A Better Understand
Geotextile tube in marine engineering starts from 1980s, used to geotextile bag coastal protection, prevent erosion and improve stability in marine engeering structures. Geotextile bag dewatering and decontamination of sediments allegedly starts from late 1990s. The water from the hydraulic fill passes through the pores in geotextile skin while the sand or other particles remian contained . Further benefits like geotextile bag price is very competitive comparing to traditional ways.
Geotextile Tube Applications
Dewatering Sediments & Artificial Structures
Dewatering sediments: Environmental Remediation, Wastewater Treatment, Mining, Paper Mills, Power Generation, Light Industrial and Agriculture.
Aritificial Structures: Shoreline Protection, Geotube Revetment, Geotube Reclamation, Breakwaters, Dykes&Levees.
In hydraulic & marine engineering
Geotextile tube coastal protection the fundamental features of geotextile tubes with a long, tubular unit with ports at specific intervals along upper surface. The water from the hydraulic fill passes through the pores in geotextile skin while the sand remians contained with the tube. Geotextile tube breakwater are filled to specific fill heights to meet geometric and hydraulic requirements. Geotube installation when filled to max height, the sand fill is dense and stable.
In dewatering & decontamination
Geotextile tube dewatering, there are too many sediments carried by rivers and streams into down-gradient harbors, estuaries and deltas every year in the world. The dredging, a safe and efficient strategies is necessary, the dewatering geotube not only to dewater the dredged material while under pressure but also to decontaminate them is the unltimate goal. By dewatering we mean to decrease the water content of slurried material to a point where geotube bags handling of the sediments by standard earth moving equipment is possible.
Most advanced equipments to ensure high quality
Geotextile dewatering bag is made from geotextile, the first priority is make sure woven geotextile quality. We use most advanced Sulzer looms to produce smaller opening size, but high filtration fabrics which sewing into geotextile filter bag, that makes dewatering process much quickly and also increase the alibility of retaining solids. With high factory seam strength, the aritificial geotextile sand bag of structures are strong enough to resist any impact from inside or outside, and do it’s own job as ‘great wall’.