Portuguese 
English 
Spanish 
3 min of reading 
0 comments 
Explore The New Korean Prefabricated Construction Method That Saves Time And Money While Ensuring Sustainability And Design Flexibility.
The construction industry is undergoing a revolution with the development of innovative systems that promise to transform the way we conceive buildings. One of the most promising methods comes from Korea, where researchers have refined the use of prefabricated elements that allow for the assembly of large and complex structures with unprecedented efficiency and sustainability.
Advantages of Prefabricated Construction
Building with prefabricated elements offers multiple benefits compared to traditional methods:
Reduced Timelines: The parallel manufacturing of components significantly reduces the total time required to complete a project.
-
An entire building sank into the ground in Santa Catarina while residents were sleeping, and now 16 apartments are closed off with a real risk of collapse, and even the neighbors may be forced to leave.
-
35 countries spent more than 20 billion euros to build the largest nuclear fusion reactor in the world in southern France — the main magnet is so powerful that it could lift an aircraft carrier, and the plasma reaches 150 million degrees.
-
Suape Port is receiving R$ 15.8 billion to become the largest green hydrogen hub in Latin America — and a partnership with China promises an additional R$ 8 billion.
-
Petrobras robots dove nearly 3,000 meters deep and 201 km off the coast of Rio de Janeiro confirmed what geologists suspected — there is more oil hidden in the pre-salt of Campos.
Lower Costs: Although the initial investment may be higher, savings in construction time and reduced waste generation more than compensate, resulting in a lower overall cost.
Energy Efficiency: Prefabricated materials are often more energy-efficient, contributing to the sustainability of projects.
Design Flexibility: Prefabricated elements easily adapt to a variety of architectural designs, giving architects and designers greater creative freedom.
Korean Innovation: Beyond Small Structures
The Korean Institute of Civil Engineering and Building Technology (KICT) has been at the forefront of research and development of these systems. Under the leadership of Lim, Seok-Ho and Chung, Joon-Soo, the new method focuses on using “U”-shaped structures that are assembled with modules that mimic Lego blocks, eliminating the need for concrete or steel.
Construction Process
Manufacturing: Between 70% and 80% of the construction process is carried out in a factory.
Transportation and Assembly: The modules are transported to the construction site, where they are lifted and placed into the main structure using cranes.
Finishing: Elements such as roofs, stairs, and walkways connecting the different floors and areas are added.
Benefits of Construction and Potential for Reutilization
The use of this system can reduce construction times and costs by 30%, as well as decrease labor risks. Another important advantage is the ability to recycle or reuse the modules, which represents a considerable benefit for the environment.
Applications and Future Projects
Although initially designed to streamline processes in emergency or disaster situations, the method is being applied in more ambitious projects. A highlighted example is the Gayang Complex, a six-story building constructed in the Gangseo district of Seoul in 2017.
This type of innovation not only promises faster and more economical buildings but also points to a more sustainable and environmentally respectful future. Prefabricated construction, inspired by advancements like those made in Korea, is paving the way for a new era in architecture and civil engineering, where efficiency and sustainability go hand in hand.
Source: www.kict.re.kr
Seja o primeiro a reagir!