A Novel Ecological & Energized Modules (EEMs) Infrastructures, Civil Engineering and Transportation System (Part I)
SAE-PP-00151
06/28/2021
- Content
- An ecological & energized modules (EEMs) living underlying and fundamental system, which is with a general interest in almost all the human living & ecological system, civil engineering, and infrastructures and transportation system, etc. It is the basics, underlying and fundamental system of zero energy, zero-water consumption, zero-carbon with a 100% greening rate, 100% clean energy, high-quality air, and powerful carbon capture system with significant positive spillover for global carbon removal and carbon balance, and climate challenges, etc. There are two main categories of materials used in current civil engineering, infrastructures, and roads system, in which one is steel, and the other is concrete. It is like the components of the human body. The steel is the skeleton, the concrete is the flesh, and the ecological & energized modules EEMs concrete structures and systems is the powerful integumentary system with advanced multi-mode functionality. Not only is the EEMs system a protective layer, a landscape layer, a construction method of easy, fast, efficient, noiseless, and zero-dependence on the large complex equipment, but it is also a super-smart road system, a clean energy system, a carbon capture system, and a quality air system, etc. Honeycomb and prestressed structures have been used in the EEMs system, which is with high strength, high reliability, and high durability in almost all transportation systems, civil engineering, and infrastructures. Furthermore, the encoded and sensor-equipped EEMs road system with further optical processing will have multiple functions, such as the smart traffic system, excellent safety efficacy, and good visual effects, etc.
- Citation
- Xiong, X., and Wu, M., "A Novel Ecological & Energized Modules (EEMs) Infrastructures, Civil Engineering and Transportation System (Part I)," SAE MobilityRxiv™ Preprint, submitted June 28, 2021, https://doi.org/10.47953/SAE-PP-00151.