Syed Hassan
#Research #Development #Management #Engineering #Systems #Functions #Standards #Workenvironment #Workculture #Organization #Sustainability #Renewables #Innovation #Ideas #Green #ZERO #Portfolio #SBU #GBU Dy. Director
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Retrofitting for a Sustainable Future: Upgrading Industrial Facilities and InfrastructureRetrofitting, the process of enhancing existing structures or systems, holds immense potential in industrial facilities and infrastructure. This method can significantly improve energy efficiency, reduce emissions, and enhance resilience against natural disasters, ensuring sustainability.Benefits of Retrofitting:Improved Energy Efficiency: Retrofitting enhances energy efficiency, reducing operational costs and environmental footprints.Emission Reduction: Reduced emissions contribute to better air quality and combat climate change.Enhanced Resilience: Retrofitting makes facilities more resilient, safeguarding businesses from disruptions.Retrofitting Methods:Energy Efficiency Upgrades: Installing energy-efficient lighting, insulation, and HVAC systems.Water Conservation: Installing low-flow fixtures, appliances, and addressing leaks.Waste Reduction: Implementing recycling, composting, and waste reduction programs.Sustainable Materials: Using recycled content, renewable materials, and durable options.Disaster-Resistant Measures: Installing flood barriers, wind turbines, and backup generators.The Significance of Retrofitting:Retrofitting is pivotal in enhancing sustainability and efficiency in industrial facilities and infrastructure. It offers cost savings, reduced environmental impact, and increased resilience against natural disasters.Future-Proofing Industrial Facilities:Retrofitting can future-proof industrial facilities by making them adaptable to changing circ*mstances like climate change, evolving technologies, and market demands. This ensures preparedness for future challenges.Investing in retrofitting is essential for businesses aiming to improve sustainability, efficiency, and resilience in their industrial facilities and infrastructure. It results in cost savings, reduced environmental impact, and readiness for future challenges.Additional Tips: Begin with an energy audit to identify energy-saving opportunities.Tailor retrofitting methods to suit the specific needs of your business.Solicit quotes from multiple contractors for informed decisions.Ensure retrofitting work is conducted by qualified professionals.Continuously monitor the retrofitting results to verify desired outcomes.#Retrofitting #Sustainability #EnergyEfficiency #Resilience #FutureProofing #IndustrialFacilities #Infrastructure"
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Bhavesh Shah
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By 2030, the worldwide low-carbon office shortage will reach 70% as demand outstrips supply. Decarbonisation legislation and lease renewals drive fuel consumption, resulting in a significant shortfall. Embracing low-carbon materials and design is critical for lowering building emissions.Read more:https://lnkd.in/dGywe42i"#GSPCrop #GrowBeyond #carbonemission #demand #infrastructure
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George Aketch
Senior Project and Design Manager
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Achieving 2030 Net Zero Carbon in Construction: Reducing Emissions and Addressing Sewer Pollutio.As we push towards the goal of net-zero carbon emissions by 2030, the construction industry must adopt sustainable practices to reduce our carbon footprint and mitigate water pollution from sewer systems. Here’s how we can make a difference:1. Sustainable Building Design:Energy Efficiency: Optimize building orientation, use high-performance insulation, and install energy-efficient windows.Renewable Energy: Integrate solar panels and wind turbines into building designs.Passive Design Techniques: Utilize natural ventilation, daylighting, and thermal mass to reduce energy consumption.2. Green Building Materials:Low-Carbon Materials: Choose materials with lower carbon footprints, like recycled steel and low-carbon concrete.Local Sourcing: Source materials locally to cut transportation emissions and support local economies.3. Efficient Construction Practices:Modern Methods: Use prefabrication and modular construction to reduce waste and energy use.Waste Management: Adopt recycling and reusing practices to minimize environmental impact.4. Operational Carbon Reduction:Smart Technologies: Use smart building technologies to monitor and optimize energy use.Maintenance and Upgrades: Regular maintenance and timely upgrades enhance energy efficiency and extend building component lifespans.Addressing Sewer Pollution:As projects conclude, focus on wastewater and sewer systems to prevent water pollution:Green Infrastructure: Use permeable pavements, green roofs, and rain gardens to manage stormwater.Advanced Treatment: Invest in advanced wastewater treatment technologies and on-site treatment systems.Monitoring and Maintenance: Regular inspection and real-time monitoring of sewer systems prevent blockages and leaks.Planning for Net Zero:To achieve our 2030 target, we must integrate sustainable practices, invest in new technologies, enforce stricter regulations, and promote awareness. By prioritizing carbon reduction and water pollution management, we can create a more sustainable and resilient built environment, ensuring healthier ecosystems and communities for future generations.Together, let’s build a greener future. 🌍🏗️ #Sustainability #NetZero #Construction #GreenBuilding #WaterConservation
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GREEN Global Real Estate Engagement Network
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See AlsoFeds allocate 56 government properties for affordable housingNovel-WD: Exploring acquisition of Novel World Knowledge in LLMs Using Prefix-TuningAugust 23, 2024 – Death Penalty News and UpdatesWaseem Hassan on LinkedIn: I’m happy to share that I’m starting a new position as Facade Designer at…- Report this post
Following the Federal Building Performance Standards issued in December 2022, the U.S. Department of Energy (DOE) recently announced the ‘Final Rule to Propel Federal Buildings Toward Zero Emissions’, accelerating the electrification of new federal buildings and major renovations and reducing fossil fuel pollution. The Rule requires federal agencies to reduce fossil fuel use by 90% for new projects started between fiscal years 2025 and 2029 and to completely eliminate on-site fossil fuel usage in new projects beginning in 2030.Details of the announcement: https://lnkd.in/ethRZh2S 'Government embrace of sustainable construction standards can reshape the market for all large buildings,' shared RMI in its corresponding blog about the announcement.#ZeroEmissions #electrification #sustainableconstruction #carbonemission #emission #ESG #engagement #sustainability
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Danfoss
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The global construction industry faces a dual challenge: meeting the demand for new infrastructure while drastically reducing its environmental impact. With 230 billion square meters of new construction projected over the next 40 years, the need for sustainable solutions is more critical than ever.Heavy-duty machinery, a cornerstone of construction, consumes vast amounts of fossil fuels, resulting in substantial greenhouse gas emissions.However, readily available energy efficiency solutions offer a pathway to immediate emissions reductions in both diesel and hybrid machines, and enhance the business case for electric drivetrains, paving the way for a cleaner, more sustainable construction sector.Learn more: https://lnkd.in/gdFVHcDR #WhyEE #GreenTransition #EnergyEfficiency #Decarbonization
Decarbonizing construction machines | Danfoss Case Study
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638 followers
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While huge progress has been made to reduce waste and increase efficiency in facilities, increasing efficiency and reducing waste during the construction process continues to lag behind. The construction industry makes up approximately 36% of all CO2 emissions while also creating a significant amount of waste. See 3 ways that digital tools can help reduce construction waste and increase efficiency here: https://bit.ly/45AZxt0#ReduceWaste #ReduceEmissions #ConstructionEfficiency #SustainablePlanning
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Delaware Valley Paving
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In the pursuit of sustainability, every aspect of our infrastructure deserves scrutiny. While high-profile renewable energy projects and eco-friendly buildings often steal the spotlight, there’s a less glamorous hero quietly contributing to a greener future: asphalt maintenance programs. Far from being mundane roadwork, these programs play a crucial role in sustainable development by preserving resources, reducing emissions, and enhancing urban resilience.#asphaltmaintenance #nationalmaintenanceprogram #sustainability #asphaltindustry
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ChaAC I+N+C
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Clearly building life-cycle assesment is a main driver to hashtag#decarbonization. Any doubt? #climatechange #embodiedcarbon #netzero #leed #v5 #construction #co2emissions #sustainability #greenbuilding #energyefficiency #lca
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Rachel Sutton
Senior Policy Analyst
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As Canada addresses the twin crises of housing shortages and the climate emergency, all levels of government must implement coordinated green building policies and reduce embodied carbon in building materials. Take a read through this post I've written that highlights some of the ways we can address lifetime carbon emissions.
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Ahmed Lashin
Sustainability Engineer | LEED®AP BD+C™ | TA, Lecturer & ASHRAE Team Supervisor at Ain Shams University
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Sustainability in Infrastructure Projects? 💡 In today's world, sustainable infrastructure development is no longer a choice, it's a necessity as infrastructure projects like energy, water, waste, transport, landscape and information have a major impact on our environment, communities, and overall well-being. Infrastructure projects has different challenges than buildings as the buildings are under the control of a single owner or entity. You can readily optimize building systems. For infrastructure, there is no single responsible entity. There are multiple departments with different issues, agendas, schedules, budgets, customers and integration needed at the city/community and regional levels. That's where the "ENVISION" rating system comes in. ENVISION is a sustainability rating system developed by the Institute for Sustainable Infrastructure (ISI). It is designed to evaluate the sustainability of infrastructure projects across various sectors. ENVISION provides a framework for assessing the social, economic, and environmental impacts of infrastructure projects throughout their life cycle, from planning and design to construction, operation, and maintenance. ENVISION credits cover various aspects of sustainability and are organized into five categories, also known as the "5 Pillars of ENVISION." These categories are as follows:-Quality of Life:Prioritizes human health, well-being, and community development.-Leadership:Encourages collaboration, innovation, and long-term planning.-Resource Allocation:Promotes efficient use of materials, energy, and water.-Natural World:Focuses on minimizing environmental impact and protecting ecosystems.-Climate & Resilience:Ensures projects can withstand the effects of climate change.Are you involved in infrastructure development? I encourage you to explore the ENVISION system (https://lnkd.in/d8At2CeY) and see how it can help you build a more sustainable future!#sustainability #infrastructuredevelopment #Envision #resilientinfrastructure #climatechange
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Infrastructure Magazine
4,770 followers
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The world has lofty goals when it comes to #decarbonisation, and the infrastructure industry has a critical role to play. By adopting #circular economy principles in the design, construction and maintenance of critical assets, the infrastructure sector can contribute significantly to the global reduction of carbon emissions.https://lnkd.in/eZsbMAup
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