نسل برتر | تلفن سانترال,سانترال پاناسونيک,ويپ,مرکز تلفن,الست

Used oil re refining

 Used oil should not be discarded. Although gets dirty, used oil can be cleaned and purified for several times. Recycling used oil has some benefits e.g : saving the energy, protecting the environment and recycling the natural resources.

Since used oil contains too many contamination, including non-hydrocarbon, alkenes, polycyclic aromatic hydrocarbon, metal hydronium, impurities, metal particles and colloid etc, refining this oil is beneficial for the environment and more energy is saved.

The application of used oil distillation unit (thin film evaporation) is refining industrial waste oil (including equipment’s lubricants, metal-working and process oil) and automotive lubricants (such as engine oil, hydraulic oil and gear oil) to clean and reuse it. This technology is different from traditional sulfuric acid wash and atmospheric batch  distillation method. The residue of traditional distillation treatment technology is very harmful for environment, and the recycled oil from traditional process has odor, besides it is oxidized easily.

In our process we add a catalyst to used oil including gasoline, diesel and gas engine oil-whether mineral or synthetic- and then distill it under high vacuum to make high quality regenerated base oil without secondary pollution. This technology is highly automatic; the operation is easy, no complicate control process is needed.

Distillation includes physical separation of components of lubricating oil at its boiling point. Using vacuum, we can produce gas and gas oil at lower temperature and also distillate heavy oil without thermal cracking so the product has a high quality. When heavy lubricating oil is distilled under higher vacuum, perfect base oil will be produced.

Working principle:

This equipment adopts physicochemical actions to polymerize, neutralize, adsorb and eliminate impurities and harmful contaminants.

In this device, a new chemical alkaline complex catalyst is used, which restores and regenerates the oil residue in order to clean the oil and save its components.

Traditional distillation causes oil cracking and the produced oil will have a dark color and bad odor (due to reaction with oxygen), but our noble technology has eliminated all these disadvantages.

In our recent method all of these disadvantages are eliminated, as we use the alkaline complex catalyst in it.

Technical advantages:

 -low cost, it only needs a power supply and does not require any chemical additives

– Easy to operate, only one or two operator/s can control the unit.

– Environment friendly, without secondary pollution. The workspace is completely enclosed and no harmful gases are released, the remaining material such as colloid, bitumen and carbon are collected and later it can be used as fuel or asphalt.

– can recycle all kinds of oil including gasoline, diesel, engine, rubber and other lubricating oil.

– High recovery rate: base oil 83%~85%, gas and diesel oil 5~7%, oil sludge 3~6% (according to the degree of oil pollution)

– the most advanced treatment process which is suitable for large scale and mobile equipment. In addition it won’t change the color of recycled oil and won’t create any harmful gases( If there is no unsaturated component).

Transformer oil purification

Transformer oil purification: Transformer oil has the duty of cooling and insulating in it . The transformer’s efficiency and life time depend on its suitable maintenance. The oil quality is another important factor so controlling the oil condition is a good way to increase the transformer’s life time. As there is no need to replace the oil with the new one, We can decrease the costs too.

some conditions can result in oil deterioration e.g copper catalyst,iron filings,electric arc,moisture,oxygen with an increase in temperature are the main factors that decrease the oil quality and cause deterioration. Some of these problems are:

Increasing the acid number, moisture, dielectric dissipation factor and decreasing interfacial tension,electric strength (breakdown voltage),dielectric resistance,also the oil color gets blurry.

According to the problems mentioned above, we need an equipment called transformer oil purification machine. Niroonamad Khorasan has manufactured it in different capacities( from 500 to 20000) and different types(stationary, trailer,…) which can purify the oil even in situation that the transformer is on-load without any suspension . These machines also provide the ability to filtrate oil under vacuum circumstances as well.

Some advantages of this mechanism ( ON LINE mode):

1- Protect the transformer during the oil filtration process.

2 – Prevent oil discharge beyond the normal range

3- Prevent air bubbles entering the transformer along with the oil, using two vacuum tanks.

4 – Sludge removal is done so slowly that avoids formation of floating sludge and deposits in oil.

````

234 789 intends to prolong the lifetime of oil and transformers and offer consultancy services to industries as a reliable consultant.

Device Capabilities:

1 – Changing the moisture level from 50 ppm to less than 3ppm

2 – degassing the oil from % 10 vol to less than% 0.1 vol

3 – changing breakdown voltage from 30 kV to above 75 kV

Benefits Of units manufactured by Niroonamad Khorasan :

• High Speed and high Efficiency providing reliable test results at the least time

• getting equipped with a monitoring system and a temperature controller

• Using water traps to avoid moisture into vacuum system

• Using a large vacuum tank with different layers in order to increase the active surface area and accelerate the separation of dissolved gases and moisture from oil.

• appropriate installation of equipments for easy operation and easy servicing.

• Easy installation of components without welding.

• Ability to change the oil inlet and outlet flow

• Possibility of oil refining and evacuating the transformer simultaneously.

• Using two sets of vacuum in order to achieve maximum vacuum pressure (1 torr or 1 mbar).

• Using Electronic eye to see the oil foam.

• Installing mechanical and electrical level gauge and sensors to monitor fluid’s level and prevent the oil from leaving the vacuum path.

• electrical connections between the heaters, motors and Valves.

• Optimum energy consumption by eliminating additional consumers using adequate oil inlet flow.

• Using suction pumps and oil injectors separately.

• Using six contactors in high-capacity equipments for heating(in order to facilitate appropriate loading proportional to power supply).

• using indirect heat for oil (to prevent oil ionization).

• continuous oil flow during the process.

• Ability to adjust the oil level easily.

• Using a pre filter (a 10 micron filter)for adsorbing metallic and large particles.

• Using two separate filter tanks(input and output) with 5 and 3 micron mesh respectively capable of adsorbing the smallest particles as soon as they enter the system.

• Applying sensors sensitive to fluid along the heater path and also element protective thermostat to protect the heating system.

• Digital monitors.

• Using alarms for detecting the defects.

• Using very high quality components.

• Offering Services and after sale services.

Turbine oil purification system

 Over 85% of system’s failure results from its oil contamination. This problem can be eliminated by on time oil purification. This way we can reduce the costs of oil replacement and also increase the life time of machinery.

The additional costs are as a result of the following:

• Loss of production time due to the machine’s failure

• Compartments replacement

• Oil replacement

• Increase in maintenance costs

Niroonamad khorasan purification & filtration systems are able to remove different kinds of contamination such as water(solution & emulsion),gas (hydrogen,oxygen,carbon dioxide,carbon monoxide, methane,…), suspended solid particles and volatiles (Ammonia,alcohol,…) from the oil. It helps the oil reach to its NASS Standard.

Niroonamad khorasan systems are produced in different capacities from 500 to 12000L/H. They can be manufactured as portable or stationary.

Vacuum oil purifying and filtering systems of Niroonamad khorasan:

In common Turbine oil purifying systems, the oil is heated and evacuated (regarding that in rough pressures water is evaporated below 100ºc) then it is sprayed into a vacuum tank, this way free water and oil emulsion is evaporated and is sucked out by the vacuum pump.

For transformer oils, this process is done well because in these kinds of oils the moisture level is very low. But there are some points we should consider when applying this system for Turbine oils:

Because the system is closed, the air sucked out by the vacuum pump is at its saturation point so when it enters the vacuum pump, its moisture is condensed therefore contaminates the oil inside it. There are two strategies for overcoming this problem:

Using a condenser or water ring vacuum pump. Water ring vacuum pump has a system that needs a water tank and a water radiator and this may cause some difficulties for its commissioning (it’s not portable any more). In addition, these pumps can produce rough vacuum (maximum pressure equal to pressure at its saturation point.). Therefore the moisture existing in the oil cannot be decreased enough (and reach to the standard level). If using oil pumps, water trap and condenser are needed but even in this case some moisture contaminates the oil of the pump.

As a cheap and easy maintenance and also low expenses are very important characteristics for a device, pioneer companies in oil purifying industry have decided to increase the quality of the system considerably and decrease its expenses. So, regarding to this principle that air has different capacities for absorbing the moisture, our company has invented a system that can solve the problems above.

When oil that contains some moisture enters a system that is under a certain vacuum pressure, just a certain amount of it (moisture) is evaporated and is driven out by the vacuum pump. Now if we drive some dry air into the system in certain pressure and certain temperature, it tends to absorb the moisture exists in the tank as much as it can.

This way, the total volume of the air that is sucked into the vacuum pump from the vacuum tank is increased and the air in the pump is not at its saturation point any more. Because the air is not at its saturation point, the water exists in the oil of vacuum pump is not condensed so the oil life time will be increased several times.

The important points to consider are: how to produce dry air and also its entrance point to the vacuum chamber, how to contact the phases, how to create mass transfer area between this air and the oil that needs complicated psychometric measurements.

Afew companies own this technology and Niroonamad Khorasan that is composed of knowledgeable, well educated experts (PHD-Ma) in the fields of chemical engineering, mechanic engineering, organic chemistry, analytical chemistry, electronic engineering, power engineering, instrumental engineering has been able to nationalize this technology and apply it in our product.

Some advantages of Niroonamad khorasan systems:

Can be used for oil filtration and eliminating water content from different kinds of oils.

• Able to eliminate the moisture to less than 5 PPM.

• Able to separate free water completely.

• Able to eliminate different kinds of gases and bubbles of oil.

• Can be used for high volumes and long times.

• Vacuum distillation systems are able to eliminate the particles which even are less than three micron (according to standard NASS Class and oil type).

• Heating the oil gradually and indirectly (preventing ionization, additives loss and oil degradation).

• Fast purification with high efficiency

• Separating dissolved gases to% 1vol or even less.

• Quick process of separating water from oil

• Able to change the capacity and flow rate of the device

• Alarm screen for detecting the defect

• Using a water trap to minimize gases and moisture pollution.

• Using a very big vacuum chamber having several layers to break the oil and increase the process of separating dissolved gases and moisture

• Using flange for ease of installation and quick assembly

• Applying a vacuum pump with ultimate pressure of (1mbar)

• Photo sensor to detect the oil foam( if needed)

• Installing electronic and mechanical level meter and also a sensor for protecting the oil level and preventing the oil entering the vacuum path.

• Changing the temperature of heater according to input power supply

• Able to adjust the oil level easily

• Using two separate filters at inlet path with 10micron mesh that lets the device absorb very fine particles entering the system

• Using a coalescer filter to eliminate free water

• Installing a solenoid valve through the path to prevent oil in the case of emergency

• Digital indicators

• Using a strainer and a  magnetic filter for detecting the defects

• Applying the best West European and Iranian equipments

• Equipped with a remote control system (if asked by the customer)

• Installing a moisture meter device (moisture sensor) for online monitoring of the moisture PPM( if asked by the customer)

• Installing an online particle counter and a moisture sensor (if asked)

• Using a strainer and a magnetic filter for absorbing metal particles and large particles as well ( in the case of metal contamination )

• Designing the device according to the customer’s needs

Hydraulic oil purification system

Hydraulic oil purification system:  Over 85% of system’s failure result from its oil contamination. This problem can be eliminated by on time oil purification. This way we can reduce the costs of oil replacement and also increase the life time of machineries.

The additional costs are as a result of the following:

• Loss of production time due to the machine’s failure

• Compartments replacement

• Oil replacement

• Increase in maintenance costs

Niroonamad khorasan purification & filtration systems are able to remove different kinds of contamination such as water(solution & emulsion),gas (hydrogen,oxygen,carbon dioxide,carbon monoxide, methane,…), suspended solid particles and volatiles (Ammonia,alcohol,…) from the oil. It helps the oil reach to its NASS Standard.

Niroonamad khorasan machines are produced in different capacities from 500 to 12000L/H. They can be manufactured as portable or stationary.

Vacuum oil purifying and filtering machines of Niroonamad khorasan:

In common hydraulic oil purifying systems, the oil is heated and evacuated (regarding that in rough pressures water is evaporated below 100ºc) then it is sprayed into a vacuum tank, this way free water and oil emulsion is evaporated and is sucked out by the vacuum pump.

For transformer oils, this process is done well because in these kinds of oils the moisture level is very low. But there are some points we should consider when applying this system for hydraulic oils:

Because the system is closed, the air sucked out by the vacuum pump is at its saturation point so when it enters the vacuum pump, its moisture is condensed therefore contaminates the oil inside it. There are two strategies for overcoming this problem:

Using a condenser or water ring vacuum pump. Water ring vacuum pump has a system that needs a water tank and a water radiator and this may cause some difficulties for its commissioning (it’s not portable any more). In addition, these pumps can produce rough vacuum (maximum pressure equal to pressure at its saturation point.). Therefore the moisture existing in the oil cannot be decreased enough (and reach to the standard level). If using oil pumps, water trap and condenser are needed but even in this case some moisture contaminates the oil of the pump.

As a cheap and easy maintenance and also low expenses are very important characteristics for a device, pioneer companies in oil purifying industry have decided to increase the quality of the system considerably and decrease its expenses. So, regarding to this principle that air has different capacities for absorbing the moisture, our company has invented a system that can solve the problems above.

When oil that contains some moisture enters a system that is under a certain vacuum pressure, just a certain amount of it (moisture) is evaporated and is driven out by the vacuum pump. Now if we drive some dry air into the system in certain pressure and certain temperature, it tends to absorb the moisture exists in the tank as much as it can.

This way, the total volume of the air that is sucked into the vacuum pump from the vacuum tank is increased and the air in the pump is not at its saturation point any more. Because the air is not at its saturation point, the water exists in the oil of vacuum pump is not condensed so the oil life time will be increased several times.

The important points to consider are: how to produce dry air and also its entrance point to the vacuum tanks, how to contact the phases, how to create mass transfer area between this air and the oil that needs complicated psychometric measurements.

Afew companies own this technology and Niroonamad Khorasan that is composed of knowledgeable, well educated experts (PHD-Ma) in the fields of chemical engineering, mechanic engineering, organic chemistry, analytical chemistry, electronic engineering, power engineering, instrumental engineering has been able to nationalize this technology and apply it in our product.

Some advantages of Niroonamad khorasan systems:

• Can be used for oil filtration and eliminating water content from different kinds of oils.

• Able to eliminate the moisture to less than 5 PPM.

• Able to separate free water completely.

• Able to eliminate different kinds of gases and bubbles of the oil.

• Can be used for high volumes and long times.

• Vacuum distillation systems are able to eliminate the particles which even are less than three micron (according to standard NASS Class and oil type).

• Heating the oil gradually and indirectly (preventing ionization, additives loss and oil degradation).

• Fast purification with high efficiency

• Separating dissolved gases to% 1vol or even less.

• Quick process of separating water from oil

• Able to change the capacity and flow rate of the device

• Alarm screen for detecting the defect

• Using a water trap to minimize gases and moisture pollution.

• Using a very big vacuum tank having several layers to break the oil and increase the process of separating  dissolved gases and moisture

• Using flange for ease of installation and quick assembly

• Applying a vacuum pump with ultimate pressure of (1mbar)

• Photo sensor to detect the oil foam( if needed)

• Installing electronic and mechanical level meter and also a sensor for protecting the oil level and preventing the oil entering the vacuum path.

• Changing the temperature of heater according to input power supply

• Able to adjust the oil level easily

• Using two separate filters at inlet path with 10micron mesh that lets the device absorb very fine particles entering the system

• Using a coalescer filter to eliminate free water

• Installing a solenoid valve through the path to prevent oil in the case of emergency

• Digital indicators

• Using a strainer and a  magnetic filter for detecting the defects

• Applying the best West European and Iranian equipment

• Equipped with a remote control system (if asked by the customer)

• Installing a moisture meter device (moisture sensor) for online monitoring of the moisture PPM( if asked by the customer)

• Installing an online particle counter and a moisture sensor (if asked)

• Using a strainer and a magnetic filter for absorbing metal particles and large particles as well ( in the case of metal contamination )

• Designing the device according to the customer’s needs

Industrial oil purification system

 Over 85% of system’s failure results from its oil contamination. This problem can be eliminated by on time oil purification. This way we can reduce the costs of oil replacement and also increase the life time of machinery.

The additional costs are as a result of the following:

• Loss of production time due to the machine’s failure

• Compartments replacement

• Oil replacement

• Increase in maintenance costs

Niroonamad khorasan purification & filtration systems are able to remove different kinds of contamination such as water(solution & emulsion),gas (hydrogen,oxygen,carbon dioxide,carbon monoxide, methane,…), suspended solid particles and volatile s (Ammonia,alcohol,…) from the oil. It helps the oil reach to its NASS Standard.

Niroonamad khorasan systems are produced in different capacities from 500 to 12000L/H. They can be manufactured as portable or stationary.

Vacuum oil purifying and filtering systems of Niroonamad khorasan:

In common Industrial oil purification systems, the oil is heated and evacuated (regarding that in rough pressures water is evaporated below 100ºc) then it is sprayed into a vacuum chamber, this way free water and oil emulsion is evaporated and is sucked out by the vacuum pump.

For transformer oils, this process is done well because in these kinds of oils the moisture level is very low. But there are some points we should consider when applying this system for Industrial oils:

Because the system is closed, the air sucked out by vacuum pump is at its saturation point so when it enters vacuum pump, its moisture is condensed therefore contaminates the oil inside it. There are two strategies for overcoming this problem:

Using a condenser or water ring vacuum pump. Water ring vacuum pump has a system that needs a water tank and a water radiator and this may cause some difficulties for its commissioning (it’s not portable any more). In addition, these pumps can produce rough vacuum (maximum pressure equal to pressure at its saturation point.). Therefore the moisture existing in the oil cannot be decreased enough (and reach to the standard level). If using oil pumps, water trap and condenser are needed but even in this case some moisture contaminates the oil of the pump.

As a cheap and easy maintenance and also low expenses are very important characteristics for a device, pioneer companies in oil purifying industry have decided to increase the quality of the system considerably and decrease its expenses. So, regarding to this principle that air has different capacities for absorbing the moisture, our company has invented a system that can solve the problems above.

When oil that contains some moisture enters a system that is under a certain vacuum pressure, just a certain amount of it (moisture) is evaporated and is driven out by the vacuum pump. Now if we drive some dry air into the system in certain pressure and certain temperature, it tends to absorb the moisture exists in the tank as much as it can.

This way, the total volume of the air that is sucked into the vacuum pump from vacuum chamber is increased and the air in the pump is not at its saturation point any more. Because the air is not at its saturation point, the water exists in the oil of vacuum pump is not condensed so the oil life time will be increased several times.

The important points to consider are: how to produce dry air and also its entrance point to vacuum chamber, how to contact the phases, how to create mass transfer area between this air and the oil that needs complicated psychometric measurements.

Afew companies own this technology and Niroonamad Khorasan that is composed of knowledgeable, well educated experts (PHD-Ma) in the fields of chemical engineering, mechanic engineering, organic chemistry, analytical chemistry, electronic engineering, power engineering, and instrumental engineering has been able to nationalize this technology and apply it in our product.

Some advantages of Niroonamad khorasan systems:

Can be used for oil filtration and eliminating water content from different kinds of oils.

• Able to eliminate the moisture to less than 5 PPM.

• Able to separate free water completely.

• Able to eliminate different kinds of gases and bubbles of oil.

• Can be used for high volumes and long times.

• Vacuum distillation systems are able to eliminate the particles which even are less than three micron (according to standard NASS Class and oil type).

• Heating the oil gradually and indirectly (preventing ionization, additives loss and oil degradation).

• Fast purification with high efficiency

• Separating dissolved gases to% 1vol or even less.

• Quick process of separating water from oil

• Able to change the capacity and flow rate of the device

• Alarm screen for detecting the defect

• Using a water trap to minimize gases and moisture pollution.

• Using a very big vacuum chamber having several layers to break the oil and increase the process of separating dissolved gases and moisture

• Using flange for ease of installation and quick assembly

• Applying a vacuum pump with ultimate pressure of (1mbar)

• Photo sensor to detect the oil foam( if needed)

• Installing electronic and mechanical level meter and also a sensor for protecting the oil level and preventing the oil entering the vacuum path.

• Changing the temperature of heater according to input power supply

• Able to adjust the oil level easily

• Using two separate filters at inlet path with 10 micron mesh that lets the device absorb very fine particles entering the system

• Using a coalescer filter to eliminate free water

• Installing a solenoid valve through the path to prevent oil in the case of emergency

• Digital indicators

• Using a strainer and a  magnetic filter for detecting the defects

• Applying the best West European and Iranian equipment

• Equipped with a remote control system (if asked by the customer)

• Installing a moisture meter device (moisture sensor) for online monitoring of the moisture PPM( if asked by the customer)

• Installing an online particle counter and a moisture sensor (if asked)

• Using a strainer and a magnetic filter for absorbing metal particles and large particles as well ( in the case of metal contamination )

• Designing the device according to the customer’s needs

Electrostatic filtration

Electrostatic filtration : Designing and manufacturing of varnish removal plant using electrostatic filter(NN-EOF) and applying high technology of self controlled gradient field,Niroonamad khorasan is ready to cooperate with industries in order to increase the oil life time.

What is varnish?

Varnish is a layer that forms because of oxidation,high temperatures, moisture or any other physical /chemical reactions. The mentioned factors will cause the depletion of anti oxidant additives so the oil is exposed to oxidation. After oxidation free radicals combine and form yellow,light brown or dark brown substances called varnish.

The problems caused by varnish:

As varnish molecules are insoluble in mineral and synthetic oils, they deposit on internal surfaces of equipments or sealants and cause substantial problems:

1-Increase the wear rates of valve components,load gears and in some cases bearing surfaces.

2- Shorten the lubricant’s life by reacting with anti-oxidant system.

3- Increase maintenance costs due to cleanup and disposal of oil.

4- Decrease the effectiveness of heat exchangers, making it more difficult to control fluid temperature.

Electrostatic filters are classified into two groups:

1-plate electrostatic filters:

This system is composed of two plate electrodes . There are some rows of filter medias (2-5) between them. Using a current of 15 kv, these systems create an electric field that drives varnish toward the electrodes. In these systems, the electrodes need to be changed due to varnish deposit on them. In addition, the systems using this method , create arc in the oil and make it ionized. Applying this kind of filtering is not recommended at all because contamination may return to the oil from electrodes.

2-Cylindrical electrostatic filters:

This system whose technology belongs to USA and Japan, has been localized by Niroonamad Khorasan engineers. In this system,contamination deposit on a special media located in an electric field rather than their deposit on electrodes and it results in preventing arc and ionization. In addition , it is safe and efficient and doesn’t let the contamination return to the oil. It is a bypass system which is installed beside the oil tank. The varnish existing in lubricating system is dissolved in the oil gradually and collected by electrostatic filter. Due to this fact that just certain amount of varnish is dissolved in oil, if we pass the whole oil through the filter once, varnish which has deposited on internal surfaces of pipes, gets soluble and needs to be removed again. This must be repeated for several times (during a certain period of time e.g 1-6 months) till the system gets cleared of varnish.

That’s why electrostatic systems are used as an option (accessory ). It can be separated from the main purification unit. For getting assured of electrostatic system,first, the moisture and suspended particles of oil must be removed by a purification machine that is equipped with a magnet filter,dehydrate vacuum and a filter for particle removal and then an electrostatic filter must be used.

Industrial Oil Filtration

Industrial Oil Filtration  :  Designing and manufacturing of portable filtration systems for Turbine, Hydraulic, Rolling  and other lubricating oils.

Niroonamad khorasan filtration systems are able to remove water, suspended solid particles and other contaminants from the oil and extends life of components and their repair intervals.

Niroonamad khorasan filtration systems are designed in different capacities from 50 to 400 liters per minute and are suitable for hydraulic systems, motor jets, furnaces, boilers and heat ex changers.

Some advantages of Niroonamad  khorasan :

-Using coalescer filter to remove emulsion and free water from oil

-Using two separate filters ( inlet and outlet ) rated 5 and 10 micron

-Achieving cleanliness level of ISO 17 15 12

-Differential pressure transmitter to detect clogging

-Installing Draining, Sampling and De-airing valve

-European control panel equipments

– Providing after sale services at the least time

fuel filtration

fuel filtration : Diesel fuel is a liquid fuel used in diesel engines.It is a mixture of hydrocarbons obtained by distillation of crude oil. Comparing with some other fuels, it is more efficient and economical but it is considered as more contaminated fuel due to some common contaminants found in today’s fuels including water,microorganisms,wax,hard particles,debris and other sediments. Diesel fuel problems will result in injector’s failure.Therefore it’s filtration is very important.

NN FF systems are produced in different capacities (50 to 400 liters per minute), and are suitable for different diesel fuel, motor jets, furnaces, boilers, heat exchangers and etc. The unit can be designed and manufactured as a remote control system with respect to the line operation conditions and fuel tank conditions in high capacities.

Niroonamad fuel filtration machines are capable :

– To remove moisture, suspended solid particles and other contaminants from fuel

– To extend fuel injection system life by reducing abrasives

– To maintain motor efficiency and finally delay critical damage.

– To reduce bacteria and mold that commonly grow in diesel fuel

– To save you money by reducing maintenance costs

Fuel filtration and its advantages:

– Coalescer filters for removing water and water emulsion from fuel

– Two separate filter housing( inlet and outlet) with 3 and 10 micron mesh (The number of filters can     be increased if required)

– Equipped with a remote control (according to the customer’s request)

– Indirect heat for heating fuel

– Cleanliness standard level of ISO14/13/10 for suspended particles

– Decreasing the water content to less than 50ppm

– Equipped with drain, sampling and venting valves.

– European control panel Equipment

– services and after sales services

– Inlet and outlet high pressure hoses

– ∆p sensor for filter clogging detection

Services:

Services and after-sale services are included for 15 years.

Guarantees:

regarding to different capacities (from 200 thousand to 10 million liters), our products are guaranteed for 2 years. After sale services are for 15 years.