The dust pollution in the areas where horses pass not only damages the environment of the racetrack, but also endangers the physical health of the audience. The dust from the racetrack can easily enter the audience's lungs through the nose and throat, and the dust raised by the horses can reduce the visibility of the racetrack, causing visual pollution; The customer wishes to purchase a product to reduce dust and assist with racecourse drainage.
According to the customer's requirements, the site was designed and it is recommended to use non-woven geotextiles to assist with drainage. The customer was very satisfied after testing.
The current competition venue consists of 5 layers, with the top layer made of a scientific mixture of quartz sand, geotextile, and fibers, which can protect the feet of horses. There is also an equestrian soft cushion layer, gravel layer, small stone layer, and a sturdy bottom layer with drainage pipes below. This design not only ensures the elasticity of the venue but also allows for rapid drainage.
Geotextiles and non-woven fabrics provide the highest quality geotextiles for the industry of containment and erosion control. These geotextile non-woven fabrics form a random network to maintain dimensional stability. They can resist natural exposure to UV degradation, decay, biodegradation, alkalis, and acids.
The racetrack should have good drainage conditions, with circular drainage ditches set up along the inner side of the track and the outer side of the entire field, and open ditches should have leakage covers. Both ends of the racetrack should also have drainage ditches connected to the circular drainage ditch on the inner side of the track.
A drainage blind pipe (or blind ditch) should be installed under the racetrack. The drainage volume of the venue and the amount of rainwater discharged from the appearance of the racecourse room into the circular drainage ditch should be calculated and determined. Outdoor competition and training venues should be equipped with drainage networks to remove accumulated water from drainage ditches, traffic ditches, and other areas.
The drainage system selects the combination or diversion of domestic sewage and wastewater based on the system of outdoor drainage and the principles that are conducive to wastewater recovery and utilization.
Geotextiles and non-woven fabrics are used in many applications, such as drainage, filtration, and separation. Their function is to limit soil particles, but to allow liquids and gases to easily pass through them, and to improve the performance of the environment and civil construction projects.
Combining sand with geotextile non-woven fabric or elastic fibers, geotextile non-woven fabric can be used on racetracks to reduce dust and aid in drainage. Geotextiles and non-woven fabrics can stabilize sand particles and help achieve higher sliding strength and moderate shear strength. A foothold not only prevents compaction, but also provides elasticity and bounce, helping to protect the horse's bones and joints while reducing the risk of injury. Different proportions of geotextiles and sand can be used to create foundations suitable for various conditions, and can also be used to create arena floors for competitions or training paddies. It can also increase drainage and prevent settlement that may cause surface roughness.
Advantages.