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Strong Durable Geobag

Application: Coastal protection, sludge dewatering, erosion control

Width: Customerized, as request

Length: Customerized, max. 60m per piece

Tensile strength: 90kn, 120kn, 200kn etc.

Material: PP Woven geotextile

E-mail: [email protected]

Tel:0086 18253870001

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Description

Strong durable geobag represent a modern, efficient, and economically sound engineering technology. They provide a superior method for tackling complex challenges in dewatering, containment, and erosion control across numerous industries.
The process is simple yet highly effective. A slurry mixture (water and solids) is pumped into the geotextile tube. The engineered fabric acts as a filter, allowing clean water to drain out while retaining the solid particles inside. As the water is released, the solids are compacted and consolidated within the tube. This process is often repeated in layers to achieve maximum fill and dewatering efficiency.

Specifications

Strong Durable Geobag
		UNIT	TEST STANDARD	UNIT TEST STANDARD
		UNIT	TEST STANDARD	DK70×95B	DK70×95	DK120×120	DK200×200	DK200×200B	DK380	DK580	DK380PPi	DK580PPi
Breaking strength	vertical	KN/m	ISO 10319-2015	85	85	130	220	220	70	85	70	85
Breaking strength	weft	KN/m		105	115	120	200	210	60	80	80	105
Elongation at break	vertical	%		13	13	12	13	13	12	12	13	13
Elongation at break	weft	%		8	8	8	8	8	8	8	9	9
Breaking strength at 2% elongation	vertical	KN/m		14	14	20	12	10	14	15	9	8
Breaking strength at 5% elongation	weft	KN/m		38	38	80	95	88	38	42	26.5	21
Weight		g/m2		430	450	540	850	870	285	385	340	420
Joint tensile strength		KN/m	ISO 10321-2008	70	90	100	170	180
CBR Puncture Strength（CBR）		KN	ASTM D6241	8	9	15	20	23	7	10	8.5	10
Dynamic perforation		mm		10	8	10	8	8
Equivalent aperture（O90）		mm	ISO 12956	0.5	0.45	0.45	0.45	0.35	0.48	0.45	0.48	0.47
Permeability（Q50）		L/m2/s	ISO 12956	50	35	14	18	15	35	42	58	58
UV Resistance（500 hours strong preservation rate）		%	ASTM D4355-2014	90	90	90	90	90	90	90	90	90

Applications

Strong durable geobag is a tubular geobag with a filtration structure woven from high-tenacity polypropylene yarn. The geobag dehydration and solidification method involves adding a high-molecular-weight flocculant solution to the sludge slurry at a specific dosage during underwater dredging. After thorough mixing, the solution is filled into the geobag. Using the filtration structure of the geobag’s equivalent pore size and the pressure of the liquid within the bag, water seeps out of the bag, while sludge remains inside, thereby reducing sludge volume.

Sludge and Sediment Dewatering:
Ideal for municipal wastewater treatment plants, industrial lagoons, and river or harbor dredging projects. The tubes efficiently separate solids from water, which is expelled through the fabric’s pores, significantly reducing the volume of waste for disposal.

Agricultural and Aquaculture Use:
Utilized for managing agricultural waste and in pond lining applications.

Shoreline and Coastal Protection:
Used as core elements in structures like dunes, breakwaters, and revetments to prevent erosion and defend against wave action. They provide a stable, durable, and environmentally adaptive form of defense.

Containment Dykes and Structures:
Effectively used for constructing temporary or permanent containment barriers for contaminated materials, creating artificial islands, or forming the core of hydraulic reclamation projects.

Strong Durable Geobag’s Advantages

Cost-Effective:
Drastically reduces transportation and disposal costs by dewatering material on-site, minimizing its volume by up to 90%.
Environmentally Sustainable:
Offers a green solution by reducing the carbon footprint associated with hauling and landfill use. The clean effluent water can often be discharged directly back into the environment.
High Strength and Durability:
Made from UV-stabilized and chemically resistant polypropylene or polyester materials, ensuring long-term performance even in harsh conditions.
Versatility and Customization:
Available in a wide range of diameters, lengths, and strengths to meet the specific requirements of any project, from small industrial pits to massive coastal engineering works.
Ease of Installation and Removal:
Can be deployed quickly with minimal equipment. Once dewatered and dried, the contained solids can be easily removed and transported for final disposal or beneficial reuse.