Government policies that encourage renewable energy investment will help scale offshore wind. These factors will influence investor confidence and the pace of offshore wind deployment. Examples from Other Countries Countries like the United Kingdom, Germany, and Taiwan have demonstrated how securing grid connections early can accelerate offshore wind growth. For example: The UK’s offshore wind sector expanded rapidly after the government established clear grid connection agreements and auction mechanisms. Taiwan’s government invested heavily in transmission infrastructure, enabling multiple offshore wind farms to come online within a few years. Germany’s grid upgrades and offshore wind tenders attracted billions in investment and created thousands of jobs. The Philippines can learn from these experiences to avoid common pitfalls and build a strong offshore wind market.

Toyota Motor Europe (TME) has announced a fresh investment in circular economy infrastructure with the launch of a new Circular Factory in Wałbrzych, Poland. The site will cover around 25,000 square metres and is designed to process close to 20,000 end-of-life vehicles each year—an important step in Toyota’s wider push to embed reduce, reuse and recycle  principles across its European operations. At its core, the facility is built to do more than dismantle vehicles. It will take a systematic approach to recovering components and materials that still hold value, helping to keep resources in use for longer and reducing reliance on carbon-intensive virgin raw materials. A practical model for end-of-life vehicle recovery The Wałbrzych Circular Factory will focus on extracting parts that can be reused and identifying materials that can be returned to production loops. Components such as batteries and wheels will be assessed for their potential to be remanufactured, repurposed or recycled. Alongside parts, Toyota plans to recover key raw materials—such as copper, steel, aluminium and plastics—so they can be used in the manufacture of new vehicles. This approach reflects a growing recognition across industry: circularity is not a “nice-to-have” sustainability add-on, but a supply chain strategy that can strengthen resilience while lowering environmental impact. Building on existing manufacturing strength in Wałbrzych Toyota’s decision to locate the facility in Poland is closely linked to the existing footprint of its Wałbrzych plant, which already produces key components for Toyota’s hybrid and conventional powertrains. The new Circular Factory will expand activities at the site, adding a dedicated circular economy capability alongside established manufacturing operations. According to Leon van der Merwe, Vice President of Circular Economy at Toyota Motor Europe, this is Toyota’s second Circular Factory in Europe. The first, launched in 2025 in Burnaston (United Kingdom), has served as a benchmark for developing circular economy operations across the region. Toyota also highlighted Poland’s market potential for sourcing end-of-life vehicles, as well as opportunities to develop recycling flows both upstream and downstream—supported by the presence of Toyota’s established manufacturing infrastructure. Why circularity matters for carbon neutrality Toyota frames circularity as both a pathway to—and an enabler of—carbon neutrality. By reducing demand for newly extracted materials and designing vehicles for reuse, remanufacturing and recycling, circular models can cut emissions across the value chain, not only at the tailpipe. In practice, circularity helps: Reduce the emissions tied to raw material extraction and processing Improve material efficiency and reduce waste Support more stable, localised supply chains Create repeatable processes for recovering value from end-of-life products With plans to introduce similar investments in other European markets in the coming years, Toyota’s move signals a broader shift: end-of-life is increasingly being treated as a resource opportunity, not a disposal problem.

Europe’s clean energy transition is often discussed as a climate obligation or a competitiveness play. But there’s a third lens that’s becoming impossible to ignore: security . Energy security is no longer just about having enough fuel for winter. It’s about whether Europe can keep essential services running, protect critical infrastructure, and shield households and industry from geopolitical coercion and price shocks. In that context, the clean energy transition isn’t simply a decarbonisation pathway—it’s a strategic resilience programme. At ITSM Connect, we look at complex systems through the lens of reliability, risk, and continuity. Europe’s energy system is one of the biggest “service platforms” on the continent. And like any platform, it’s only as strong as its architecture, governance, and ability to withstand disruption. The security problem: dependence creates leverage Europe has carried a structural vulnerability for decades: heavy reliance on imported fossil fuels . Even after the peak of the 2022 energy crisis, the EU still spent around EUR 375 billion in 2024  on fossil fuel imports. That number isn’t just an economic statistic. It represents: ·       Exposure to global price volatility ·       Dependence on external suppliers and transport routes ·       Strategic leverage for hostile or unstable actors ·       A persistent outflow of capital that could otherwise fund domestic resilience When energy is imported, security is outsourced. When energy is produced domestically—especially from renewables—security becomes more controllable. The geopolitical lesson: energy can be weaponised The EU’s recent history has made the security dimension unambiguous. Russia’s weaponisation of energy supplies demonstrated how quickly energy dependence can become a tool of pressure. The EU response—through coordinated diversification and the REPowerEU agenda—has already produced measurable results: ·       Russian gas imports fell from 45% (2021)  to 19% (2024)  and 12% (2025, until August) . ·       Russian oil imports dropped from 27% (early 2022)  to 3% (first half of 2025) . ·       Russian coal imports have been completely phased out. This is what security progress looks like in practice: fewer single points of failure, less exposure to coercion, and more predictable planning for governments and industry. Security isn’t only supply—it’s system design A key message in the EU’s Energy Union agenda is that security is not only about where energy comes from , but also about whether the system can deliver it reliably across borders. Europe’s electricity system is still not fully integrated. Limited cross-border capacity and bottlenecks can lead to regional price spikes and prevent cheap clean electricity from flowing to where it’s needed most. From a systems perspective, incomplete integration creates: ·       Fragility (local disruptions have outsized impact) ·       Inefficiency (clean power is curtailed while other regions pay more) ·       Uneven resilience (some Member States remain more exposed than others) The numbers underline the stakes: ·       Cross-border electricity trade already delivers around EUR 34 billion  in consumer benefits each year. ·       Deeper market integration could raise benefits to EUR 40–43 billion annually by 2030 . ·       Grid inefficiencies such as redispatch cost about EUR 5.2 billion per year  today, potentially rising to EUR 26 billion per year by 2030  if not addressed. Security, affordability, and competitiveness converge on the same requirement: a more integrated, better planned, better governed grid . The new security infrastructure: grids, interconnectors, storage, and digital control In the past, Europe’s energy security was defined by pipelines, ports, and fuel contracts. In the next decade, it will be defined by: ·       Electricity grids  (transmission and distribution) ·       Cross-border interconnectors ·       Flexibility and storage  (batteries, demand response, other non-fossil flexibility) ·       Digitalisation and control systems  (including cybersecurity) This is why the EU is putting political and financial weight behind grid modernisation. The proposed Multiannual Financial Framework for 2028–2034 (EUR 1.98 trillion) includes a fivefold increase  in the Connecting Europe Facility budget for cross-border energy infrastructure—an explicit signal that grids are now strategic assets. Policy initiatives reinforce this direction: ·       An Energy Union Task Force to coordinate Member States and stakeholders on interconnectivity, storage, digitalisation, preparedness, and grid planning. ·       A forthcoming European Grids Package  intended to accelerate grid build-out, streamline permitting, improve cost-sharing, and strengthen cross-border planning. Storage: the missing resilience layer Storage is a security issue because it reduces exposure to volatility and improves system stability. Even with record growth, EU battery energy storage capacity stood at about 61 GWh in 2024 . Some estimates suggest the EU needs 200 GW of storage deployed by 2030 . The exact pathway can be debated, but the direction is clear: without major flexibility and storage, a renewables-heavy system can face higher balancing costs and greater stress during peak demand or low generation periods. Security of supply: progress, and a new threat landscape Europe’s near-term security of supply has improved, supported by diversification and strong storage performance. ·       Gas storage reached 90% before the end of August 2024. ·       Security of supply was maintained despite a cold winter and relatively low LNG availability. ·       The EU managed the end of Russian gas transit through Ukraine without EU-wide price or supply disruption. But the threat model is changing. As the system electrifies and becomes more interconnected, critical infrastructure risk increases . Undersea cables, interconnectors, and digital control systems become high-value targets. A concrete example was the disruption of the Estlink-2 submarine power cable (Finland–Estonia) in December 2024. Supply remained secure, but the incident highlighted the vulnerability of undersea assets. In response, the Commission adopted a Joint Communication in February 2025 to strengthen submarine cable security across four pillars: prevention, detection, response, and deterrence . Extreme weather is another accelerating risk. Events such as major storms and the Iberian blackout (28 April 2025)  underline why resilience planning, emergency restoration capability, and system-wide preparedness must be treated as core components of energy policy. Energy efficiency: the quiet security multiplier Energy efficiency is often framed as a cost-saving tool. It is also a strategic security lever. Every 1% improvement in energy efficiency  is associated with a 2.6% reduction in gas imports . That’s a direct reduction in exposure to external supply shocks. Efficiency also reduces the scale of infrastructure required. The less energy the system needs to deliver, the easier it is to keep it stable, affordable, and resilient. Electrification: the next security challenge is scale Europe’s decarbonisation pathway requires deeper electrification. Yet electricity’s share of final energy demand has remained flat at around 23%  for over a decade. To meet the EU’s objectives, electrification needs to rise to around 32% by 2030  and 50% by 2040 . That implies: ·       More than doubling generation capacity by 2040 (especially when accounting for electricity needed to produce hydrogen) ·       Massive grid and flexibility investment—around EUR 1 trillion in grids and flexibility by 2040  is referenced in the EU’s forward-looking outlook This is a security agenda as much as a climate agenda: the system must scale quickly without compromising reliability. What this means for organisations: resilience becomes a board-level energy topic For businesses and public services, energy security is becoming a continuity planning issue. The transition will reshape: ·       Cost structures (through electrification and long-term contracts) ·       Operational risk (exposure to outages and price spikes) ·       Compliance and reporting (energy and climate governance) ·       Cyber and physical security requirements (critical infrastructure dependencies) The organisations that navigate this well will treat energy as a strategic dependency—mapped, monitored, and managed like any other critical service. Bottom line: clean energy is Europe’s security strategy Europe’s energy transition is entering a decisive phase. The question is no longer whether renewables are desirable, but whether the system can be built fast enough—and resilient enough—to protect citizens and industry. A robust Energy Union—integrated grids, faster permitting, more storage, stronger governance, and sustained investment—turns clean energy into a security guarantee: fewer import dependencies, less exposure to coercion, and a power system designed to withstand both geopolitical shocks and climate-driven disruption. For Europe, clean energy is not only about reaching climate targets. It’s about building a system that can’t be turned against us—and that keeps the lights on, no matter what happens next.

Meta’s 2024 Sustainability Report, released this week, outlines the tech giant’s ongoing efforts to achieve net zero emissions across its value chain, become water positive, and match 100% of its electricity use with renewable energy. At first glance, the report demonstrates a continued commitment to ambitious environmental targets, with detailed disclosures on progress and challenges. Key Highlights: Meta claims to have maintained net zero emissions for its operations since 2020. The company continues to invest in renewable energy, reporting that it matches 100% of its electricity use with renewables. New initiatives target water restoration and biodiversity, aiming to become water positive by 2030. The report includes transparency on Scope 1, 2, and 3 emissions, supply chain engagement, and community impact. Critical Observations: Ambition vs. Action: While Meta’s goals are bold, the report reveals incremental progress rather than transformative change. For example, the net zero achievement is largely attributed to high-quality carbon offsets and renewable energy credits, rather than deep decarbonisation of supply chains or product lifecycles. Scope 3 Emissions and Value Chain Complexity: Like many tech giants, Meta’s greatest environmental impact lies in Scope 3 emissions—those generated by suppliers and users. The report acknowledges these challenges but offers limited detail on concrete strategies to influence suppliers or reduce downstream emissions at scale. Transparency and Data Integrity: The report scores well on transparency, with clear data and third-party assurance. However, as with many corporate sustainability reports, there is a reliance on self-reported metrics and voluntary frameworks, rather than regulatory compliance or alignment with emerging standards like CSRD or TCFD. Stakeholder Engagement: Meta highlights community partnerships and engagement, but the report is light on how stakeholder feedback shapes strategy or leads to course corrections. Genuine stakeholder dialogue is essential for credible, adaptive sustainability leadership. Water Positivity in Action: A Standout Success While much of Meta’s progress is incremental, its water positivity programme stands out as a genuine achievement. In 2024, Meta not only restored more water than it consumed in its data centre operations—particularly in high-stress regions—but also invested in community water projects with real, measurable benefits. What’s impressive here? Meta’s projects restored millions of cubic metres of water to critical watersheds. Partnerships with local NGOs improved water quality and access for communities and ecosystems. Initiatives supported biodiversity and resilience, especially in drought-prone areas. This isn’t just offsetting on paper—it’s a tangible, positive shift for a company whose data centres are famously water-intensive. Meta’s approach sets a positive example for the tech industry, showing how focused, local action can deliver measurable environmental and community impact. Conclusion Meta’s 2024 Sustainability Report is a mixed bag: bold ambitions and cautious delivery, but with a clear win in water stewardship. The big challenge remains: scaling up this kind of impact across all ESG dimensions, especially Scope 3 emissions and supply chain decarbonisation. For now, Meta’s water positivity programme is a rare bright spot—proof that with targeted investment and genuine engagement, major tech companies can make a real difference.

PepsiCo, one of the world’s leading food and beverage companies, has announced a significant revision to its sustainability roadmap, pushing back several key environmental targets by ten years. The move, outlined in their latest press release, comes amid mounting pressures from investors, regulators, and consumers to deliver on ambitious ESG (Environmental, Social, and Governance) commitments. While PepsiCo claims this adjustment will “position the business for the long-term,” the decision to delay goals such as achieving net zero emissions and sustainable packaging has drawn criticism from sustainability advocates. Many argue that such postponements undermine the urgency required to address climate change and resource scarcity. PepsiCo’s revised goals now align with a 2040–2050 timeline for several core sustainability milestones, including reducing greenhouse gas emissions, advancing circular packaging, and promoting regenerative agriculture. The company cites evolving scientific guidance and operational challenges as reasons for the extension. However, this recalibration raises important questions: Does delaying targets risk eroding trust in corporate sustainability pledges? How will this impact industry peers and the pace of sector-wide transformation? What message does this send to stakeholders demanding faster progress on climate and social issues? While recalibrating ambitions can reflect a pragmatic response to real-world complexities, it also risks fuelling scepticism about the authenticity of ESG commitments. As businesses like PepsiCo play a pivotal role in shaping the future of sustainable food systems, the sector—and the planet—can ill afford a decade-long pause on progress.

On 30 May 2025, the United Arab Emirates will officially enforce Federal Decree-Law No. (11) of 2024 on the Reduction of Climate Change Effects. This forward-looking legislation marks a significant milestone in the UAE’s commitment to climate action, aligning with international best practices and the Paris Agreement. The law provides a robust framework for emissions management, climate adaptation, innovation, and international cooperation, positioning the UAE as a regional leader in sustainability. Key Provisions and Objectives The law’s primary objectives are to: Manage and reduce greenhouse gas emissions, contributing to global climate neutrality. Strengthen the resilience of ecosystems, economic sectors, and society to climate change impacts. Foster innovation, research, and the adoption of advanced technologies for climate mitigation and adaptation. Promote data sharing and cooperation on climate science at national, regional, and international levels. Align local and national strategies to enhance the UAE’s global competitiveness and support sustainable, green, and circular economies. Scope and Applicability The law applies to all emissions sources within the UAE, including those in free zones. It mandates that both public and private entities adopt measures to reduce emissions, such as: Improving energy efficiency, Using clean energy, Enhancing natural carbon sinks, Deploying carbon capture, use, and storage (CCUS), Implementing carbon offsetting, Adopting integrated waste management, and Embracing other technologies as determined by the Ministry of Climate Change and Environment. National Pathway to Climate Neutrality Federal Decree-Law No. (11) of 2024 requires the Cabinet, in coordination with relevant authorities, to set annual emission reduction targets across all sectors. These targets are periodically reviewed to reflect economic development priorities and international best practices. Each sector must develop and update plans to achieve these targets and ultimately reach climate neutrality. Measurement, Reporting, and Verification Entities are required to regularly measure and report their emissions, maintain records for at least five years, and submit data to the Ministry. An electronic system will be established for streamlined data collection and verification, ensuring transparency and accountability. Adaptation and Resilience Building The law obliges authorities to develop and implement climate adaptation plans for critical sectors such as infrastructure, energy, environment, health, and insurance. These plans must assess climate risks, establish early warning systems, and report on adaptation progress and climate-related losses. Incentives and Carbon Offsetting To encourage proactive climate action, the law introduces incentives for adopting new technologies and advanced mitigation measures. Mechanisms include carbon offsetting, emissions trading, and the use of shadow carbon pricing. The Ministry will also establish a National Carbon Credit Registry. International Cooperation and Reporting The UAE will continue to strengthen its international climate profile through cooperation, reporting, and compliance with international obligations, including the submission of Nationally Determined Contributions (NDCs) and adaptation plans to the UNFCCC. Penalties and Enforcement Non-compliance with emissions measurement and reporting can result in fines ranging from AED 50,000 to AED 2,000,000, with doubled penalties for repeat violations. Entities have one year from the law’s entry into force to comply, with possible extensions granted by the Cabinet. Conclusion Federal Decree-Law No. (11) of 2024 represents a comprehensive and ambitious approach to climate governance in the UAE. By integrating mitigation, adaptation, technology, and international cooperation, the law sets a strong foundation for sustainable development and climate resilience, in line with the UAE’s vision and global commitments.

Vontier Corporation is a global industrial technology company dedicated to advancing mobility solutions and driving sustainability across its operations. With a focus on addressing the energy trilemma—affordability, security, and sustainability—Vontier leverages innovation to create a positive impact in the mobility ecosystem. The company’s 2025 Sustainability Report highlights its unwavering commitment to environmental stewardship, social responsibility, and governance excellence. A Deep Dive Into Vontier's 2025 Sustainability Report The recently published 2025 Sustainability Report provides a comprehensive overview of Vontier's progress, achievements, and future goals in sustainability. Covering the period from January to December 2024, the report underscores the company’s strategic initiatives in reducing emissions, fostering community engagement, and promoting employee well-being. Key Achievements and Initiatives 1. Emissions Reduction and Environmental Management Vontier has made significant strides in reducing its environmental footprint: Achieved a 40% reduction in absolute Scope 1 and 2 greenhouse gas emissions from the adjusted 2020 baseline. All manufacturing sites are now certified under ISO 14001 Environmental Management Systems , ahead of schedule. Set an ambitious target of a 45% reduction in emissions by 2030 and aims for 90% waste diversion from landfills , currently at 83%. 2. Multi-Energy Future and Green Energy Solutions Vontier is at the forefront of the transition to a multi-energy future, offering solutions across petrol, biofuels, natural gas, hydrogen, and electrification: Launched Konect , a turnkey electric vehicle charging solution tailored for convenience retail customers. Committed to supporting customers in adopting greener energy alternatives while addressing the challenges of affordability and energy security. 3. Community Engagement and Philanthropy The company actively contributes to social well-being: The Vontier Foundation donated approximately $3 million aligned with UN Sustainable Development Goals. Employees participated in over 9,200 volunteer hours globally through the Vontier Cares initiative. Financial contributions included $178,000 in scholarships and $382,000 towards employee student loan debt . 4. Governance and Accountability Vontier ensures transparency and alignment with its sustainability goals through a robust governance structure: The Board of Directors oversees ESG programs and disclosures. The Nominating and Governance Committee coordinates ESG strategies. An ESG Executive Council , comprising senior management, ensures alignment with the company’s long-term vision. 5. Workforce Development and Inclusion The company fosters a culture of learning, inclusion, and employee well-being: Launched the Sustainability Leadership Development Program (SLeD) to cultivate sustainability leaders. Conducted over 660 courses through its Learning Management System, with ~90% of employees participating. Achieved an engagement score of 71% in the 2024 Employee Engagement Survey, with high scores for purpose (80%) and role fit (78%). 6. Recognition and Awards Vontier’s sustainability efforts have earned accolades including: Recognition in Newsweek’s Most Responsible Companies list for the second consecutive year. Named by TIME as one of the World’s Most Sustainable Companies. Read more about this recognition here. Received a Silver sustainability rating from EcoVadis and an AA Leader designation from MSCI . Strategic Focus Areas Employee Health and Safety Achieved a Total Recordable Incident Rate (TRIR) of 0.31 and a Days Away Restricted Transferred (DART) rate of 0.23 , surpassing safety performance goals. Conducted operational safety risk assessments at all manufacturing sites, with 100% of employees completing safety training. Partnerships and Collaborations Vontier collaborates with leading institutions, including Northwestern University, MIT, and NC State , to drive innovation in areas such as decarbonizing trucking. Cybersecurity and Data Protection Established an Information Protection, Optimization, and Governance team to oversee data governance. Delivered over 100 privacy and data governance trainings to ensure compliance with global standards. Measuring Success and Looking Ahead Vontier employs robust key performance indicators (KPIs) to measure its sustainability progress: GHG Emissions : Reduced Scope 1 and 2 emissions by 40% since 2020. Workplace Safety : Maintained strong safety metrics, including a 67% reduction in OSHA recordable injuries at its Greensboro Manufacturing Plant. Waste Management : Achieved 83% waste diversion from landfills, with a goal of 90% by 2030. The company is committed to aligning its reporting with global frameworks such as SASB, TCFD, and GRI , ensuring transparency and accountability in its sustainability practices. Conclusion Vontier Corporation’s 2025 Sustainability Report showcases its dedication to creating a sustainable future through responsible practices, innovative solutions, and community engagement. By integrating sustainability into its core operations and fostering innovation, Vontier is setting a benchmark for responsible business practices in the mobility ecosystem. Through its ambitious goals, strategic partnerships, and focus on employee development, Vontier continues to lead the way in advancing sustainability. This report not only highlights the company’s achievements but also serves as a roadmap for its ongoing journey toward a greener, more sustainable future.