The Use of Geomembrane in Aquaculture Can Effectively Reduce Costs
Geomembrane is a kind of anti-seepage material that is widely used in modern engineering construction, especially inbreeding. It is greatly welcomed by farming owners. The use of low cost textured geomembrane and the absence of geomembrane in fish pond culture are quite the same. Geomembrane is very cost-effective to use, but it is very impressive. What is this for?
The average fish farmer and shrimp farmer know that fish can be healthy by drinking clear water. If they are not isolated, the water quality will feel turbid. If fish drink turbid water, it will naturally affect their health. However, the way of using cement, you need to buy cement, bricks, and the like. The cost of the material is a lot, and after the material is bought, there will be labor costs. They must be laid before they can be used normally. The cost is too much. There are more, and if you don’t want to raise fish later and want to switch careers, the early costs will be lost.
Using geomembrane, the initial investment cost is greatly reduced, because the cost of high quality textured geomembrane is not expensive, it is quite easy to lay, it takes a short time, and can be put into use quickly. Geomembrane, because of its particularly good anti-permeability performance and obvious water storage performance effect, prevents the water in the fish pond from infiltrating into the soil and effectively controls the water level, which greatly saves the cost of water retention, and can also prevent the back-filtration of toxic substances in the fish pond In this way, the survival rate of the fish can be improved, and there will not be some chemicals that are not good for the shrimp body into the water body.
The use of textured geomembrane for sale can also effectively maintain the stability of water quality, reduce changes in water conditions, and effectively prevent the oxygen in the water from entering the soil, thereby maintaining the oxygen content and speeding up the fishing speed. The speed of cleaning fish ponds is accelerated, which can effectively maintain the freshness of fish and shrimps and avoid the death of a large number of fish and shrimps.
The anti-seepage geomembrane is simply the anti-seepage membrane. The high-quality anti-seepage geomembrane can be used in various anti-seepage projects. In use, the anti-seepage geomembrane has inherent detailed requirements for the laying of the geomembrane produced by environmental geomembrane manufacturers anchor. There are four main ways to anchor the permeable membrane, and different anchoring methods also have different construction requirements.
1. Groove anchoring: Groove anchoring is generally used in the construction of anti-seepage geomembrane in landfills, solid waste landfills, and tailings disposal sites. The excavation work of the anchoring trench is carried out according to the use conditions and the stress of the anti-seepage geomembrane. Generally, the width of the anchoring trench is 0.5m-1.0m, and the depth is 0.5m-1.0m. After excavation, the anti-seepage geomembrane produced by aquaculture geomembrane manufacturers should be laid in the anchor trench and filled with the backfill soil.
2. Shot nail anchoring: When the construction surface is concrete, cement, wooden board, red brick, iron plate, or other material wall surface, the anti-seepage geomembrane and construction should generally choose shot nail anchoring. When using nail anchoring, you should choose a bead with a width greater than 2cm and a thickness greater than 2mm. The bead is mostly made of stainless steel. The distance between the nails is less than 0.4m. The exposed parts of the bead should be treated for corrosion and rust.
3. Expansion screw rebar lap: When the decoration engineering surface is a vertical surface of concrete, concrete, wood board, cement brick, stainless steel plate, or other materials, the anti-seepage HDPE geomembrane factory price decoration project usually selects the expansion screw rebar lap. When selecting expansion screws for steel bar overlap, choose a diameter greater than 4mm, and the distance between expansion screws should be less than 0.5m.
4. Anchorage of embedded parts: When the construction surface is made of concrete or cement, the embedded parts should be buried in concrete or cement before laying. When laying the geomembrane, we only need to weld the exposed part of the wholesale environmental geomembrane and the embedded parts together.
The above are the 4 different anchoring methods for the anti-seepage membrane. The different requirements for the anchoring method are different from the matters needing attention during construction. This point we should pay special attention to in the actual operation. The use of the anti-seepage geomembrane The extension of life is also inherently related to the anchor in the construction process, and it must be ensured that the anti-seepage membrane is not damaged during the construction process.