Bypass separator

Bypass separators with coalescence filter

A bypass separator with coalescence filter is a type of separator used to separate solids and liquids from waste water. It works by means of a filter that removes small particles of oil from the water and condenses them into larger particles, which then rise to the surface of the separator. Heavier parts will sink to the bottom. This type of separator has several advantages over other types. It is suitable for both small and large companies and can be used in various industries. Another advantage is that it requires relatively little maintenance and has a high capacity. The costs for a bypass separator with coalescence filter depend on the material of which the separator is made. Bypass separators made of concrete are generally cheaper than separators made of other materials. When choosing a bypass separator, it is important to take the capacity and application areas of the separator into account.

Capacity and dimensions

It is important to consider several factors, including capacity and dimensions, when selecting a bypass separator. For starters, the size of the inlet matters. This must be large enough to efficiently lead the water to the separator. In addition, the maximum flow capacity of the separator is important. This determines how much water the separator can handle and therefore how often it must be emptied.

The dimensions of the separator itself are also important. It is important to know the size of the separator to meet the needs of the business. In addition, the size of the container must also be taken into account. It must be large enough to receive the separated material without overflowing.

The space requirements for installation are also important to consider. For example, there must be sufficient space to place the separator and the required height for the discharge pipes must also be taken into account.

There are several types of bypass separators available, including concrete bypass separators. It is important to see which separator best suits the needs of the company. By taking into account the capacity and dimensions of the separator, the right choice can be made.

Material selection and maintenance

Bypass separators are available in different materials, such as concrete, plastic and steel. When choosing the right bypass separator, it is important to take into account the choice of material and the maintenance that is involved.

Maintenance Requirements

The maintenance of a bypass separator can differ per material. For example, a concrete bypass separator requires less maintenance than a plastic or steel variant. It is important to look at the maintenance requirements of the different materials and to make a trade-off between cost and time.

Lifespan

The life of a bypass separator depends on the material and the maintenance. In general, a concrete separator lasts longer than a steel variant. When making a choice, it is therefore important to look at the expected lifespan of the various materials and to make a trade-off between costs and sustainability.

Cost

The cost of a bypass separator depends on the material and size. In general, concrete separators are cheaper than plastic variants and they last longer. It is important to weigh the cost against the expected lifespan and the maintenance required.

Wear resistance

When choosing a bypass separator, it is important to pay attention to the wear resistance of the material. A concrete separator is generally more wear-resistant than a steel variant. This can be especially important if the separator is in an environment where there is a lot of wear and tear, for example due to heavy traffic. It is therefore important to look at the wear resistance of the various materials and to make a trade-off between costs and durability.

Legal requirements and certifications

Legislation and regulations regarding the collection and treatment of waste water are of great importance to companies. It is mandatory to collect and treat waste water before it is discharged. Certifications such as CE marking and KIWA certification are necessary to ensure that the bypass separator meets all legal requirements.

When choosing the right bypass separator, the location of the bypass separator must be taken into account. For example, there are specific requirements for distance from buildings and roads. Concrete bypass separators often have different location requirements than plastic bypass separators.

In addition to the location, the size and capacity of the bypass separator is important. It is important to choose a bypass separator that has sufficient capacity to treat the wastewater. The size of the bypass separator must also match the size of the company and the amount of wastewater produced.

The maintenance and inspection of the bypass separator is essential to keep it functioning properly. There are legal requirements for the maintenance and inspection of the bypass separator. It is important to observe these requirements to avoid problems.

Finally, there are requirements for reporting and recording of wastewater treatment. For example, companies need to keep track of how much wastewater is produced and how it is treated. It is important to report this data to the appropriate authorities in order to comply with all legal requirements.