World Finance Magazine’s Post

Vertiv, a global provider of critical digital infrastructure and continuity solutions, has unveiled an innovative approach to data center design with the launch of wooden data center modules, according to a report on Data Center Dynamics. This groundbreaking initiative introduces an eco-friendly and sustainable alternative to traditional data center construction materials. The wooden modules are designed to provide enhanced thermal performance and energy efficiency while reducing the carbon footprint of data center facilities. As sustainability becomes a key focus in the tech industry, Vertiv's wooden data center modules signify a forward-looking step in environmentally conscious infrastructure development. https://lnkd.in/gnf6tQtG #Vertiv #WoodenDataCenter #DataCenterModules #SustainableInfrastructure #DataCenterDynamics #EcoFriendlyTech #CarbonFootprintReduction #InnovationInTech #GreenTechnology #DigitalInfrastructure #UnderstandingEnterpriseTech #EnterpriseTechnologyNow #EnterpriseTechnologyToday

Scope 3 emissions are not directly controlled by the data centers, so what can they do to curb them? Reduce Scope 3 emissions = partner (contract) with companies that manage their assets well. Best way to manage assets well? With solutions like #EAM and #assetperformancemanagement technologies. These technologies improve analysis of energy consumption and output, ultimately giving better understanding for decision making to lower their emissions which then trickle down to the "vendors" (data centers in this case) sustainability goals. Grant Zoldowski nailed it on the head in this write up...he says: “We can innovate to reduce Scope 3 emissions through partnerships during data center builds and thereby curb carbon emissions,” said Grant Zoldowski, director of environmental management at United Rentals, which supplies industrial equipment for construction sites across North America. “It is all about being efficient and sustainable and using a model that utilizes our equipment well and cuts out waste.” Love this last bit the most: “It is all about being efficient and sustainable and using a model that utilizes our equipment well and cuts out waste.” Enterprise Asset Management (not a CMMS), Asset Performance Management are game changers for being efficient and meeting sustainability goals. #sustainability #processimprovement #ci #energymanagement

📢 𝐀𝐩𝐩𝐥𝐲𝐢𝐧𝐠 𝐋𝐄𝐄𝐃 𝐭𝐨 𝐝𝐚𝐭𝐚 𝐜𝐞𝐧𝐭𝐞𝐫 𝐩𝐫𝐨𝐣𝐞𝐜𝐭𝐬: 1 - What are the advantages of using LEED for data centers? - USGBC has adopted both the LEED for Building Design and Construction (BD+C)and LEED for Operations and Maintenance (O+M)rating systems to make room for the needs of the technology sector and bring even more solutions for data centers. - LEED is the world’s first green building rating system to address data centers. - USGBC addresses barriers so these facilities and their owners can successfully demonstrate their sustainability goals. -LEED‐certified data centers are the triple bottom line in action; benefiting people, the planet, and profit. -By earning LEED certification, these projects can consume less energy, less water, and fewer natural resources and are ultimately aimed to reduce the overall impact of development on the local, regional, and global environment. #USGBC #sustainability #HBDP #Datacenter #LEED #ASHRAE

What Stands in the Way of the Net-Zero Data Center? Summary: As industry experts and insiders discussed, the journey toward achieving net-zero data centres is fraught with challenges, yet it presents several opportunities. The complexities associated with this transition span the entire lifecycle of data centres, including design, construction, procurement, operations, maintenance, and equipment retirement. Here are key challenges and strategies on this path: Urgent Action Required: The 2030 sustainability targets may seem distant, but the urgency is real. Priyal Chheda of Corgan stresses the need to start now to meet these goals. Opportunities abound in investments like renewable energy and on-site generation, which not only foster sustainability but also yield financial benefits through reduced utility costs. Sustainable Construction Practices: The choice of materials in construction plays a significant role. Mass timber is highlighted as a sustainable alternative to traditional concrete and steel due to its comparable strength, lighter weight, and lower environmental impact. However, its suitability varies across different data centre parts based on load requirements and other factors. Regulatory Pressures and Compliance: Regulatory frameworks are increasingly demanding reductions in carbon emissions. It's up to data centre operators to steer through these evolving regulations and investor demands for genuine sustainability, moving away from mere greenwashing. Lifecycle Assessments and Standards: The variability and complexity of environmental product declarations (EPDs) and lifecycle assessments (LCAs) present difficulties. These tools are crucial for measuring and managing the environmental impact throughout a product's lifecycle but suffer from a lack of standardisation. Reducing Embodied Carbon: Embodied carbon, which encompasses all carbon emissions associated with the materials and construction processes up to the point of use, is a significant part of a data centre's carbon footprint. Efforts to reduce embodied carbon are essential, with alternatives to high-carbon materials like concrete being critically important. Supply Chain Accountability: Traceability and accountability in the supply chain are paramount. Understanding the origins of materials such as copper and ensuring responsible sourcing practices are integral to broader sustainability efforts. Data centres must hold their suppliers to high environmental standards to ensure progress toward net-zero goals. These challenges underscore the need for a holistic and proactive approach to sustainability in the data centre industry. By addressing these issues, data centre operators can significantly contribute to the broader goal of climate change mitigation while potentially reaping economic benefits. #DataCenterSustainability #NetZeroGoals #SustainableConstruction #RegulatoryCompliance #SupplyChainSustainability #EmbodiedCarbon

🌟 Hidden Emissions of the Cloud: Examining Embodied Carbon and Cost Impacts of Data Center Cooling Technologies 🌟 Thrilled to be back from maternity leave and eager to shine a spotlight on the incredible research we led through Introba’s Impact Fund Program last year. Teaming up with experts from Introba, Currie & Brown, TYLin | Silman Structural Solutions, and Sidara, we delved into the embodied carbon emissions impact of three mechanical cooling technologies in data centers. While my time away wasn't exactly a leisurely break, it offered ample moments for reflection. Contemplating the digital-dominated world my son will grow up in has prompted me to deeply consider: How can we foster a balance between digital innovation and ecological preservation for the generations to come? Moreover, what strategies can we implement to instill a sense of environmental responsibility and stewardship in the digital age? Our research underscores the critical importance of addressing the embodied carbon emissions of MEP equipment in our quest to decarbonize data centers. Shockingly, over 90% of the cumulative embodied carbon emissions during a data center’s 60-year life cycle can be traced back to MEP equipment, with more than 95% of these emissions stemming from just the top ten mechanical and electrical components! As a call to action, we implore suppliers and manufacturers worldwide to assess and disclose the emissions impact of their supply chains. Additionally, we urge building professionals and owners to champion data transparency by mandating comprehensive information regarding the embodied carbon of their products. Together, let's pave the way toward a more sustainable digital future. A heartfelt thank you to my brilliant colleagues within and outside of Introba— Anika Jang, Mark Schaefer, P.E., Mark Wartenberg, Ian Schmellick, Omar Al-Kayed, Mohammad Haitham Chebaro, and Hayley Carroll —for their invaluable contributions. Special thanks to Richard Palmer, Marilyn Specht, Marissa Joy Clark, Louise Hamot, Tracy Wong, Patrick Matheson, and Jeremy Field for their unwavering support in making this project a reality! To all readers, may this research inspire you to delve deeper into embodied carbon in data centers. This is only the beginning, and there's much more work to be done. Please don't hesitate to reach out if you have questions or wish to collaborate with us. You'll find nothing short of a dream team here. 😊 #embodiedcarbon #decarbonization #datacenter #introba #Sidara #WBLCA #digitalinfrastructure

What not to build? Sustainable and responsible design starts with the question: Do we really need this functionality? What is the added (business) value? That determines what and if we need to design using what Technology. NOT Building is always GREEN. 😉

🌱 Sustainability in IT: Start with Design 🌱 True sustainability in IT begins at the design phase, not just by applying green power to every data center. Ask yourself from the start: - Do you really need this functionality? - Is this extensive feature necessary? - Do you need to store all that data? Sustainability by design also means: - Keeping your software current - Choosing Efficient Development Languages - Deciding how often to update applications and models Once you’ve determined what not to build, focus on developing the necessary functionality as energy-efficiently as possible. Read my full article on this topic here. 👉 https://lnkd.in/epCjPf_W #Sustainability #GreenIT #EcoFriendly #TechForGood #SustainableDesign #EnergyEfficiency #ITInnovation #MastersOfData AMIS Conclusion Conclusion #techradar

Haydon Companies is breaking ground on a new data center in Mesa, marking a major step forward for both the local economy and the tech industry. Phoenix-based Haydon started construction in August on a data center for Edged, a New York company specializing in building and operating data centers. The project is expected to cost around $70 million. The project, located on a 12-acre site near the Phoenix-Mesa Gateway Airport, will feature a 210,000-square-foot campus and Haydon Companies expects to complete the project by late 2025. One standout feature of this facility is its cutting-edge waterless cooling system, known as ThermalWorks. This technology is designed to save over 94 million gallons of water annually, a significant advantage, particularly in Arizona's dry climate. Justin Newman the partner and Senior Vice President of the building division at Haydon Companies added, “This project is incredibly exciting for us at Haydon, we’re at the forefront of blending cutting-edge innovation with sustainable practices.” This isn't just another construction project, it's a sign of how rapidly the digital landscape is evolving and how cities like Mesa are stepping up to meet that demand. #Construction #DataCenters #MesaAZ #TechInfrastructure #Sustainability #DataCenter #Arizona #Phoenix

"Our article on 'Contribution to Urban India growth' with a strong Focus on Data Centers is now live in Construction Week! Read how data centers are shaping the future of infrastructure. https://lnkd.in/dFgpW65k #DataCenter #ConstructionWeek #Infrastructure"

Looking to the future, many data centers have set their sights on sustainability goals for 2030. While this target might appear distant, action is required now to ensure we reach those ambitions. Data Center Knowledge dives into the challenges and obstacles along the path to net-zero: https://lnkd.in/eim-MZXA #datacenters #sustainability #netzero #hyperscalers