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Sustainability

Carbon Analysis, AI updates, and more: Autodesk brings a host of features to its tools

Carbon Analysis, AI updates, and more: Autodesk brings a host of features to its tools

Architecture, Civil, Mechanical, News / By

With every decision, and every project undertaken, the AEC sector is pushing for sustainability. Whether it’s carbon analysis or using AI for informed decision-making, efforts contribute to the reduction of emissions from operations. This is not an individual endeavor but a collaborative global initiative. Doing their part, Autodesk, the industry leader in AEC software solutions, has released a bunch of features to their tools to help teams enhance sustainability in their work. With an increasing focus on environmental impact, these advancements in Autodesk’s tools aim to empower teams to integrate sustainable practices seamlessly into their projects.  Let’s look at these new updates from Autodesk! From Carbon Analysis feature to improved data accessibility          Here’s what Autodesk introduced to different tools. These advancements bring significant benefits to the AEC industry.  These features offer essential tools for architects, engineers, and construction professionals striving for greener practices. Additionally, the introduction of Autodesk Tandem and AI updates across various tools demonstrates Autodesk’s dedication to facilitating collaboration, streamlining workflows, and improving efficiency.  With these innovations, Autodesk empowers teams to seamlessly integrate sustainable practices into their projects and contributes to a collective global effort towards a more environmentally conscious future

Solar and Wind Power: Achieving Net Zero and its Challenges

Solar and Wind Power: Achieving Net Zero and its Challenges

Architecture, Civil, Mechanical / By

The global push towards sustainability has seen remarkable progress in renewable energy adoption. According to the World Resources Institute’s State of Climate Action 2023 report, there was a 14% average growth in solar and wind power generation. While it has the potential to reshape the energy production landscape, things need to be accelerated if we want to meet net zero targets in the given time. However, meeting the net zero targets at the decided time requires accelerating this growth trajectory. We must emphasize understanding and addressing the challenges hindering the widespread adoption of solar and wind power.  Role of Renewable Energy in Achieving Net Zero Renewable energy is crucial in achieving net zero emissions and combating climate change. As the world transitions away from fossil fuels, solar and wind power are vital solutions since they are clean energy sources and can significantly reduce greenhouse gas emissions.  Combining innovative design and modern technologies, projects like THE LINE showcase the immense potential of wind energy. Harnessing abundant wind resources, THE LINE exemplifies how infrastructure design can facilitate renewable energy adoption. This approach addresses energy needs while fostering sustainable growth and resilience in urban environments.  Several solar projects lead the charge toward a cleaner, more sustainable future. We can find several in different regions worldwide and they show a united effort towards sustainable energy solutions. By using clean, renewable solar energy, we can move away from fossil fuels, improving air quality and public health. Benefits of using renewable energy: While the benefits of renewable energy are clear, transitioning isn’t without its challenges. From land conflicts environmental impacts, and disruption to ecosystems, the journey is complex. Challenges in Solar and Wind Power Generation Here are some challenges that can arise in the generation of solar and wind power- Transitioning to renewable energy can be challenging. While solutions to some challenges may prove elusive or beyond immediate control, there are avenues where businesses can address cost challenges.  Outsourcing emerges as a solution to streamline these processes. By collaborating with specialized CAD outsourcing services, companies can enhance efficiency and reduce costs in Solar Systems Planning and Design. This way, businesses can tackle financial barriers and accelerate the deployment of solar energy solutions, paving the way for sustainable energy transformation. As businesses undertake the crucial journey to reduce their carbon footprint and adopt renewable energy, outsourcing solar systems planning and design presents itself as a strategic solution. By utilizing the expertise of specialized CAD outsourcing services, businesses can streamline their transition to solar energy and make substantial contributions to the global effort toward a greener and more sustainable future.

Navigating Scope 3 Emissions in Construction Sustainability

Navigating Scope 3 Emissions in Construction Sustainability

Civil / By

Industries globally are stepping up their efforts to reduce their environmental footprint. The construction sector is no exception. It plays a significant role in shaping our built environment. However, with this influence comes a responsibility to minimize its impact on the planet. Enter Scope 3 emissions – a crucial component of achieving net zero. Unlike Scope 1 and Scope 2 emissions, which are directly generated from a company’s operations and energy consumption, Scope 3 emissions are indirect emissions, spanning 15 categories, including those originating from supply chain and employee activities. A recent study shed light on the state of Scope 3 emissions concerning the construction industry. While sectors like finance and healthcare have made significant strides in this area, with over 70% of organizations reporting Scope 3 emissions, the construction industry lags at 54%. This discrepancy raises questions about the industry’s commitment to sustainability. Understanding Scope 3 Emissions and their Impact Unlike Scope 1 emissions, which arise from direct activities like fuel combustion, and Scope 2 emissions, associated with purchased electricity and heat, Scope 3 emissions encompass various sources. These include emissions from activities such as transportation, employee commuting, and supply chain processes. Scope 3 emissions provide a comprehensive picture of a company’s environmental footprint. By accounting for indirect emissions, businesses gain insights into the full extent of their carbon impact, allowing for more informed decision-making and targeted reduction strategies. Role of Scope 3 Emissions in Achieving Net Zero Targets Understanding the interconnectedness of Scope 3 emissions with net zero goals is essential for construction industry to reduce its environmental impact. By addressing Scope 3 emissions, companies can identify additional opportunities for emission reductions and enhance the overall effectiveness of their sustainability initiatives. This includes examining emissions hotspots across the value chain and implementing measures to reduce emissions with innovative strategies and collaboration with suppliers, contractors, and other stakeholders. How can we address Scope 3 emissions? Sustainable Practices in the Construction Industry The construction industry is transitioning towards more sustainable practices to minimize its environmental impact and promote long-term viability. From innovative building materials to energy-efficient design principles, construction firms are embracing a variety of sustainable strategies to create greener, more resilient structures. Let us explore some key sustainable practices driving this transformation: Green Roofs: Enhancing Energy Efficiency and Biodiversity Green roofs, also known as vegetated roofs or living roofs, are a prime example of sustainability in the construction industry. They help mitigate the urban heat island effect by reducing surface temperatures and enhance energy efficiency through natural insulation. Additionally, green roofs promote biodiversity by providing habitats for birds, insects, and other wildlife. From reducing stormwater runoff to improving air quality, green roofs serve as a multifaceted solution for sustainable urban development. Sustainable Materials The use of sustainable materials is a key eco-friendly construction practice. Firms are now turning to renewable, recycled, and low-impact materials to minimize their environmental footprint. From bamboo and reclaimed wood to recycled steel and eco-friendly concrete alternatives, there is a growing emphasis on sourcing materials that are both durable and environmentally responsible. This way, they reduce resource consumption, waste generation, and carbon emissions, while also promoting circular economy principles. Decarbonization Efforts From reducing energy consumption, optimizing mobility options, and transitioning to renewable energy sources, construction firms are taking proactive steps to minimize their carbon footprint. This includes implementing energy-efficient building designs, investing in renewable energy technologies such as solar panels and geothermal heating systems, and optimizing construction processes to minimize emissions. Scope 3 emissions reporting plays a crucial role in advancing sustainability efforts within the construction industry. By capturing indirect emissions from supply chain activities, employee commuting, and other sources, reporting these emissions provides construction firms with valuable insights into their environmental footprint and opportunities for improvement. As construction firms continue to prioritize sustainability and accountability, comprehensive emissions reporting will be essential for measuring progress, identifying areas for optimization, and demonstrating a commitment to net zero.

Construction Technologies in 2024: A Closer Look at the Current and Emerging ConTech Trends

Civil / By

Technology has elevated construction. Processes are more efficient, accurate, and streamlined, thanks to digitization. Construction technologies span a wide spectrum, from Building Information Modeling (BIM) for precise project visualization to AI for optimizing design and resource allocation. In our AEC 2024 Trends blog, we talked about artificial intelligence (AI) and advanced technologies that will shape construction this year. Today, we will look at these, and more such advanced construction technologies that will have a huge impact on the industry in 2024, bringing about unprecedented efficiency, sustainability, and innovation. Current and Emerging Construction Technologies  If we ask any construction business today about the technology they use, we’ll hear about robotics, BIM for project management, and sometimes, 3D printing. These tools help them work more efficiently and precisely, marking a shift towards sustainable construction. Bringing sustainability to construction is a huge deal. Businesses are actively working to reduce lifecycle emissions from their projects, using all available technologies. It’s a necessary step towards building a more environmentally friendly future, and every effort counts in achieving this goal. Current Trends Emerging Trends The transformative influence of technology in 2024 is unmistakable. This financial efficiency is just one facet of the broader shift we are witnessing—an era where technology has become the cornerstone of sustainable practices.  With a heightened focus on climate resilience and greener construction, these technological advancements not only promise economic benefits but also usher in a new era of environmental responsibility. The amalgamation of these technologies is shaping the industry, making 2024 a pivotal year as we build a more efficient, cost-effective, and environmentally conscious future in construction.

Microsoft’s new data center campus: How can they make it sustainable?

Civil / By

The Mount Pleasant Village Board, on March 30, gave Microsoft the green light to purchase land to build USD 1 billion data center campus. Microsoft intends to build the data center on 315-acre land in the east section of Area III of Tax Increment District (TID) No. 5 from the Village. Readers would be interested in knowing that this 315-acre land is part of a larger 2,500-acre plot that was originally allocated for Foxconn’s USD 10 billion LCD manufacturing plant. Following the approval, Village of Mount Pleasant President David DeGroot said in the press release that “For the Village of Mount Pleasant and our entire Racine County community, the potential benefits of Microsoft’s planned investment cannot be overstated. This project is an ideal fit for TID 5 and could attract additional high-quality growth for our area. The Village of Mount Pleasant looks forward to continued discussions with Microsoft regarding this incredible opportunity. We will continue to collaborate with Racine County as the Racine County Board considers the relevant agreements.” The Mount Pleasant Village Board Approved three agreements- The Purchase and Sale Agreement: Enables land transaction between both parties within TID 5 for $50,085,000 The Development Agreement: Notifies that Microsoft will construct the USD 1 billion data center campus on the land. The Implementation Agreement: Agreement between involved parties (Village of Mount Pleasant, Racine County, and Foxconn) to facilitate the development of the project in TID 5. The Racine County Board will consider the project at their April 11 and April 18 meetings. Development of Microsoft’s data center campus could start later this year if all approvals are granted. Microsoft will need permits, environmental clearances, financial arrangements, and more before beginning with the construction process. Until these approvals are obtained, the work cannot begin. Once everything is in place, they can begin the construction process! Challenges and implications of Microsoft’s data center campus project Microsoft’s plan of building a new data center campus can reap significant benefits to the local economy and tech industry, but as with any large-scale construction project, there are challenges and potential implications that must be considered. Going forward, Microsoft will have to think about its sustainability goals. In their 2021 sustainability report, they stated that “In each building at every campus and data center, sustainability is a key priority for Microsoft across all phases of a project— from site, selection to design and construction to operations and decommissioning.” Construction is one of the biggest contributors to CO2 emissions and firms globally are taking a sustainable approach to their operations. Going net-zero Decarbonizing construction is possible if firms are mindful of their approach. Designing energy-efficient structures and adopting EVs for mobility on construction sites are a few ways that can help construction firms cut their carbon footprints. Back in 2020, Microsoft announced its plans of going carbon negative by 2030 and by 2050, remove all of the company’s carbon emissions. The company states that they are pursuing Zero Carbon and LEED certifications for their data centers. “We have committed to certifying our Microsoft data centers and major offices to LEED Gold or Platinum—with a focus on the categories of energy and atmosphere, water efficiency, materials, and waste, location and transportation, sustainable sites, and indoor environmental conditions,” the company stated in their 2021 sustainability report. They also added that all their future data centers will be “LEED Gold certified with emphasis on water and energy conservation.” 100% decarbonized mobility in construction: Possible? With the upcoming data center campus project, they will have to be mindful and focus on the 3 emission scopes- Scope 1: Emissions directly created from activities like driving cars, and trucks that transport products from one place to another, generator emissions. Scope 2: Indirect emissions from the production of heat or electricity that powers buildings. Scope 3: Indirect emissions associated with different aspects of the value chain like materials used in the building, powering devices that produce concrete and steel, business travel, manufacturing, and more. So how is Microsoft tackling these scopes? One way is pursuing Zero Carbon and LEED certifications that we mentioned above. Another way is taking AI’s aid for energy efficiency. The company stated that they used Bonsai, their AI platform to improve the energy efficiency of chiller plants at their Redmond campus. They noted a 12% increase in median efficiency. They will also deploy highly efficient LED with motion detectors to minimize the use of space light and design cooling systems that will run only when the servers require it. Furthermore, they are transitioning towards 100% renewable energy. “By 2025, we expect to power our data centers and facilities with 100 percent additional, new renewable energy generation that matches our electricity consumption on an annual basis,” Microsoft stated in their 2021 sustainability report. The company is making efforts to reduce its dependency on diesel fuels and is moving towards electrifying kitchens and its transport fleet. Microsoft’s tactics to eliminate the 3 emission scopes Construction-related emissions come under scope 3 and Microsoft has a few tactics in place for dealing with them. Data-driven decision making and tracking embodied carbon (carbon emitted during the manufacture and transport of building materials which accounts for 11% of emissions globally). Using low-carbon building materials (timber, low GHG cement innovations like CarbonCure) to achieve net zero embodied carbon. “We are innovating and investing in low-carbon building materials across our global campuses and data centers with the aim to achieve net zero embodied carbon,” the company says. Turning towards ‘sustainable traveling’ and supporting SAF (Sustainable Aviation Fuel) certifications for airlines. It’ll be exciting to see the approach Microsoft takes once it gets the necessary approvals for the construction of its new data center campus. The climate change cloud looms over the world and there is “a pressing need for immediate action to mitigate its effects, and for that, firms need to collaborate on a global scale. Construction will never stop, there will always be a new residential complex, mall, commercial space, and mall to develop. Designing sustainable buildings,

100% decarbonized mobility in construction: Possible?

Completely decarbonizing mobility in construction: Possible?

Civil / By

  Construction sites are full of moving parts, and we are not just talking about massive machinery at work. There is frequent, albeit unavoidable, transportation of workforce, materials, and equipment, which is a major CO2 emitting factor. Industries globally are going green and if the construction industry wants to keep up, it must work on decarbonizing mobility.  It’s a critical step necessary to reduce the built environment’s global carbon footprint (which accounts for almost 40% of annual global CO2 emissions). To truly go ‘net-zero’, construction businesses need to adopt sustainable transport solutions that will deliver consistently without compromising on metrics like time, budget, or labour and equipment safety. Now, can we decarbonize construction? We can deploy some strategies. Let’s look.  Strategies for decarbonizing mobility in construction There are a couple of ways in which we can make transportation on construction sites greener. Firms can promote the use of public transport or carpooling, employ remote sensing technologies, implement sustainable practices like prefabrication, and use electric or hybrid vehicles for transport. Carpooling or using Public Transport Instead of using individual vehicles, members of a construction firm can carpool or even use public transport to travel to and from construction sites. Another great alternative is to use bicycles or simply walk if the site is near your residence. Also, Carpooling can be a great bonding experience! Plan better routes Logistics is a huge part of construction as it involves planning and acquiring different materials from different vendors. If possible, construction businesses must plan on coming up with efficient routes for transport to reduce distances and in turn, reduce emissions. Implementing remote sensing technologies Remote sensing technologies like LiDAR (Light Detection and Ranging) and GPS (Global Positioning System) eliminate the need to physically visit the site for inspection or monitoring work. Moreover, driving comes with its set of risks. With remote sensing, the chances of accidents happening are also reduced. Use of EVs and hybrids instead of fossil fuel-powered vehicles Firms can deploy electric scooters or other EV vehicles on the construction site to reduce emissions. Furthermore, there is a massive scope for using electric-powered or hybrid logistics vehicles. There has been progress in developing high-powered batteries that allow vehicles to travel long distances, and they are environment-friendly too! These practices will go a long way in decarbonizing mobility in construction. We understand it is not easy, but we need to start somewhere. Leaders from the infrastructure and tech space need to come together to find sustainable mobility solutions for the construction space, and the upcoming Decarbonizing Mobility Forum is exactly that. 2023 Decarbonizing Mobility Forum The 2023 Decarbonizing Mobility Forum is aimed at finding sustainable mobility solutions in infrastructure. It is a 1.5-day forum set to take place in Amsterdam on September 13-14, 2023. Leaders from the infrastructure and technology space will come together to discuss the solutions required to achieve ‘net zero’ in infrastructure mobility.  They have identified two relevant solutions for decarbonizing mobility: Hydrogen-based Fuel Cell Electric Vehicles (FCEV) and Battery Electric Vehicles (BEV). Among other things, the forum will discuss the competency of these two technologies in achieving net zero in infrastructure. Here’s what the forum will cover The forum will feature discussions on a variety of topics. Participants will first be taken to infrastructure sites in Amsterdam, where they will experience how the city’s top transportation and mobility organizations plan, finance, and deliver infrastructure. From there, they move on to address the challenges that construction partners of automotive, transport and energy firms face in meeting the increasing demand for electric vehicles. There will then be an interactive discussion on the actions that need to be taken to achieve net-zero mobility, which will then move on to FCEV and BEV. The 2023 Decarbonizing Mobility forum will also include panels that talk about expanding EV-related infrastructure, harnessing clean energy, meeting demands of net-zero mobility, and more. You can check the entire schedule by downloading the forum agenda. In the face of Global Warming, the construction industry is hustling to make a positive sustainability impact. The scope, however limited, provides everyone involved in not just construction, but the entire AEC industry, to act for change. With the right steps, we can achieve net zero. Follow Indovance Inc for AEC Industry Updates and Global Construction News. About Indovance Indovance Inc  with its exclusive delivery hub in India is a global CAD technology partner serving the needs of the AEC industry since 2003. We focus on the unique need of each project or client and believe in addressing the real challenges and guarantee that the process will be well-coordinated, smooth, efficient, and hassle-free. We collaborate with our customers around the world to develop bespoke business solutions using our enormous engineering talent pool and state-of-the-art technology. To deliver long-term engineering and business strategies, we align with your culture and processes to create an unbreakable partnership. With over 700 full-time employees and more than 500 customers in the US, Europe, Canada, and Australia, we are poised for the next level of success. Indovance acts as a catalyst, Empowering You for positive change and supporting you to Do More. For more queries regarding any of the above-mentioned topics, feel free to connect with us on our website www.indovance.com, or contact us on +1-919-238-4044.

Tower of Light and the Wall of Energy– A Shell Lace Structure, Pioneered By Tonkin Liu

Architecture, News / By

For a low-carbon energy center in Manchester, England, the architecture firm Tonkin Liu has designed a bio-mimetic tower – The Tower of Light and the Wall of Energy – with flues and a sculptural wall constructed of tiles in organic shapes.  The Civic Quarter Heat Network and Energy Centre in the city includes Tonkin Liu’s architectural interventions and offers low-carbon energy to a network of significant sites around the neighborhood.  The goal of The Tower of Light and the Wall of Energy is to turn the area next to Manchester Central Station into a landmark that celebrates the cutting-edge technology used to produce and distribute cleaner & greener energy.  Two gas boilers and a combined heat and power engine are housed within the 40-meter-tall Tower of Light’s flues, which direct hot air away from them. It is illuminated like a lighthouse at night and was created to serve as a visible reflection of the project’s environmental agenda.  Tower of Light and the Wall of Energy – Project Highlights  Client: Manchester City Council and Vital Energi  Location: Manchester, UK  Status: Completed February 2022  Structural Engineer: Arup  Lighting Consultant: SEAM Design  Steelwork Fabricator: Shawton Engineering  Lead Architect: Mike Tonkin Tile Manufacturer: Darwen Terracotta  The wall is covered in 1,373 Tiles  Laser-cut steel sheets encircle the tower  LED lights illuminate the tower at night  The meshes in the steel sheets grow larger as you get closer to the top of the tower  The Tower of Light and the Wall of Energy, developed in partnership with Manchester City Council and Vital Energy, produce a new low-carbon CHP energy center in Manchester’s Civic Quarter. The £20 million energy center will provide combined heat and power to a number of iconic buildings in the city’s Civic Quarter Heat Network. The energy center itself contains a 3.3Mwe CHP engine and two 12MW gas boilers; the technology hopes to save 1,600 tonnes of carbon emissions per year, contributing to the city’s goal of becoming zero carbon by 2038.  Tower of Light and the Wall of Energy – The Largest Shell Lace Structure  Tower of Light  Video Source: Tonkin Liu This is the largest built Shell Lace Structure till date. A new low-carbon energy center in Manchester’s city centre is supported and enclosed by The Tower of Light, a 40-meter-tall tower.   The Shell Lace Structure, which Tonkin Liu invented and worked on for ten years in partnership with engineers at Arup, served as the foundation for the biomimetic structure. The tower’s shape serves as its strength, drawing inspiration from natural geometry. The single-surface, ultra-lightweight structure achieves the most with the least amount of material.   The tower is made of 6 and 8mm thick flat steel sheets that have been customized, laser-cut, and then joined together to form a sturdy, curving surface. The Shell Lace Structure innovation has been made possible by contemporary building techniques that integrate principles of tailoring with cutting-edge digital modeling, analysis, and production.  According to Tonkin Liu Studio, The Tower of light will – “capture the energy of the sun, harness the power of the wind, and herald the city’s low carbon future”  The Wall of Energy The new energy center is enclosed by The Wall of Energy, a 63-meter long, 4- to 6-meter-tall street façade. Clouds in the sky, as well as the activity of people and vehicles on the streets, are reflected in the light and motion of the glazed ceramic tiles. The interlocking lozenge tile pattern’s tessellated design symbolizes the dynamic energy of the earth’s movements, as seen in the patterns that waves in the ocean leave in the sand. Over a total of 1373 tiles, the 31 various tile kinds create undulations that get progressively taller. The technological operation of the new energy center hall is visible through a long ribbon window, which is housed inside a building that was inspired by nature.  Sustainable Architecture – A Low Energy Center   The Tower of Light uses very little energy to stay lit. Daytime sunlight is reflected into the tower’s chambers by polished reflectors within, which move in the wind and fill the tower with moving light. Every quarter-hour during the night, LED lights pointed at the reflectors produce animated, programmed light sequences to signal the passing of time. In addition to reflecting streetlights and the light from passing cars, the Wall of Energy is enlivened at night by integrated programmable light. The Tower and Wall are illuminated in coordinated color displays on certain occasions throughout the year to commemorate cultural events.  Both the tower and the wall were constructed by Tonkin Liu in collaboration with regional fabricators. The final stitch-welding on the tower was done by the two most skilled welders from Shawton Engineering, which made the tower. The ceramic tiles were produced by Darwen Terracotta, one of the oldest and most reputable terracotta businesses in the UK.  The Civic Quarter in Manchester now has access to low-carbon energy thanks to the opening of the Civic Quarter Heat Network (CQHN) and Energy Centre. The 2 km-long network offers a highly efficient supply of heat and power.   The Energy Centre has two 12MW gas boilers and a 3.3MWe CHP engine, and it has the capacity to incorporate new energy technologies without affecting supply. The CHP engine’s heat is used to generate hot water, which is then supplied throughout the municipal network via insulated district piping. The innovation increases energy efficiency by up to 45%, saving Manchester 1,600 tonnes of carbon emissions annually and helping the city reach its zero-carbon target by 2038.  A striking new entrance into Manchester’s historic quarter is created by the finished Tower of Light and Wall of Energy. They come together to create an all-encompassing energy landmark that engages communities with the cutting-edge technologies at the core of Manchester’s low-carbon goal and Climate Change Action Plan.  Follow Indovance Inc. for AEC Industry Trends, AutoCAD Tips, and Global Construction News.  Indovance Inc.  with its exclusive delivery hub in India is a global CAD technology partner serving the needs of the AEC industry since 2003. At Indovance we focus on the unique need of

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