The 3 Scopes of Carbon: A Guide to Measuring and Reducing Your Impact

This post rightly frames sustainability as an imperative, not an option. For the Architecture, Engineering, and Construction industry, achieving net-zero by 2060 is a monumental challenge that requires a fundamental shift. This is especially true in Indonesia, where rapid development and industrial growth must be balanced with ambitious climate goals. Furthermore, we are particularly focused on how our skills contribute to emerging critical solutions like Carbon Capture, Utilization, and Storage (CCUS), which is vital for decarbonizing Indonesia's industrial sector. Our role in the CCUS value chain is essential Structural Assessment & Analysis: Integrity assessments are conducted on existing infrastructure to evaluate its potential for reuse or adaptation for new purposes. This includes the analysis of industrial facilities for the safe integration of new process technologies and equipment. Finite Element Modelling (FEM): This method is crucial for the design of complex industrial components, piping systems, and critical supports. Complex loads and stresses are modelled to ensure absolute safety and long-term reliability under demanding operating conditions. Structural Testing & Monitoring: For both new and repurposed critical infrastructure, rigorous monitoring systems are implemented. This long-term verification of structural integrity is essential for ensuring operational safety and managing risk over the full lifecycle of an asset The future of our profession lies in decoupling development from environmental impact. In Indonesia, this means embracing not only sustainable design but also enabling technologies like CCUS. This isn't a peripheral concern; it's becoming the central criterion for excellence in engineering. #BuiltEnvironment #ClimateAction #Engineering #NetZero #CCUS #CarbonCapture #Indonesia #Infrastructure #StructuralEngineering"

Carbon Emissions Explained Credit to Net Zero Frontiers. Follow them for more valuable insights. Original Post _________ When companies talk about going net-zero, what does that actually mean? It all comes down to how we measure carbon emissions — and there are 3 main categories you should know: 🔵 Scope 1 – Direct Emissions Emissions a company produces directly: think company cars , onsite fuel burning, or factory operations. 🔵 Scope 2 – Indirect Energy Emissions Emissions from the electricity, heat, or steam a company buys. Example: switching your office to renewable energy cuts Scope 2 big time. 🟢 Scope 3 – Other Indirect Emissions Here’s the big one. These are emissions a company doesn’t directly control but is responsible for: supply chains, purchased goods, business travel, waste management, even how customers use their products. For most companies, Scope 3 makes up over 70% of total emissions. Why this matters: Many businesses focus only on Scope 1 & 2 because they’re easier to track. But without tackling Scope 3, we can’t truly reach net-zero. ⚠️ Reality check: Decarbonizing Scope 3 is complex — it requires rethinking supply chains, partnerships, and even consumer behavior. ✅ The opportunity? Companies that lead on Scope 3 will not only cut emissions but also future-proof their business and gain trust from investors, regulators, and customers. So next time you hear “net-zero pledge,” ask: Does it cover Scope 3? Because that’s where the real change happens. __________ 📣 Found this post helpful? Feel free to share it with your network! 👉 Follow Net Zero Frontiers on Facebook : https://lnkd.in/d8u2qWfK 👉 Follow Net Zero Frontiers on Instagram : https://lnkd.in/dtVdpRiu 👉Follow Sustainability Infographics 📊 to learn from the industry's best visuals. #NetZero #ClimateAction #Decarbonization #Scope1 #Scope2 #Scope3 Image Credit: climeworks

Understanding Carbon Footprint As we strive to reduce our environmental impact, calculating our carbon footprint is a crucial step. But did you know that carbon footprint can be calculated on different bases? What is Carbon Footprint? Carbon footprint refers to the total amount of greenhouse gas (GHG) emissions, particularly carbon dioxide (CO2), released into the environment due to human activities or a specific product or service. It's usually expressed in units of CO2 equivalent (CO2e), accounting for the global warming potential of different GHGs. Different Bases for Calculating Carbon Footprint: 1. Product Carbon Footprint: Calculates GHG emissions associated with a specific product throughout its lifecycle, from raw material extraction to end-of-life disposal. This helps businesses identify areas for improvement and optimize their product's environmental performance. 2. Organizational Carbon Footprint: Measures total GHG emissions associated with an organization's operations, including energy consumption, transportation, and supply chain activities. This enables companies to set realistic targets and track progress towards reducing emissions. 3. Individual Carbon Footprint: Estimates GHG emissions associated with an individual's lifestyle, including energy consumption, transportation, and food choices. This empowers individuals to make informed decisions and adopt sustainable habits. Calculating Carbon Footprint: Key Considerations - Define the scope and boundaries of your calculation - Collect accurate data on energy consumption, transportation, and other relevant activities - Apply relevant emission factors and conversion rates - Use standardized methodologies and tools, such as the Greenhouse Gas Protocol Tools and Resources - Greenhouse Gas Protocol (GHG Protocol) - IPCC Guidelines for National Greenhouse Gas Inventories - Carbon footprint calculators (e.g., EPA, Carbon Trust) Example Calculation Energy consumption: 10,000 kWh/year Emission factor: 0.5 kg CO2/kWh CO2 emissions: 10,000 kWh/year x 0.5 kg CO2/kWh = 5,000 kg CO2/year Calculating carbon footprint can be complex, and accuracy depends on data quality and methodology. By understanding and calculating our carbon footprint, we can identify opportunities for reduction and contribute to a more sustainable future. #CarbonFootprint #Sustainability #ClimateAction #GreenhouseGasEmissions #NetZero

Carbon Offsets vs. Real Emission Reductions: What Actually Works? “Plant a tree, buy some credits, and you’re net zero.” Sounds simple, doesn’t it? But sustainability is rarely that simple. Carbon offsets are everywhere in corporate messaging. They sound great — fund a reforestation project, invest in a renewable energy initiative, and voilà, your emissions are “balanced.” And yes, offsets can make a difference when used strategically. They fund projects that might not exist otherwise and can accelerate global climate action. Here’s the catch: offsets alone don’t cut emissions at the source. I’ve worked with companies that leaned heavily on offsets, thinking the problem was solved. But when you peel back the layers, the emissions are still there — unchanged in operations, supply chains, and day-to-day processes. That’s why real sustainability always starts internally: Upgrade energy-intensive equipment Optimize production and logistics Choose sustainable materials Reduce waste wherever possible Offsets should be the cherry on top, not the cake itself. Use them to tackle what cannot yet be reduced, not as a shortcut around doing the hard work. Here’s something I’ve noticed: the companies that lead in sustainability aren’t just ticking boxes — they measure, innovate, and embed sustainable practices in every decision. They turn emission reduction into a business advantage, not just a reporting metric. So next time someone says, “We’ll offset it,” ask: What are we doing to actually reduce it first? Sustainability isn’t a marketing exercise. It’s a journey of real action, measurable impact, and continuous improvement. Offsets can help, but real leaders focus on cutting emissions where it matters most — before buying their way out of the problem. #Sustainability #Carbonoffsets #Netzero #Climateaction #ClimatewithDwiti

The Hidden Chain Behind Every Emission When companies talk about “net zero” — it’s not just about turning off the lights or planting trees. It’s about understanding the 3 Scopes of Emissions — the global standard set by the Greenhouse Gas Protocol. Let’s break it down: 🌐 Scope 1 – Direct Emissions These come from sources your company owns or controls. Think company vehicles, boilers, or on-site fuel combustion. 🌐 Scope 2 – Indirect (Energy-Related) Emissions These occur when you buy electricity, heat, or steam to power your operations. The emissions don’t happen in your facility — but they happen because of you. 🌐 Scope 3 – Indirect (Value Chain) Emissions The big one. These include everything else — from suppliers and transport to employee travel, product use, and disposal. For most companies, Scope 3 makes up over 70% of total emissions. If you only track Scopes 1 & 2, you’re missing the full picture. The path to sustainability starts with transparency — knowing where your emissions lie across the value chain. Only then can you measure, reduce, and lead real change. Let’s move beyond targets — and build accountability into every link of the chain. Puai Puai T.Cecelia AlphonsusNurain Amirah Shamsul AnuarNur Farahani RasolSiti Maisarah Z. hashtag #Sustainability hashtag #NetZero hashtag #ClimateAction hashtag #CarbonEmissions hashtag #ESG hashtag #Decarbonization hashtag #Scope1 hashtag #Scope2 hashtag #Scope3

🌍 As we mark a decade since the historic climate accord, the path to net zero is steeper than ever. But at Schneider Electric, we’re not just reflecting – we’re acting. By combining electrification, automation, and digital intelligence, we’re helping bridge the gap between climate ambition and delivery. From resilient microgrids to decarbonizing supply chains, we’re showing how energy technology can drive meaningful and sustainable transformation. 📉 Our impact so far: • 79% reduction in our own emissions (2017–2024) • 700Mt CO₂ saved or avoided for our customers • 40% emissions cut from our top 1,000 suppliers Together, let continue partnering and progressing – pushing the boundaries to turn ambition into action. 💚 Dive into our Chief Sustainability Officer Esther Finidori’s insights: http://spr.ly/6041A9m7x #ParisAgreement #ClimateWeek #EnergyTechnology #ImpactCompany

🌍 Building a Robust Net Zero Strategy: What It Takes Achieving Net Zero is more than a commitment—it’s a comprehensive journey that requires clarity, planning, and accountability. A credible strategy begins with understanding your organization’s emissions profile, operational footprint, and stakeholder expectations. Key elements of an effective Net Zero strategy include: • Emissions Measurement & Tracking: Establishing a baseline and ongoing monitoring for scope 1, 2, and relevant scope 3 emissions. • Energy Transition: Increasing the share of renewable energy and improving energy efficiency across operations. • Decarbonisation Initiatives: Investing in technologies, processes, and innovation to reduce emissions in production, supply chains, and product lifecycles. • Governance & Accountability: Assigning clear responsibility for climate action, reporting, and compliance with global standards. • Alignment with Global Frameworks: Integrating Science-Based Targets (SBTs), ESG goals, and international carbon reporting standards to ensure credibility and transparency. A well-designed Net Zero strategy not only reduces environmental impact but also strengthens business resilience, investor confidence, and stakeholder trust. Organizations that plan strategically are better positioned to lead in a rapidly evolving sustainability landscape. #NetZero #CarbonAccounting #ESG #ClimateAction #CorporateSustainability #Decarbonisation #GHGReporting #SustainabilityLeadership #ClimateGovernance #EnvironmentalStrategy

🌍 As we mark a decade since the historic climate accord, the path to net zero is steeper than ever. But at Schneider Electric, we’re not just reflecting – we’re acting. By combining electrification, automation, and digital intelligence, we’re helping bridge the gap between climate ambition and delivery. From resilient microgrids to decarbonizing supply chains, we’re showing how energy technology can drive meaningful and sustainable transformation. 📉 Our impact so far: • 79% reduction in our own emissions (2017–2024) • 700Mt CO₂ saved or avoided for our customers • 40% emissions cut from our top 1,000 suppliers Together, let continue partnering and progressing – pushing the boundaries to turn ambition into action. 💚 Dive into our Chief Sustainability Officer Esther Finidori’s insights: http://spr.ly/6041A9oAS #ParisAgreement #ClimateWeek #EnergyTechnology #ImpactCompany

🌍 As we mark a decade since the historic climate accord, the path to net zero is steeper than ever. But at Schneider Electric, we’re not just reflecting – we’re acting. By combining electrification, automation, and digital intelligence, we’re helping bridge the gap between climate ambition and delivery. From resilient microgrids to decarbonizing supply chains, we’re showing how energy technology can drive meaningful and sustainable transformation. 📉 Our impact so far: • 79% reduction in our own emissions (2017–2024) • 700Mt CO₂ saved or avoided for our customers • 40% emissions cut from our top 1,000 suppliers Together, let continue partnering and progressing – pushing the boundaries to turn ambition into action. 💚 Dive into our Chief Sustainability Officer Esther Finidori’s insights: http://spr.ly/6047A9kA9 #ParisAgreement #ClimateWeek #EnergyTechnology #ImpactCompany

The Big Picture: Emissions Across the Value Chain Credit to Net Zero Frontiers. Follow them for more valuable insights. Original Post _________ Most companies today talk about “cutting carbon,” but when you look closely, not all emissions are the same. That’s why the Scope 1, 2, and 3 framework matters — it shows where emissions truly come from and who’s responsible for reducing them. 🔹 Scope 1 (Direct): These are emissions from sources your company directly controls — like fuel burned in vehicles or boilers at your facilities. Think of it as the smoke coming straight out of your own chimney. 🔹 Scope 2 (Indirect - Energy): These are emissions from the electricity, heat, or cooling you purchase. You don’t burn the fuel yourself, but you still rely on energy production that does. 🔹 Scope 3 (All Other Indirect): This is the BIGGEST share for most businesses — covering the full value chain. From the raw materials you buy, to waste generated, to transporting goods, to the use and disposal of your products. Over 70% of a company’s carbon footprint often lies here. 👉 Here’s the challenge: Many companies report on Scope 1 and 2 because they’re easier to measure, but real climate leadership comes from tackling Scope 3. That means engaging suppliers, redesigning products, and helping customers use them more sustainably. 💡 If we only focus on direct emissions, we miss the bigger picture. To achieve net zero, businesses need to take responsibility across the entire chain — upstream and downstream. ✅ Do you think most companies are truly ready to tackle their Scope 3 emissions? Or are we still stuck at the “easy wins” of Scope 1 and 2? __________ 📣 Found this post helpful? Feel free to share it with your network! 👉 Follow Net Zero Frontiers on Facebook : https://lnkd.in/d8u2qWfK 👉 Follow Net Zero Frontiers on Instagram : https://lnkd.in/dtVdpRiu 👉Follow Sustainability Infographics 📊 to learn from the industry's best visuals. #NetZero #Sustainability #ClimateAction #CarbonEmissions #Scope123 #CircularEconomy #Decarbonization Image Credit: UNHCR