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Geo Liners for Decorative Ponds

Geo liners for decorative ponds help to enhance the beauty and value of your property. Whether the pond will be for aesthetics, attracting wildlife, fishing, or lacing up your skates in the winter; there are many factors to consider when designing and building your dream pond.   Area and Depth Depending on the climate and intended use of your constructed pond, depth may be more of a factor than most people realize. If the pond will be constructed in a climate with four seasons and is intended to maintain fish stock; certain areas, depths, and slopes are suggested to allow aquatic life to thrive. For a vibrant fish population or cool swimming hole, a minimum pond area of 1/2 to 1 acre is recommended, with as much as the pond as possible reaching a depth of 15 feet and side slopes at 1:3 for fish habitat and 1:4 for swimming access. This combination of depth and relatively steep side slopes help reduce aquatic plant growth. An irregular shoreline is also helpful for fishery habitat....

Geosynthetics Storage – It Matters!

Some geosynthetics are manufactured to withstand long term exposure to the elements, extreme temperatures, and puncture resistance. With this is mind, proper on-site material storage prior to installation is still critical. This small step can help ensure your liner materials are useable, damage free and able to live up to expectations when it comes time for installation. Element Elimination Degradation of geosynthetics can come from a variety of natural factors. Some products, such as PVC Geomembrane  and geotextile, are excellent for use in buried applications and are not formulated for extended UV exposure. Over time, sunny conditions can degrade the quality of the product; potentially impacting their long-term performance. Moisture is also a consideration for geosynthetics such as  Geosynthetic Clay Liner  (GCL). It is essential that rolls of GCL and similar materials be kept dry prior to installation, as premature hydration may result in unus...

Freshwater Aquaculture and Geomembrane Liners

Recent concerns and regulations regarding wild harvesting and marine populations have pushed aquaculture to the forefront of the field of providing fish and aquatic life to meet growing demand. The idea of raising and rearing fish, shellfish and other aquatic organisms in a controlled environment appeals to many because of the amount of oversight that may exist in such a space. However, aquaculture operators who wish to undertake or expand their foothold should ensure that their plans include environmental considerations and the proper use of   geomembrane liners .   Aquaculture Aquaculture is defined as the propagation, rearing and harvesting of organisms in all types of water environments. This includes algae, fish and shellfish, such as shrimp. The increased market demand for seafood, coupled with technological developments, has created a growing interest in aquaculture. Aquaculture products can be used for food or other commercial products, to replenish wild populations, o...

Geomembrane Liners for Hydroelectric Power Plants

In a world where "going green" is the cool thing to do, harnessing water power in the form of hydroelectricity is the largest source of clean, renewable energy available today. Hydroelectric power is reported to account for 52% of renewable energy generation in the U.S. and 7% of total electricity generation, and failure to achieve reliable and consistent water flow could leave millions of people stranded. The various types of hydroelectric plants in use today each have their own unique geomembrane uses to assist in the protection and delivery of water within their systems, helping to more efficiently provide green energy to the public.   Impoundment The most common form of hydropower generation is the impoundment behind a dam. The reservoir created by the dam is the key to this system. This harnessed water flows through a turbine and connects to a generator, which in turn generates electricity and connects to the consumer. Containing as much water as possible and directing i...

Freshwater Aquaculture and Geomembrane Liners

Recent concerns and regulations regarding wild harvesting and marine populations have pushed aquaculture to the forefront of the field of providing fish and aquatic life to meet growing demand. The idea of raising and rearing fish, shellfish and other aquatic organisms in a controlled environment appeals to many because of the amount of oversight that may exist in such a space. However, aquaculture operators who wish to undertake or expand their foothold should ensure that their plans include environmental considerations and the proper use of   geomembrane liners .   Aquaculture Aquaculture is defined as the propagation, rearing and harvesting of organisms in all types of water environments. This includes algae, fish and shellfish, such as shrimp. The increased market demand for seafood, coupled with technological developments, has created a growing interest in aquaculture. Aquaculture products can be used for food or other commercial products, to replenish wild populations, o...

Geomembrane Liners for Hydroelectric Power Plants

  In a world where "going green" is the cool thing to do, harnessing water power in the form of hydroelectricity is the largest source of clean, renewable energy available today. Hydroelectric power is reported to account for 52% of renewable energy generation in the U.S. and 7% of total electricity generation, and failure to achieve reliable and consistent water flow could leave millions of people stranded. The various types of hydroelectric plants in use today each have their own unique geomembrane uses to assist in the protection and delivery of water within their systems, helping to more efficiently provide green energy to the public.   Impoundment The most common form of hydropower generation is the impoundment behind a dam. The reservoir created by the dam is the key to this system. This harnessed water flows through a turbine and connects to a generator, which in turn generates electricity and connects to the consumer. Containing as much water as possible and directing...

1.0mm 1.2mm Swimming Pool and Artificial Lake Pond Liner

1.0mm 1.2mm Swimming Pool and Artificial Lake   Pond Liner Product Description 1.0mm 1.2mm HDPE Geomembrane  is the low permeable synthetic membrane liner and geotechnical engineering materials which are widely used for solid waste containment, mining and water containment applications. Pond liner swimming pool is made of finest quality high density polyethylene HDPE with specially formulated, virgin polyethylene resin, combined with specified quantity carbon black, antioxidant, anti-aging agent and UV resistance components, which makes our 500 Microns HDPE Geomembrane  with excellent resistance to UV radiation and is suitable for exposed conditions. Can you use a pond liner for a swimming pool? All ponds and landscape water features can benefit from a pond liner swimming pool because it retains the water while also keeping out dirt and other contaminants that can make the water cloudy or even dangerous. More importantly in a pond built for swimming, the Pond Liner Geomem...

Geotextile Landscape Fabrics: Nonwoven vs. Woven

Nonwoven geotextiles are the best choice for drainage applications where water flow (permeability) is a major concern. Nonwoven landscape fabrics are commonly used in French drains, drainage fields and erosion control.  Only two main types of fabrics are used for landscape and construction applications;  woven geotextiles and nonwoven geotextiles . Read on to learn which is better for your application.   Geotextile Landscape Fabrics: Nonwoven vs. Woven Woven geotextiles are strong, finely spun strips made of linen, polypropylene or polyester materials. It is usually impervious to water and has very little drainage through the material. The durability (tensile strength) and warp resistance of this geotextile is ideal under high bearing capacity surfaces, including gravel/rock sidewalks, highways and parking lots.  Common nonwoven applications ✱Xeriscaping ✱Water flow (permeability) ✱Filtration Common woven fabric strengths. ✱Parking ✱As a weed barrier ✱Under roads/tra...

What Is a Dimpled Drainage Matting?

What Is a Dimpled Drainage Matting? Most  dimpled drainage matting  consist of a polypropylene or high-density polyethylene  sheet, molded into a series of raised knobs, or dimples. Polyethylene dimpled drainage mat helps water flow away from the foundation. Without it, water can stay trapped against the concrete or pool at the bottom. Drainage mats come with a dimpled design that lets water accumulate and flow away, creating an air gap. When a dimple mat is placed against a concrete wall, the dimples make the plastic stand out from the wall, leaving a free-draining air space between the plastic and the concrete. If any water reaches this air space, it easily flows to the bottom of the dimple mat. As water flows, it picks up small particles of silt and soil. When water stops moving—like when it reaches a concrete wall—silt and soil will accumulate, further increasing the pressure against the foundation. A drainage ma's membrane protects the mat from sediment clogging...

Geomembrane HDPE Liner

Description of smooth geomembrane hdpe liner: Smooth Geomembrane hdpe liner begins with the melting of the High-density polyethylene resin and the addition of various additives such as antioxidants, plasticizers, fillers, carbon black and lubricants (as processing aids) , used as an impermeable base material. Its impermeable performance mainly depends on the impermeable performance of the geomembrane. At present,  the geomembrane  used for anti-seepage applications at home and abroad. They are a kind of polymer chemical flexible material with small specific gravity, strong extensibility, high adaptability to deformation, corrosion resistance, low temperature resistance, and good frost resistance.   Features of smooth geomembrane hdpe liner: Feature: 1) HDPE geomembrane is a kind of flexible waterproof material, has the very high seepage coefficien (1 x 10 to 17 cm/s);   2) Has good heat resistance and cold resistance, the use environment temp...

Wave Type PP/HDPE Plastic Grass Grid Grass Paver for Driveway and Parking Lot

Wave Type PP/HDPE Plastic Grass Grid Grass Paver for Driveway and Parking Lot Plastic Stabilizer Gravel  Description Product name PP/HDPE plastic grass grid grass paver for driveway&parking lot Height 38mm,50mm,70mm Bearing strength 200tons-250tons/m2 Type Wave surface Color Black or green Application Driveway, parking lot GRASS GRID  use HDPE&PP material , produced after a special one-time procedure into a three-dimensional independent anti-pressuring cylinder structure, the anti-pressuring cylinders are connected with union lever. After laying, linking and assembling, one permanent stable evergreen lawn planting layer can be acquired.

15mm height Plastic Drain Cell Drainage Board for Roof Garden

  15mm height Plastic Drain Cell Drainage Board for Roof Garden Description 15mm height Plastic Drain Cell Drainage Board  for Roof Garden Drainage cell Board  is the lightweight three dimensional geocomposite with flat back which is pressed against an underground structure used for subsurface water management method. LUYUAN drainage cell is lightweight, easy to use and cost effective when compared to traditional drainage methods, and it is the most advanced and versatile geo-composite product suitable for all your horizontal and vertical drainage applications such as roof garden drainage, landscape, terraces and patios under pavers, subterranean building protection, etc. Drainage Cell BOARD Applications LUYUAN drainage cell  had been exported to over 36 countries. Our drainage cell is widely used such applications as roof gardens, podium landscaping, retaining walls, golf course, sports fields, bridge abutments, underground car par...

What are geomembranes?

Geomembranes are used in environmental, hydraulics, transportation, oil and gas applications and in the waste treatment industry. The most common type is a continuous polymer sheet. When larger geomembranes are required, they are thermally or chemically fused together at the seams for increased strength and durability. Geomembranes are completely customizable in size, so they can be as small as a backyard fish pond or as large as a soccer field.   To better understand the uses of geomembranes, here are some of the most common uses. ▴As a liner for potable or reserve water (e.g., safety shutdown of a nuclear facility) ▴As a fish pond liner ▴ As a liner for waste liquids (e.g. sewage sludge), radioactive or hazardous waste liquids ▴As a liner for the agricultural industry ▴As liners for various waste transport channels ▴To contain and transport drinking water and other liquids in the ocean ▴Preventing de-icing salt contamination underneath highways ▴Capturing dangerous liquid spills ...

What are geomembranes and how are they used?

Geomembranes are synthetic membrane liners or barriers used to control fluid migration in man-made projects, structures or systems. They are made from relatively thin continuous polymer sheets,   sometimes consisting of geotextiles infused with asphalt, elastomers   or polymer sprays. This means that their applications in geotechnical engineering and other industrial customers are endless.

What is a geocell?

  Geocell For Driveway What is a geocell? Geocells are cellular closure systems that are used as a simple yet durable material for stabilization and protection. Honeycomb closure systems effectively maintain soil compaction and, by doing so, create a stronger structure for the fill and pavement. The three-dimensional, honeycomb design of the cells ensures that Geocell is strong and durable. This form creates a structure that improves load distribution. The cell is made of high-density polyethylene (HDPE) and is used to stabilize weak or unstable soils. This ability is due to its ability to reduce the lateral movement of soil particles while vertically loading the contained fill. In addition to stability, geocells provide a mattress effect and improve the elasticity of the material. The cells have high elastic stiffness and high tensile strength, and because of this they improve the load distribution of the product. Due to the weight distribution produced by the cells, less rutting ...