#netzeroemissions

[ltslean]

Sustainable Maintenance Practices with CMMS CMMS software can effectively plan, track, schedule and manage various maintenance strategies for any industrial asset while supporting sustainable initiatives. For more details read our blog : https://cmmssoftware.leantransitionsolutions.com/software-blog/sustainable-maintenance-with-cmms

[phonemantra-blog]

Budapest Airport has taken a significant leap forward in environmental responsibility by achieving the prestigious level 4+ "Transition" accreditation in the Airport Carbon Accreditation program, established by the Airports Council International (ACI). This accomplishment places Budapest Airport among an elite group, with only 10% of participating airports (currently 52) achieving this level. Notably, Budapest holds the distinction of being the first airport in Central Europe to secure this certification. What is Airport Carbon Accreditation? The Airport Carbon Accreditation program serves as the only globally recognized, institutionally endorsed program dedicated to assessing and acknowledging the efforts of airports in managing and reducing their carbon footprint. This program utilizes a rigorous certification process with a scale ranging from level one to five. Budapest Airport Soars Exceeding Standards: The 4+ "Transition" Level Explained By achieving the 4+ "Transition" rating, Budapest Airport has demonstrably not only reduced its direct carbon emissions from operations but has also implemented a comprehensive strategy to offset remaining emissions. Furthermore, the airport actively collaborates with its partners to achieve collective emissions reduction. A Commitment to Sustainable Practices Budapest Airport's dedication to sustainability extends beyond simply achieving a prestigious accreditation. The airport has established a long-term target for absolute emissions reduction, fostered a robust stakeholder partnership program, and implemented a meticulously crafted Carbon Management Plan that aligns with the ambitious goals outlined in the Paris Agreement. This plan incorporates a clear reduction pathway to achieve these objectives. Unveiling the Strategies Behind Budapest Airport's Success To attain the coveted level 4+ "Transition" status, Budapest Airport implemented a multi-faceted approach that transcended simply minimizing its emissions. The airport actively expanded its measurements to encompass indirect carbon emissions generated by the activities of companies operating within the airport's premises. A Deep Dive into Measurement Strategies Budapest Airport's data collection procedures incorporated a wide range of factors including: The materials used for de-icing aircraft, runways, taxiways, and aprons. The amount of fuel utilized by subcontractors during construction and development projects. The specific routes and treatment methods employed for waste and wastewater management. The total volume of fuel supplied to airlines. A comprehensive analysis of airport staff commuting habits. A Collaborative Effort for a Sustainable Future The extensive data analysis gleaned from these comprehensive measurements empowers Budapest Airport to work synergistically with its partners to further minimize the environmental impact of the airport's operations. This collaborative approach positions them to achieve the net-zero emissions target established by ACI by 2035. Budapest Airport: A Beacon of Environmental Responsibility Leading by Example: A Look at Budapest Airport's Green Initiatives For many years, Budapest Airport has consistently pursued a well-defined strategy focused on environmental responsibility. This strategy prioritizes collaboration with partners to collectively reduce the airport's environmental footprint. Electrifying the Future A cornerstone of Budapest Airport's environmental strategy centers around the continuous expansion of its electric vehicle fleet and the development of a robust e-charging infrastructure. This initiative also serves to encourage partner companies to embrace e-mobility solutions. As a testament to this commitment, Budapest Airport boasts 96 charging stations for electric vehicles and over 130 electric ground service vehicles currently deployed within the airport. Furthermore, passengers have access to 35 designated electric vehicle charging points in public car parks. Embracing Renewable Energy Sources Since January 2023, Budapest Airport has transitioned to utilizing 100% renewable energy sources to meet its total electricity consumption needs. The airport is actively engaged in developing a 7.5 MW solar farm and laying the groundwork for the implementation of a geothermal heating system. Measurable Results The dedication to sustainable practices implemented by Budapest Airport has yielded demonstrably positive environmental outcomes. Over the past decade, the airport has achieved a reduction in direct carbon emissions exceeding 70%. Waste management practices have also seen significant improvement, with a recycling rate of 73% for municipal and packaging waste in 2023, surpassing the recycling rate of the general population by more than double. Additionally, natural gas consumption has been reduced by an impressive 22% within a single year. Recognition and Looking Ahead Praise from Industry Leaders Olivier Jankovec, Director General of ACI EUROPE, expressed his admiration for Budapest Airport's achievement within the Airport Carbon Accreditation program. He acknowledged that Budapest Airport has attained a critical milestone in carbon management by securing the 4+ "Transition" level certification.

[usnewsper-politics]

Global Climate Conference: Historic Deal to Phase Out Fossil Fuels for Clean Energy Future #fossilfuels #greenhousegasemissions #netzeroemissions #renewableenergysources #UnitedNationsClimateChangeConference

[usnewsper-business]

Building a Greener Future: How Construction Companies Can Achieve Net Zero Emissions #netzeroemissions #sustainableconstruction

[baliportalnews]

Sepanjang 2023, Terobosan Teknologi Co-Firing PLN Mampu Tekan 1,05 Juta Ton CO2 Emisi Karbon

BALIPORTALNEWS.COM, JAKARTA - Melalui pemanfaatan biomassa dalam teknologi co-firing pada Pembangkit Listrik Tenaga Uap (PLTU), PT PLN (Persero) berhasil mereduksi emisi hingga 1,05 Juta ton CO2e dan memproduksi energi bersih sebesar 1,04 terawatt hour (TWh) sepanjang 2023. Capaian sepanjang tahun 2023 meningkat jika dibandingkan realisasi tahun 2022. Dalam produksi reduksi emisi misalnya, PLN mampu menambah pengurangan emisi hingga 450 ribu ton CO2. Produksi energi bersih pun tumbuh hingga lebih dari 77% dari realisasi tahun 2022 sebesar 575 gigawatt hour (GWh). Direktur Utama PLN, Darmawan Prasodjo menjelaskan, pihaknya terus mengembangkan teknologi dalam menjawab tantangan zaman. Dikembangkan sejak tahun 2021, kini substitusi batubara dengan biomassa tak hanya mampu mengurangi emisi karbon, namun juga menggerakkan ekonomi kerakyatan. "Teknologi Co-Firing merupakan sebuah terobosan dalam transisi energi di tanah air. Sebab, dengan teknologi ini, banyak manfaat yang didapatkan, selain pengurangan emisi juga akan mengurangi penggunaan energi fosil. Co-firing tidak hanya menghasilkan listrik andal namun tetap murah bagi masyarakat. Lebih dari itu, co-firing juga mendorong perekonomian kerakyatan lewat keterlibatan langsung masyarakat dalam pengembangan biomassa," kata Darmawan. Sepanjang tahun 2023, PLN telah menyerap biomassa sebanyak 1 Juta ton untuk 43 PLTU yang tersebar di tanah air. Angka ini tumbuh lebih dari 71% dibandingkan realisasi serapan biomassa tahun 2022 yang sebesar 585 ribu ton. Secara bersamaan, PLN terus melakukan uji coba teknologi ini hingga tahun 2025 agar 52 PLTU di Indonesia bisa seluruhnya menggunakan co-firing. Bahkan pada akhir 2023, PLN telah berhasil mengimplementasikan PLTU secara hybrid dimana 100% biomassa beroperasi selama 15 hari dalam satu bulan di PLTU Sintang, Kalimantan Barat. Capaian ini merupakan yang pertama dan terlama di Indonesia, sekaligus sebagai jawaban masa depan energi bersih di Tanah Air. “100 persen penggunaan biomassa ini adalah bentuk konsistensi PLN Group dalam menghadirkan energi bersih untuk Indonesia yang lebih baik. Sebagai pionir, keberhasilan ini juga saya harapkan dapat menjadi pemacu motivasi untuk dapat diterapkan pada PLTU lainnya,” terang Darmawan. Tak sampai di situ, peningkatan ekonomi masyarakat juga bisa digenjot lewat rantai pasok biomassa yang melibatkan langsung masyarakat. Ekosistem biomassa pun terus dikembangkan dengan menggandeng komunitas lokal, Koperasi dan Usaha Mikro Kecil Menengah (UMKM) hingga Pemerintah Daerah setempat sekitar lokasi sumber biomassa. Darmawan mencontohkan, sejak Maret 2023, PLN telah bekerja sama dengan Pemerintah Provinsi DI Yogyakarta dalam mengembangkan kawasan Green Economy untuk mendukung langkah Net Zero Emissions (NZE) 2060 berdasarkan keterlibatan masyarakat lokal. "Kami sebagai BUMN tak hanya bertanggung jawab dalam menyediakan energi bersih saja. Inovasi yang kami kembangkan ini juga menyasar berbagai aspek, mendorong ekonomi kerakyatan, menjaga kelestarian hutan, dan rehabilitasi lahan tandus serta melepas ketergantungan atas bahan bakar fosil," pungkasnya.(tis/bpn) Read the full article

[mirecalemoments01]

US and China Absent from UN's "No Nonsense" Climate Summit

China and the United States, the world's two largest greenhouse gas emitters, are notably absent from the list of speakers at a UN climate summit that prioritizes leaders of countries with concrete plans to achieve net-zero emissions. Secretary-General Antonio Guterres had emphasized his intention to make the summit a "no-nonsense" event, and the exclusion of these top emitters underscores the focus on ambitious climate action. Notable Absence The list of 41 speakers released by the United Nations does not include China or the United States, despite US President Joe Biden's presence in New York for the United Nations. President Biden has unveiled significant legislation to reduce carbon emissions and set a goal of achieving a net-zero emissions economy by 2050. However, critics argue that more substantial action is required to reach this goal, especially considering political opposition to climate initiatives from the Republican Party. Inclusion of California While the United States is not represented as a whole, the "Climate Ambition Summit" will feature California, with Governor Gavin Newsom participating. California has been a leader in climate action within the US and has set ambitious targets for reducing emissions and transitioning to clean energy. Participating Countries Other countries invited to participate in the summit include Brazil, Canada, and France, along with the European Union. Notably, London Mayor Sadiq Khan will speak, but the United Kingdom as a whole is not listed as a speaker. Guterres' Call for Action Addressing the General Assembly, Secretary-General Guterres highlighted the urgency of addressing climate change in the face of record-breaking climate-related events. He emphasized the need to break free from the pattern of countries waiting for others to take action and called for real climate action. Guterres expressed his support for those advocating for substantial climate action and affirmed their position on the right side of history. Conclusion The absence of China and the United States from the list of speakers at the UN's "Climate Ambition Summit" reflects a commitment to prioritizing nations with concrete plans for achieving net-zero emissions. It underscores the growing emphasis on ambitious climate action and the need for all countries, particularly major emitters, to take substantial steps to combat climate change. What is the "No Nonsense" Climate Summit organized by the United Nations?The "No Nonsense" Climate Summit is an event organized by the United Nations to prioritize leaders of countries with concrete plans to achieve net-zero greenhouse gas emissions. It aims to focus on ambitious climate action.Why are China and the United States, the top two emitters, absent from the list of speakers at the UN's Climate Ambition Summit?China and the United States are absent from the list of speakers because the summit aims to include only leaders of countries with concrete plans for achieving net-zero emissions. The absence reflects the focus on ambitious climate action.What are the climate goals set by US President Joe Biden?US President Joe Biden has set a goal of achieving a net-zero emissions economy by 2050. However, critics argue that more substantial action is needed to reach this goal, given political opposition to climate initiatives. Why is California represented at the summit, even though the United States as a whole is not listed as a speaker?California is represented at the summit because of its leadership in climate action within the United States. Governor Gavin Newsom is participating, and California has set ambitious targets for reducing emissions and transitioning to clean energy. Read the full article

[factsnews1]

The Race to Decarbonization: Key Strategies for a Net-Zero Emissions Future

In the global race towards a sustainable future, decarbonization is the name of the game. Here are some key strategies that are shaping the path to a net-zero emissions future:

Renewable Energy: Transitioning to renewable energy sources like solar, wind, and hydroelectric power is a cornerstone of decarbonization efforts. They reduce greenhouse gas emissions and promote sustainability.

Energy Efficiency: Improving energy efficiency across industries, transportation, and homes reduces the overall energy demand, helping lower carbon footprints.

Carbon Capture and Storage (CCS): CCS technologies capture carbon dioxide emissions from industrial processes and power plants, preventing them from entering the atmosphere.

Sustainable Transportation: Electric vehicles (EVs), hydrogen-powered vehicles, and improved public transportation systems play a vital role in reducing emissions from the transportation sector.

Circular Economy: Moving toward a circular economy reduces waste and promotes recycling, which can significantly cut emissions associated with resource extraction and production.

For an in-depth look at these strategies and their impact on the road to decarbonization, check out the full article here.

The journey to a sustainable, net-zero emissions future requires a collective effort from all of us. Stay informed and engaged, Tumblr fam! 🌍🌱

[articles-webhunk]

Carbon Reduction Policies: Global Push Toward Net-Zero Emissions Nations worldwide are implementing carbon reduction policies to meet net-zero targets, fight climate change, and drive a shift toward sustainable growth. Read more #carbonreduction #netzeroemissions #climatechange #greenenergy #sustainability #renewableenergy #globalpolicy

[gis56]

♻️ Turning Up the Heat! Semiconductor Waste Heat Recovery Market to Hit $8.9B by 2034 🔥💡 #Sustainability #GreenTech

Semiconductor Waste Heat Recovery Systems Market is gaining significant traction as the global focus sharpens on energy efficiency, sustainable production, and green innovation. Projected to grow from $4.5 billion in 2024 to $8.9 billion by 2034 at a CAGR of 7.1%, this market represents the intersection of cutting-edge engineering and eco-conscious manufacturing. These systems are designed to capture and convert waste heat — a byproduct of semiconductor fabrication — into usable energy. Through technologies such as thermoelectric generators (TEGs), heat exchangers, and phase change materials, they reduce energy waste, lower carbon emissions, and slash operational costs. The adoption of these solutions not only boosts efficiency but also aligns semiconductor manufacturing with global net-zero emissions goals.

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Thermoelectric generators lead the charge as the most dominant segment, known for converting waste heat directly into electricity without moving parts, making them highly efficient and low-maintenance. Heat exchangers, backed by advancements in material science, follow as a close second, offering scalable, high-performance solutions ideal for industrial applications.

The industrial segment takes the lion’s share of the market — 45% in 2024 — driven by stricter regulations, energy cost concerns, and a need for sustainable manufacturing. The commercial (30%) and residential (25%) segments are also seeing growing interest as decentralized and small-scale energy recovery gains momentum.

Regionally, North America remains the frontrunner thanks to strong investments in semiconductor R&D, high-tech infrastructure, and government support for clean energy initiatives. Meanwhile, Asia-Pacific — especially China and South Korea — is emerging as a formidable market, thanks to massive investments in semiconductor fabs and green manufacturing practices.

The market’s evolution is further accelerated by strategic partnerships between semiconductor giants and technology innovators, seeking to retrofit or integrate waste heat recovery solutions into existing production lines. This not only improves energy yield but also future-proofs operations against rising environmental standards.

Key players such as Siemens AG, General Electric, and Mitsubishi Electric are investing heavily in solid-state technologies, bismuth telluride-based modules, and thermophotovoltaic systems, creating smarter, more adaptable recovery systems. Their innovations are expected to pave the way for even broader applications — from HVAC and automotive exhaust systems to data centers and power plants.

As sustainability becomes a non-negotiable benchmark for industries, semiconductor waste heat recovery systems are no longer a luxury — they’re a necessity. The coming decade promises an energy revolution, where even waste becomes a resource.

#semiconductormarket #wasteheatrecovery #thermoelectricgenerators #greentechnology #energyrecovery #sustainablemanufacturing #cleantech #netzeroemissions #heatcapture #solidstatetech #semiconductorfabs #circulareconomy #hvacinnovation #smartenergy #energyefficiency #greenfactory #heat2power #semiconductorrecycling #heatmanagement #poweringefficiency #retrofittedsystems #datacentertech #greenmanufacturing #industrialsolutions #automotiveenergy #bismuthtelluride #renewableheat #lowcarbonfuture #techforclimate #phasechangematerials #heatxchange #futureoffabs #smartfactorytech #siemensinnovation #gepowertech

[globalinsightblog]

🌱 Carbon Neutral Food Production: Market Boom to $10.2B by 2034!

Carbon-Neutral Food Production Market is set for remarkable growth, projected to expand from $4.5 billion in 2024 to $10.2 billion by 2034, at a CAGR of approximately 8.5%. This market focuses on sustainable practices and technologies designed to achieve net-zero carbon emissions in food production, aligning with increasing consumer demand for environmentally responsible products and stringent regulatory requirements.

To Request Sample Report: https://www.globalinsightservices.com/request-sample/?id=GIS10563 &utm_source=SnehaPatil&utm_medium=Article

Key Drivers of Growth

The market’s rapid expansion is driven by the global shift towards sustainable agriculture and the growing demand for eco-friendly, health-conscious food options. The plant-based food segment dominates with a 45% market share, fueled by the rising popularity of vegan and vegetarian diets. Meanwhile, the organic farming segment is witnessing robust growth, supported by regulatory incentives and increasing consumer awareness about sustainable practices.

Regional Insights

Europe leads the market, backed by strict environmental regulations and a strong consumer base for sustainable products.

North America follows closely, driven by investments in carbon-neutral technologies and favorable government policies. The United States is gaining traction with significant advancements in sustainable food production technologies.

Asia-Pacific is poised for rapid growth, supported by rising disposable incomes and increasing awareness of carbon footprints.

Latin America and the Middle East and Africa are emerging markets, with growing agricultural activities and a shift towards sustainable food practices.

Market Segmentation

The market is segmented by:

Type: Plant-Based, Lab-Grown, Organic, Regenerative, Hydroponics, Vertical Farming

Product: Fruits & Vegetables, Meat Alternatives, Dairy Alternatives, Bakery & Confectionery

Technology: Blockchain, IoT, AI & Machine Learning, Precision Agriculture, Renewable Energy

End User: Consumers, Farmers, Food Manufacturers, Retailers

Key Players

Leading players such as Beyond Meat, Impossible Foods, and Oatly are driving the market by leveraging innovative technologies and sustainability-focused strategies.

With increasing consumer awareness and supportive government policies, the Carbon-Neutral Food Production Market presents significant growth opportunities for stakeholders aiming to align with sustainability trends.

#CarbonNeutralFood #SustainableAgriculture #PlantBasedRevolution #EcoFriendlyFood #CarbonFootprintReduction #ZeroEmissions #OrganicFarming #RegenerativeAgriculture #VerticalFarming #Hydroponics #Agroforestry #GreenFoodProduction #ClimateSmartAgriculture #NetZeroEmissions #SustainableLiving #FoodInnovation #LabGrownFood #MeatAlternatives #DairyAlternatives #SmartAgriculture #CarbonOffset #CleanEating #CircularEconomy #RenewableEnergy #FarmToTable #FoodSustainability #GreenTech #FoodTech #SustainableFoodSystems #FutureOfFood #MarketGrowth

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[phonemantra-blog]

Delta Air Lines isn't just celebrating Earth Month – their commitment to sustainability is a continuous journey. While Earth Day brings focused attention to environmental issues, Delta's dedication to a greener future takes flight every single day. This article explores the multifaceted approach Delta is taking to achieve net-zero emissions by 2050, highlighting initiatives across various timeframes. Delta's Sustainability Roadmap: A Multi-Pronged Approach Delta's sustainability strategy encompasses a comprehensive approach, focusing on three key areas: What We Fly: Delta continuously invests in modernizing its fleet, incorporating the latest fuel-efficient aircraft technology. Delta Soars Towards a Sustainable Future How We Fly: Optimizing flight operations through improved routing, weight management, and landing procedures all contribute to significant fuel savings. The Fuel We Use: Delta prioritizes the adoption of Sustainable Aviation Fuel (SAF) as a key strategy to reduce carbon footprint. Celebrating Earth Month with Action: Engaging Employees and Customers Throughout April, Delta actively engages its employees and customers in various Earth Month initiatives: CHaRM Corporate Challenge: Partnering with the Center for Hard to Recycle Materials (CHaRM), Delta is leading the way in corporate recycling efforts within Atlanta. Volunteer Opportunities: Delta employees are encouraged to participate in volunteer activities throughout the month, focusing on environmental cleanup projects in various locations. Employee Travel Guide: Social media platforms showcase Delta employees' recommendations for sustainable travel practices. Earth Month Collection on In-Flight Entertainment: Passengers can explore educational and inspirational content related to environmental issues on Delta Studio, the airline's industry-leading in-flight entertainment system. 2024 and Beyond: Building on Progress This year promises further advancements in Delta's sustainability journey: Embedding Sustainability Across the Business: Delta fosters a culture of environmental awareness by integrating sustainability goals into every department's KPIs. This empowers all employees to contribute to fuel and waste reduction efforts. Driving Fuel Savings: The Delta Carbon Council spearheads numerous initiatives focused on fuel efficiency. Collaboration across teams optimizes flight routing, landing procedures, and weight management, all contributing to significant fuel savings. Scaling SAF: Delta actively advocates for policies that incentivize the production of Sustainable Aviation Fuel (SAF). Securing offtake agreements and supporting initiatives like the Minnesota SAF Hub are crucial steps in making SAF more widely available. Modifying Existing Fleet: Delta's ongoing program to retrofit its existing fleet with enhanced winglets and lightweight landing gear further improves fuel efficiency. Reducing Single-Use Plastics In-Flight: Testing paper cups on transcontinental flights represents a significant step towards minimizing single-use plastics onboard by 2025. Looking Ahead: Milestones for the Next Decade 2030 and 2035 serve as crucial milestones in Delta's sustainability roadmap: The Rise of EVTOL: Delta's investment in Joby Aviation, a leader in developing electric vertical takeoff and landing (eVTOL) aircraft, signifies its commitment to exploring innovative and sustainable transportation solutions. Implementing SAF: Delta actively promotes policies that incentivize SAF production, aiming to achieve 10% SAF usage by 2030 and 35% by 2035. Fleet Renewal: Delta continuously invests in next-generation aircraft, each iteration boasting improved fuel efficiency compared to retiring models. A Vision for the Next Century: Partnering for Innovation As Delta approaches its 100th anniversary, its focus extends beyond the immediate future. Through the Delta Sustainable Skies Lab, the airline partners with industry leaders to explore groundbreaking technologies for a more sustainable future of flight. Hydrogen-Powered Aircraft: Delta's collaboration with Airbus explores the potential of hydrogen as a future fuel source for commercial aircraft, including infrastructure considerations for production and supply. Revolutionary Aircraft Design: Partnering with Boeing and NASA, Delta investigates the Transonic Truss-Braced Wing (TTBW) design, a revolutionary concept that could significantly enhance fuel efficiency.