| dc.description.abstract | Abstract
In recent years, the installation of coastal structures has changed from the
simple purpose of preventing the erosion and destruction of waves and protecting
the safety of life and property in coastal areas into a multi-functional goal that
includes both landscape beautification and recreational activities. Among them,
＂demolition of coastal structures＂ is a conversion. The process will encounter the
first important subject. At present, there are no clear construction specifications
for coastal structure demolition projects in China. Many systems directly quote
the construction specifications of building demolition projects as the construction
basis. However, in addition to environmental conditions, construction equipment,
construction methods, and construction There are obvious differences in disaster
prevention and mitigation, which are often prone to disputes or even construction
difficulties.
Before discussing the maritime construction, this research first cuts into
the environmental characteristics and conditions of the maritime engineering,
consolidates the maritime weather conditions that most directly affect the
engineering, and uses the marine environmental protection and ecologically
friendly construction conditions to determine the construction waste generated
by the maritime demolition project. Treatment, with the goal of minimizing the
impact on the environment. Through the actual case study of two wharf
demolition projects in Keelung Port and Suao Port, it was found that the
monitoring operations, marine protection measures, environmental pollution
prevention and treatment methods, and construction waste treatment methods,
contract work items and construction specifications are still incomplete For this
reason, this research uses the ＂Building Demolition Construction Code＂ and the
Executive Yuan Public Works Committee Construction Outline Code ＂Chapter
02220 Site Demolition＂ as the benchmark, and proposes the maritime demolition
engineering construction specifications based on the maritime engineering
construction environment and engineering characteristics. To further explore the
suitability of the current regulations and provide a reference basis for subsequent
maritime engineering demolition construction. | en_US |