water purifier hydro-cyclone filter and its application + specification
One of the industrial applications of a water purifier is to use a hydro-cyclone filter. If you want to know what is a hydro-cyclone filter and how does it work?
hydro-cyclone applications + specifications
What are its applications and specification? How is the treatment process? and questions alike, you can find your answers below.
The hydro-cyclone, sometimes known as a sand trap, is one of the more cost-effective pieces of water purification equipment.
Its primary function is to filter out sand and other solid mineral particles that may be trapped in water. It is not feasible to remove salts and ions from water using a hydro-cyclone in the same way that it is possible to do so using other water treatment processes like ultrafiltration and NF.
Find out all you need to know about this set of water treatment equipment, including its uses, its benefits, how it works, and the crucial aspects of its design. Also included is an explanation of the hydro cyclone’s operation.
Join Avin Industrial Group, one of the most experienced teams in the world when it comes to the design and production of hydro-cyclones.
What exactly is a hydro-cyclone used for?
One of the useful pieces of purification equipment is called a hydro-cyclone. This piece of apparatus is able to remove particles from water by utilizing centrifugal force as well as the disparity in the weight and density of water and the particles that it contains.
This sand trap is capable of purifying water without the need for electrical energy and with the aid of just dynamic energy; hence, it is one of the most cost-effective ways to filter water.
The removal of 95% of solid particles in water that is larger than 45 microns in size is possible through the use of hydro-cyclones for the treatment of water and the adsorption of sand.
Hydro-cyclone treatment for the treatment of water
the operation of the hydro cyclone
The construction and design of a hydro-cyclone involve the employment of a cylindrical tank and a cone in order to circumvent the need for the use of electrical energy and filters in the process of removing particles from water.
A cylindrical tank is put at the top, and a cone is positioned at the bottom. The cylindrical tank has two valves that are used as water inlets and outlets, and the cone has one valve that is used to discharge the deposited solid particles.
The operation of the hydro-cyclone is carried out in such a way that the entrance valve of the hydro-cyclone is tangential to the cylindrical tank, and centrifugal pumps are used to produce pressure in the environment after transporting water from the hydro-cyclone to the cylindrical tank.
The rotation of the water droplets is caused by the pressure that is supplied to the water. As a result of the fluid's rotation, solid particles that have a greater density than water are progressively distributed along the walls of the conical section.
The air that is contained inside the water is forced out due to the rotation of the water within the device as well as the influence of the centrifugal force, which results in the water experiencing a modest decrease in pressure.
Finally, as a result of the centrifugal force, the residual particles in the water are moved to the lower mouth of the cone, while the droplets of clean water travel upwards and are transmitted out of the drain valve located above the cylindrical tank.
The amount of time that the water spends in the tank as well as the sand trap is one of the most crucial aspects of the operation of the Hydro-cyclone. It takes between two and five minutes for sufficient solids to become separated from the water droplets during this process.
One strategy for extending the amount of time that water droplets remain contained within the hydro-cyclone is to lower the size of the drain valve by an amount equal to one unit of the inflow valve.
advantage of hydro cyclones
Advantages derived from utilizing hydro-cyclones in the treatment of water
In spite of the fact that there are a variety of techniques for the treatment of water, such as nanofiltration and reverse osmosis, which is able to remove very minute particles and even ions from the water, a hydro-cyclone may be the superior choice in many circumstances.
The most significant reasons for this are the benefits that this category of equipment has in relation to the environment that it operates in, which are as follows in order of importance:
This kind of water treatment machine runs solely on kinetic energy; electrical power is not required for their operation; as a result, they have a low impact on the environment in terms of their overall energy consumption.
The structure and materials used in the creation of the hydro-cyclone are quite inexpensive in comparison to other pieces of equipment used for water treatment; as a result, there is no need to spend a significant amount of money to utilize it in industrial and agricultural settings.
Installation and upkeep are simplified by the absence of a filter within the Hydro-cyclone, in contrast to other pieces of water purification machinery. Filters are often one of the most important internal components of such machines.
As a consequence of this, there is no requirement for the utilization of cleaning procedures such as backwashing or the replacement and refurbishment of filters. In addition, the structure of this apparatus is not overly sophisticated; as a consequence, it possesses a lengthy lifespan and is simple to keep in working order.
Slight pressure drop: when water first enters the hydro-cyclone tank, the pressure that is applied by the centrifugal pump is not very high. As a consequence, a significant reduction in water pressure does not occur.
High efficiency in the removal of particles: the operation of the hydro-cyclone, which involves the utilization of centrifugal force, causes about 95% of the solid particles that are present in the water to settle. As a consequence of this, it is suitable for usage in both industrial and agricultural contexts.
Hydro-cyclone Group Avin in the Industrial Sector
The Implementation of the Hydro-cyclone
Because it does not require the use of power and the price of the Hydro-cyclone sand trap is extremely affordable, it has a very high rate of application among the various pieces of water treatment machinery. In order for us to be able to state the following possibilities as its primary uses:
The water wells and the deep wells formed a hydro-cyclone.
Sand farms are required on agricultural fields that need pumping water from deep wells for irrigation purposes, as well as in situations where drip irrigation and spray irrigation are utilized.
Sand and other solid particles that are suspended in the well water have the potential to cause the motor and water pump to suffer damage very fast.
In addition, as time passes, drip and sprinkler irrigation systems will lose their ability to work properly since the passage of water will get obstructed. These issues can be resolved to a significant extent by placing a hydro-cyclone in the path that the water takes before entering the pump.
Hydro-cyclone utilized in the process of reverse osmosis
One of the most effective and widely used approaches to water filtration is called reverse osmosis, although the necessary equipment may be rather pricey.
Because of this, the pre-treatment stage is thought to boost the operating effectiveness of the filters while also preventing the life of the filters from being shortened. At this point, the water that goes through the RO has a lower level of contamination since bigger particles have been removed using a variety of techniques such as the hydro-cyclone.
The use of hydro-cyclones in manufacturing
The introduction of waste solid particles into the facilities has caused catastrophic harm to a great number of manufacturing plants and even workshops used in the manufacture of food, flour, and other similar products.
For this reason, these issues may be resolved to a significant extent by employing a variety of strategies, such as the utilization of sand traps.
This kind of water purification is utilized in a variety of industrial settings, including those that produce ceramic tiles, starch, wheat, and wash sand, to name a few.
Table of selection criteria for the hydro-cyclone manufactured by Avin Industrial Group
price of hydro cyclone water heater
When compared to the costs of several alternative techniques of water treatment, a hydro-cyclone is often significantly more cost-effective.
However, depending on the conditions of the surroundings, you may choose from among a wide range of hydro-cyclone kinds.
As a direct result of this, the cost of a hydro-cyclone will shift accordingly. The capacity of the tank and the device, the material of the cylindrical and conical tank body, after-sales service, and the quality and accuracy used in the construction of the hydro-cyclone are all important factors that are effective in determining the price of a hydro-cyclone.
Among the important factors that are effective in determining the price of a hydro-cyclone are the following:
The development and production of a hydro-cyclone
Hydro-cyclone is one of the types of water and wastewater treatment equipment that Avin Industrial Group, which has years of experience and skill in the field of design and manufacturing of many types of water and wastewater treatment equipment, has created and manufactured.
Each of the items in this collection comes with a warranty and after-sales support, in addition to having a wide range of options to choose from.
This collection is the result of the efforts of a group of skilled and seasoned engineers working together.
You may use the phone numbers that are provided at the bottom of the page to get in touch with this collection in order to acquire advice and direction on the acquisition of a hydro-cyclone and other pieces of apparatus.
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