INSPECT: How to reduce operational carbon emissions in the built environment?

What Is it operational carbon?refers to the building during its operation CO2 emissions from electricity, lighting, heating, ventilation and cooling. It is currently the most important source of pollution in the built environment.
What is embodied carbon? Embedded carbon refers to the construction, demolition, transportation and CO2 emissions from the production of materials. INSPECT is a comprehensive, cloud-based software platform that can make your inspection workflow more efficient Easily, through a fully digital, customizable and collaborative approach, you can better collect inspection data on site, and at the same time issue inspection reports according to the methods you and customers need.
Why do we need to do everything we can to reduce embodied carbon? Mining materials, producing products and constructing new structures create significant amounts of embodied carbon. Even decades later, this structure will continue to release embodied carbon into the atmosphere, and the harm caused by the embodied carbon cannot be compensated by improving the efficiency of operating carbon. With initiatives such as decarbonizing electricity, low carbon heating, application cooling and insulation systems, we are moving in the right direction to efficiently decarbonise our operations, however, there is still a long way to go…if we are Turning a blind eye to the problem, embodied carbon will gradually become the main pollution source of the built world. How can the embodied carbon in the built environment be reduced?

Take a typical scenario: a large building has aged significantly and a decision is made to demolish it, the embodied carbon in the building materials will be released back into the atmosphere; More embodied carbon will be produced. Once the new structure is built, it goes into a cycle again…

Thus, the “greenest” structures are likely to be those that already exist and can be repaired to increase carbon efficiency. This speculation is demonstrated in a detailed report titled “Green Buildings: Quantifying the Environmental Value of Building Reuse,” provided by the American Trust for Historic Preservation.

The longer the building and structure operates, the more the smaller the embodied carbon impact. So how do you reduce the embodied carbon in the built environment?

INSPECT: How to reduce operational carbon emissions in the built environment?(1) Visual inspection Is there an efficient detection method that can detect the embedded carbon of all objects? Of course not, but a comprehensive and accurate data can provide a basis for further actions, and a report on the whole process of operation and carbon content from “birth to end of service” is meaningful. INSPECT is a comprehensive, cloud-based software Digital, customizable and collaborative methods allow you to better collect inspection data on site, and at the same time issue inspection reports according to your and customer needs. INSPECT: How to reduce operational carbon emissions in the built environment?(2) Preventive maintenance

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In-depth data gives you the basis for preventive maintenance. According to the embodied carbon assessment report and structural inspection data, the priority of immediate maintenance and pending maintenance can be judged. This helps to avoid situations such as structural failure, thus prolonging the life of the structure. The product line of Patrol Eagle Intelligent Inspection covers innovative technologies such as structural radar, ultrasonic pulse echo, rebound technology and eddy current, which can realize comprehensive inspection of any type of concrete structure. Even in harsh environments, it can clearly and deeply detect the internal conditions of concrete through excellent visualization functions and rich data collection. It is also equipped with intelligent collaboration software with fast reporting and excellent image processing capabilities to detect and report structural health for you in a timely manner.

(3) Maintenance

On the whole, the durability of the building can be ensured through structural maintenance. But all of this requires complete, clear and actionable data to arrive at a repair-or-remove decision. Avoiding demolition and making full use of existing facilities can significantly reduce the global carbon impact.

At the same time, in the process of design and construction, high-quality environmentally friendly materials, products and processes are also required.

Screeningeagle Intelligent Inspection Technology Solution is committed to realizing efficient inspection through a technology platform interconnected by software, smart devices, cameras, sensors and cloud Digital on-site work, benign return on assets and continuously increasing asset value, thus contributing to sound economic development, a sustainable future, and protecting the safe, reliable and long-term operation of the construction world.

If you are interested in our solutions, we look forward to your contacting us as soon as possible https://www.screeningeagle.com/zh

Boshi Trading & Screening Eagle Technologies (Screening Eagle Technologies), formed by the merger of Proceq, a Swiss non-destructive testing instrument brand, and Dreamlab, a Singapore robotics company, provides a technology platform for intelligent testing in the construction and infrastructure construction industries. “Protect the built world” (Protect the built world) – Patrol Eagle’s mission is to use intuitive software, portable sensors and reliable data to protect fixed assets and infrastructure in the construction field, and implement decisions for construction and asset maintenance Defect detection, data collection and condition assessment, and enable effective preventive diagnosis and maintenance recommendations, thereby prolonging the life of fixed assets and infrastructure and increasing the long-term value of the owner.

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