Digitization for Decarbonization – Data to the rescue
The Problem – Carbon ( Embodied Carbon)
Climate change is humanity’s most pressing worry. With exceedingly growing GHG emissions from buildings, it makes it necessary for the construction industry to play in achieving a cleaner, greener future. Decarbonizing the energy system will necessitate a massive shift in how energy is supplied, delivered, and utilized.
According to the survey by McKinsey, “ When asked 100 senior construction executives which trends they expected to accelerate as a result of the COVID-19 crisis, 53% said sustainability. Data is likely to help decarbonization in the medium and long run. At the same time, it is already helping to reduce CO2 emissions in highly digital economies.
However, Despite the continuous emphasis on sustainability and net-zero goal setting, a new study suggests that green success may have declined in the last decade. Compared to roughly a half-decade ago, just one out of every three construction professionals is meeting low carbon objectives on their projects.
The solution – Decarbonization
Decarbonizing the energy system will necessitate a massive shift in how energy is supplied, delivered, and utilized. Architects, engineers, and researchers are dedicating more time and energy to the design of materials, structural systems, and façades. AEC researchers have created 3D printing technology to transform wood waste into building material as part of the Decarbonization lowers carbon dioxide (CO2) emissions in the atmosphere caused by human activities. The primary goal of decarbonization is to eliminate carbon dioxide emissions eventually.
To accomplish deep decarbonization, we must reconsider how we create and consume energy and implement a significant shift to renewables and low-carbon energy sources.
Aec Sector stands committed to advancing The cause.
Even though the AEC industry is primarily concerned with physical development, they are consciously moving forward to include sustainability in construction.
They empower innovators to apply design and make sustainability to the most pressing concerns we face today, from energy conservation to climate change, using digital software like Revit & BIM design Process in engineering & construction. Digital transformation is applying technology and procedures to how we do business.
These virtual platforms contribute to the automation of complicated processes and data transformation into actionable insights, allowing innovators to increase the effectiveness of everything they design, manufacture, own, and operate.
Technology is currently employed for new applications, such as enhanced rendering of the built environment, 3D laser scanning, reality capture, and replacing paper with digital activities. If architecture, engineering, and construction firms want to compete, they must understand the digital revolution in their industry and begin moving in that direction. Otherwise, they risk falling behind.
Access to detailed and accurate data enables construction professionals to conduct critical comparisons and choose the lowest carbon materials possible. Using this data throughout the design phase also simplifies calculations for embodied carbon. We must remember that the building structure causes most embodied carbon, and getting it right from the start will be critical to decreasing it overall.
Reducing operating energy usage in new and existing buildings is a top priority for the AEC industry.
Potential Precaution to Sway carbon outcomes in the beginning
Analyzing data from your supply chain is the most excellent approach to detecting and monitoring your carbon footprint. The industry must harness and effectively use this data to identify the carbon footprint generated in each stage of the supply chain, including raw material acquisition, manufacturing/production, warehousing/distribution, consumer usage, and disposal/recycling. Digital platforms provide meaningful insights into how to optimize the operations in a company’s supply chain.
Utilize data to detect Your carbon footprint Beforehand
Construction organizations may use data analytics to investigate product volumes moved, distance traveled, operational disturbances, wasteful routes, inefficient transportation, and inefficient space utilization. Modern technology may be linked to supply chain systems to assist in monitoring and forecasting better routes based on traffic trends, weather patterns, and delivery history.
Monitoring pollutants and co2 emissions using data
The acquired information may be used by businesses to create and track supplier KPIs, define standards based on best practices, and act as benchmarks for GHG emissions to improve supply chain sustainability. A product’s carbon footprint may be calculated from the creation of its raw materials through its end of life using integrated digital platforms. The organization can create a plan using this information to manage and reduce the product’s carbon footprint across the value chain.
Going digital in Storage Practices
The higher cost has led many supply chain CEOs to see sustainability, climate change, and decarbonization as liabilities. They haven’t taken the required actions or established goals to lessen their carbon impact. Digitization may help monitor and lower carbon impact even in shipping and logistics.
The AEC industry becoming increasingly interested in adopting technology that helps them analyze and lower their carbon footprint as consumer awareness of the environmental impact of various products grows in the market. A must-have effort, sustainability is now ingrained in the infrastructure of many businesses. Not only does it protect the environment, but it also improves and increases the effectiveness of the supply chain.
With a digital blueprint in place, it generates a verifiable record of all the materials and goods utilized during the specification process. Digitization is conducive to safety but implies greater transparency about a building’s carbon footprint. Manufacturers will become increasingly crucial in providing the appropriate levels of data as digital specifications evolve.
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