brine generator
B3
Brine generator for fully automatic and continuous Production of Sun
Functional diagram
- fully automatic brine production
- Stop if concentration deviation occurs
- Storage of up to 20.000 l of finished brine
Control of loading pump
- robust control panel at the loading point
- Start/Stop operation with 2 buttons
- Limit switch for automatic pump stop
digital operator display
- central administration of the system
- Presentation of user-relevant data
- clear and modern color display
Online access HOLTEN Service
- Online support for questions
- Maintenance work and software updates
- Troubleshooting through remote access
Loading hose and gallows
- Loading hose with coupling
- Stainless steel hose boom
- ergonomic working for operators
Salt removal from a silo
- automatic filling of brine generator
- Extraction from GRP and wooden silos possible
- electric vibrator to support salt flow
Dosing unit
- uniform filling of brine generator
- high dissolving power with fine-grained salts
- Can be retrofitted to existing systems at any time
Purification of rock salt brine
- Separation of insoluble parts
- Post-dissolution stage to obtain clear brine
- ideal brine usability for brine sprayers
Maintenance and repair
- Maintenance of all makes
- Preparation of a maintenance report
- Replacement of defective components
Spare parts shipping
- over 3.000 parts permanently in stock
- Same-day shipping until 15 p.m.
- Spare parts for all common makes
Protective coating for brine generators
- GRP coating of existing brine generators
- Maintaining UV protection
- Extension of the service life
Maintenance contract
- early wear detection
- Ensuring operational safety
- Preference in case of disruption
Brochures
| Brochures | Download |
|---|---|
| General brochure HOLTEN |  Download (PDF) |
Data sheets brine generator B3
| System type | Salt template | Brine storage capacity | Dissolution process | Dissolving power | Download |
|---|---|---|---|---|---|
| B3 4 / 8 | 4 m³ | 8.000 l | continuous | 2.500 - 10.000 l / h | Download (PDF) |
| B3 5 / 10 | 5 m³ | 10.000 l | continuous | 2.500 - 10.000 l / h | Download (PDF) |
| B3 6 / 12 | 6 m³ | 12.000 l | continuous | 2.500 - 10.000 l / h | Download (PDF) |
| B3 6 / 15 | 6 m³ | 15.000 l | continuous | 2.500 - 10.000 l / h | Download (PDF) |
| B3 6 / 20 | 6 m³ | 20.000 l | continuous | 2.500 - 10.000 l / h | Download (PDF) |
| B4 | 1 m³ | 5.000 l | in batches | 5.000 l / h | Download (PDF) |
| B6 | 6 m³ - 12 m³ | continuous | 5.000 l / h | Download (PDF) |
General sample arrangements
| arrangement | Download |
|---|---|
| Brine generator + grit storage silo wood/sand | Download (PDF) |
| Brine generator + grit storage silo GRP/Sahl | Download (PDF) |
| Brine generator + brine storage tank + grit storage silo wood/sand | Download (PDF) |
| Brine generator + brine storage tank + grit storage silo GRP/Sahl | Download (PDF) |
| Brine generator + pumping station + brine storage tank | Download (PDF) |
| Brine generator B8 | Download (PDF) |
| Brine generator B8 + pumping station + brine storage tank | Download (PDF) |
Use our inquiry form to receive your individual offer
Request a callback, we will be happy to get back to you by phone
Arrange a field service appointment for a meeting at your location
References (excerpt)
- All
- Germany
How much water is needed to produce brine?
To be able to plan with a single number without having to factor in the brine concentration.
Can one say that the required amount of water is identical to the desired dissolving capacity of the system?
If the brine generator's dissolving capacity is to be, for example, 5.000 l/h, then a water volume of 5.000 l/h should be planned for.
Effectively, water consumption will be lower, depending on the brine concentration chosen.
What do abbreviations like FS30, FS50 or FS100 mean?
The abbreviation "FS" stands for the word "moist salt" and the number following it provides information.
in what mixing ratio a spreading machine applies road salt and brine to the road,
dh at FS30 the applied spreading agent consists of 30% brine and 70% dry road salt.
Technical terms like FS30 provide no information about the brine concentration.
These are often confused but have no direct relationship to each other.
Is a brine storage tank better in a vertical or horizontal design?
Horizontal brine storage tanks are inherently more expensive than vertical tanks due to their design.
There are no technical differences between the two construction types in terms of...
on the interaction with brine generators or pumping stations.
Therefore, horizontal storage tanks are only really used when height is limited.
because the standing versions are always the cheaper options to purchase.
Can collected rainwater be used to produce brine?
Collected rainwater can easily be used for brine production or for diluting brine concentrates.
It is only necessary to ensure that the water is filtered to prevent debris such as leaves or small branches from getting in.
get into the pipes and cause blockages, possibly causing damage to the system.
Which media connections and foundation work need to be organized by the client?
The required connection values for electricity and water are always included in our offers.
or, during the project phase, this will be clarified with the customer by our site managers.
Foundation bases are always included in our delivery scope,
so that the respective foundations can be constructed on-site.
