Окно для переноса света ксенона животных лабораторных 99.99% быстрая стерилизация с насосом и компонентами сердечника двигателя
14 500,00-17 200,00 $
Сделано в Испании высокоточные датчики или Ti держатель Epdm комплект аксессуаров для оборудования очистки воды аквакультуре
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- Поставщик: VANN WORLD SLVANN SL
Сохранить в закладки 1601123083110:
Описание и отзывы
Характеристики
Specification
Condition | New |
Showroom Location | VALENCIA. SPAIN |
Video outgoing-inspection | Not Available |
Marketing Type | Ordinary Product |
Warranty of core components | 1 Year |
Core Components | THE PRODUCT ITSELF |
Place of Origin | Spain |
Brand Name | h2o.TITANIUM |
Applicable Industries | Cooling Tower / Food and Beverage / Zoos and Parks / Car Industry |
Product Description
H2O.TITANIUM is a cylindrical TITANIUM DIOXIDE MONOBLOCK, specially designed, through the generation of hydroxyl radicals, to eliminate organic compounds from the water used in the various market processes and sectors.
It is a compact, versatile, rustproof, lightweight, durable, innovative and reliable product, with minimal energy consumption, as well as minimal operating and maintenance costs, which does not require specialised personnel for it management and control, with a high eEciency and with no risk to the environment, people and / or the facilities.
About Us
Why Choose Us
FAQ
1. ON ITS POSSIBILITIES AND OPERATION.
- What are the compounds that the reactors mineralise (remove)?
Only pollutants of an organic nature. OH radicals are only capable of breaking C-C bonds.
They do not remove lime. Neither inorganic salts.
- Do they reduce the conductivity of water?
No.
- Do they change the pH of water?
- Do they reduce BOD in a single pass?
No. BOD reduction requires recirculation of the water for a variable time depending on the concentration and chemical characteristics of the pollutants and is only possible through the reactors if the nature of the pollutants is organic.
- Can they damage the installations (materials)?
No. It is advisable to avoid any possibility of galvanic corrosion by placing insulating material (rubber) on the hydraulic connections of the equipment.
- If an installation is no longer in operation, can I reuse the reactor in another installation?
Yes, although it is advisable to study whether the reactor model is sufficient for the new installation.
- Is it necessary to install a filtering system before using the reactor?
As a general rule, no, beyond roughing and/or unless the water contains particulate matter that could scratch the quartz tubes that surround the UV lamps.
- When locating the reactor, are there any considerations to take into account?
A minimum clearance of 1.5 m must be respected in order to be able to remove and position the UV lamps without problems.
- What is the maximum water temperature that a reactor can treat?
It should not exceed 55ºC. Depending on the case, efficiency may be reduced from 50ºC onwards. However, there are reactors working even at 62ºC with total efficiency.
- And the minimum temperature?
1ºC (the water inside must not be allowed to freeze).
- Can they be installed outdoors?
Depending on the model, the electrical panels have IP54 or IP55.
If they are going to be exposed to weather conditions (direct sun and/or rain), it is advisable to protect both the panels and the reactor itself.
- What is the maximum installation distance between the reactor and its control box?
25 m.
2. ON BIOCIDES.
- Do they replace biocides?
No. But this also depends on the legislation of each country.
- What happens if they are used with water containing a biocide such as chlorine?
A synergistic effect is produced by enhancing the disinfectant action of the latter.
- What happens if they are used with water containing other biocides?
Normally, there is a synergistic effect. For example, if hydrogen peroxide is passed through the reactors, even more OH radicals are produced. But there are exceptions, such as if you add a compound containing iron, which acts as a scavenger of OH radicals and the efficiency of our equipment will be reduced.
- Can I pursue a residual effect?
No. OH radicals are generated inside the reactor and their lifetime is measured in nanoseconds.
3. ON YOUR ELECTRONICS.
- What is the dose of the UV lamps?
It is a minimum of 400 J/m2, which is the minimum dose needed to generate OH radicals.
- Can the UV dose of the reactors be varied by increasing or decreasing it?
No. The reactors are designed for constant dosage throughout their lifetime. It is not a traditional UV system. It is not the UV light that acts, it is the OH radicals, which act in a very different way.
- What is the wavelength of UV lamps?
They emit UV radiation around a peak of 253.7 nm.
- Do the devices use different types of UV lamps?
We use two types of UV lamps; 80W and 105W.
- What is the lifetime of the UV lamps?
14.000 -16.000 h.
- Can the reactors be switched on and off so that they only work certain hours per day?
Yes, but it has to be considered that the lifetime of the UV lamps is reduced by about 24 hours each time they are switched on/off.
- Can the reactors run continuously?
Yes, this is our recommendation.
- What happens if one or more UV lamps fail?
In order not to compromise the results too much, at least 90% of the lamps must be operational.
- Does the control panel need a cooling system?
In environments with high humidity and/or temperature (40ºC), it is recommended and can be supplied as an option.
- Can the reactor be connected to a SCADA?
Yes, it has RS-485 MOD BUS RTU.
- Are they manufactured with other powers and frequencies?
As standard, the reactors are manufactured in single-phase 230 V | 50 Hz.
On request, they can be made to measure (voltage/frequency).
4. ABOUT MAINTENANCE.
- What are the usual maintenance requirements?
Less than 30 minutes per month plus an additional 4 hours per year.
Please attend our training programme.
- When does the reactor need to be cleaned?
It depends on the water quality. This will be indicated by the transmittance sensor. In any case, at least once a year, coinciding with the annual maintenance.
In very hard water it may be necessary to clean the reactor every fortnight.
- What is the best product to clean the reactor?
It will depend on the nature of the dirt, but we recommend using a weak acid (acetic, for example) and never go below pH 4.
- Any precautions in the cleaning operation?
Never use products with a pH lower than 4.5.
- Is it necessary to uninstall the reactor for cleaning?
No. Just fill the reactor with a dilute weak acid, hold for 4 hours, drain and switch on.
- Does the reactor have an automatic cleaning system?
Available as an option.
- Are different spare parts required for different reactor models?
No. Reactor models of the same series use the same spare parts and some of the parts are interchangeable between reactors of different series.
- What are the compounds that the reactors mineralise (remove)?
Only pollutants of an organic nature. OH radicals are only capable of breaking C-C bonds.
They do not remove lime. Neither inorganic salts.
- Do they reduce the conductivity of water?
No.
- Do they change the pH of water?
No. OH radicals are not OH ions.
- Do they reduce BOD in a single pass?
No. BOD reduction requires recirculation of the water for a variable time depending on the concentration and chemical characteristics of the pollutants and is only possible through the reactors if the nature of the pollutants is organic.
- Can they damage the installations (materials)?
No. It is advisable to avoid any possibility of galvanic corrosion by placing insulating material (rubber) on the hydraulic connections of the equipment.
- If an installation is no longer in operation, can I reuse the reactor in another installation?
Yes, although it is advisable to study whether the reactor model is sufficient for the new installation.
- Is it necessary to install a filtering system before using the reactor?
As a general rule, no, beyond roughing and/or unless the water contains particulate matter that could scratch the quartz tubes that surround the UV lamps.
- When locating the reactor, are there any considerations to take into account?
A minimum clearance of 1.5 m must be respected in order to be able to remove and position the UV lamps without problems.
- What is the maximum water temperature that a reactor can treat?
It should not exceed 55ºC. Depending on the case, efficiency may be reduced from 50ºC onwards. However, there are reactors working even at 62ºC with total efficiency.
- And the minimum temperature?
1ºC (the water inside must not be allowed to freeze).
- Can they be installed outdoors?
Depending on the model, the electrical panels have IP54 or IP55.
If they are going to be exposed to weather conditions (direct sun and/or rain), it is advisable to protect both the panels and the reactor itself.
- What is the maximum installation distance between the reactor and its control box?
25 m.
2. ON BIOCIDES.
- Do they replace biocides?
No. But this also depends on the legislation of each country.
- What happens if they are used with water containing a biocide such as chlorine?
A synergistic effect is produced by enhancing the disinfectant action of the latter.
- What happens if they are used with water containing other biocides?
Normally, there is a synergistic effect. For example, if hydrogen peroxide is passed through the reactors, even more OH radicals are produced. But there are exceptions, such as if you add a compound containing iron, which acts as a scavenger of OH radicals and the efficiency of our equipment will be reduced.
- Can I pursue a residual effect?
No. OH radicals are generated inside the reactor and their lifetime is measured in nanoseconds.
3. ON YOUR ELECTRONICS.
- What is the dose of the UV lamps?
It is a minimum of 400 J/m2, which is the minimum dose needed to generate OH radicals.
- Can the UV dose of the reactors be varied by increasing or decreasing it?
No. The reactors are designed for constant dosage throughout their lifetime. It is not a traditional UV system. It is not the UV light that acts, it is the OH radicals, which act in a very different way.
- What is the wavelength of UV lamps?
They emit UV radiation around a peak of 253.7 nm.
- Do the devices use different types of UV lamps?
We use two types of UV lamps; 80W and 105W.
- What is the lifetime of the UV lamps?
14.000 -16.000 h.
- Can the reactors be switched on and off so that they only work certain hours per day?
Yes, but it has to be considered that the lifetime of the UV lamps is reduced by about 24 hours each time they are switched on/off.
- Can the reactors run continuously?
Yes, this is our recommendation.
- What happens if one or more UV lamps fail?
In order not to compromise the results too much, at least 90% of the lamps must be operational.
- Does the control panel need a cooling system?
In environments with high humidity and/or temperature (40ºC), it is recommended and can be supplied as an option.
- Can the reactor be connected to a SCADA?
Yes, it has RS-485 MOD BUS RTU.
- Are they manufactured with other powers and frequencies?
As standard, the reactors are manufactured in single-phase 230 V | 50 Hz.
On request, they can be made to measure (voltage/frequency).
4. ABOUT MAINTENANCE.
- What are the usual maintenance requirements?
Less than 30 minutes per month plus an additional 4 hours per year.
Please attend our training programme.
- When does the reactor need to be cleaned?
It depends on the water quality. This will be indicated by the transmittance sensor. In any case, at least once a year, coinciding with the annual maintenance.
In very hard water it may be necessary to clean the reactor every fortnight.
- What is the best product to clean the reactor?
It will depend on the nature of the dirt, but we recommend using a weak acid (acetic, for example) and never go below pH 4.
- Any precautions in the cleaning operation?
Never use products with a pH lower than 4.5.
- Is it necessary to uninstall the reactor for cleaning?
No. Just fill the reactor with a dilute weak acid, hold for 4 hours, drain and switch on.
- Does the reactor have an automatic cleaning system?
Available as an option.
- Are different spare parts required for different reactor models?
No. Reactor models of the same series use the same spare parts and some of the parts are interchangeable between reactors of different series.
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