Home > Product >Ecosystem restoration field
 
   
 
 
 
 
 
 
 
 
Classification Characteristics
Effects - eliminate organic substances and nutrient salts with water purifying plants and absorb sedimentation   through roots, purify water by activities of root-attached microbes
- Attach artificial string roots to respond to decreasing efficiency in the winter season, improve SS
  sedimentation quality with artificial string roots and increase absorbing rates of phosphorus by
  artificial root-attached microbes
- Artificial string roots provides fish with a place to lay eggs and
- hide Provide a function as an ecosystem learning field with the floating bridge
Organic substance elimination - Growth of plants on the upper part
- Root-absorbing functions and biochemical action of attaching microbes
- Excellent in eliminating SS and turbidity by absorbing organic substances and colloid materials
  with microbes that attach to artificial string roots and biofilm
Mineral absorption rates - Facilitate the absorbing capacity of plants and increase their growth by capacity to secure a
  large amount of microbes by artificial roots and by quickly turning organic soluble phosphorus into
  non-organic phosphorous that can be utilized by plants
Top-down control - As the number of zooplankton increased with the activities of microbes attached to artificial roots,
  they ate up phytoplankton that causes eutrophication and became a source of food for fish 
Fish ecosystem protection - As artificial roots provide fish with a place to lay eggs on them and to hide and offers a source of
  food, they can replace insufficient fish spawning space while increasing the number of fishes
Stability of planting mat - Construct planting material basis with non-woven fabrics and polyester for planting
- As they are semi-permanent materials with strong resistance against wearing and corrosion,
  they need no replacement and are economical
Stability of floating frame facilities - As STS materials are used to construct floating frame and facilities, they are strong against external
  impact, stable with little problem associated with facility aging.
Scenic view - Possible to construct in a wide range of ways depending on planting vegetation and floating frame
  processing methods
- Allow observation and field trip on the floating bridge installed inside of the facility and ensure the
  beauty of the construction with its capacity for various forms
Learning activity - It allows residents or students to observe water ecosystem and planted vegetation right on the
  floating bridge. At the inside, there are name tags with details of each plant.
Water Level response - As it connects the facility with ground bollard and water sinker made of concrete structures, then
  calculates exact movements by the variation of ropes, it can withstand up to 30m water level change
Protection from wind/wave - As the roots are securely fixed with non-woven fabrics and vegetations are planted by punching
  onto the polyester mat, it is stable with no worry of plants being rooted out
- With STS material structure, it is strong against external power and is solid
- As it combines unit based floating frame, no overthrowing by waves would happen
Facility maintenance and management - As it is constructed with STS material structure, there is hardly any need for replacement. The
  floating bridge inside the facility offers a passage for maintenance and management while allowing
  staff to carry out their work in safety
Applicability and examples - By single or multiple combination of unit-based floating frame, it can have a variety of forms while
  having no limit to any places such as parks, rivers or lakes. It also has the largest prior-installation
  result in Korea (3,080m, Daechung Lake)  and is currently installed in various sites.
- If it is installed in a large scale in a place where green algae appears plants can remove nutrient
  salts and restrain the growth of green algae by shielding sunlight