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Sustainability And Green Design

100% decarbonized mobility in construction: Possible?

Completely decarbonizing mobility in construction: Possible?

  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

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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