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BlueLight Whitening System - Option
Until now, manufacturers worldwide relied on activated carbon for removal of riboflavin to create a whiter lactose powder. Those days are over. Introducing the Anhydro BlueLight Whitening System – a breakthrough innovation that harnesses blue light technology to remove the yellow color of riboflavin to get white lactose powder. This cutting-edge solution not only offers cost savings but also promotes environmental friendliness.
The BlueLight Whitening System has been granted the non-novel food technology certification by the European Union (EU).
Product Specifications
Integration and Compatibility
The BlueLight Whitening System integrates seamlessly with the existing process by connecting it to a process pipe upstream of the crystallization tanks. Ideally, the integration is preferred at temperatures ranging from 50-75°C and with low turbidity conditions. The efficiency of the system will vary based on the specific conditions at the integration point, and this can be determined accurately through field tests using a rental unit.
| SPECIFICATIONS | |
| Min. recommended hydraulic flow through unit during production ('20M' variant) | 15 m³/h |
| Min. recommended hydraulic flow through unit during production ('20M' variant) | 30 m³/h |
| Min. recommended hydraulic flow through unit during production ('40M' variant) | 30 m³/h |
| Min. recommended hydraulic flow through unit during production ('40M' variant) | 55 m³/h |
| Recommended product temperature during production | 50-75°C |
| Min. recommended product temperature during production (*) | 10°C |
| Max. recommended product temperature during production | 80°C |
| Maximum ambient temperature in room where BLU is placed (**) | 30°C |
| Installed light effect ('1' variant) | 4,8 KW |
| Installed light effect ('2' variant) | 9,6 KW |
| Installed light effect ('3' variant) | 14,4 KW |
| Installed light effect ('4' variant)(***) | 19,2 KW |
| Internal volume of light holding cell ('1' variant) | 50 I |
| Internal volume of light holding cell ('2' variant) | 100 I |
| Internal volume of light holding cell ('3' variant) | 150 I |
| Internal volume of light holding cell ('4' variant) | 200 I |
| Power supply ('1' or '2' variant) | 32A, 400Vac, 50Hz, 3-phase, 5-wire power supply (with zero) |
| Power supply ('3' or '4' variant) | 63A, 400Vac, 50Hz, 3-phase, 5-wire power supply (with zero) |
| Grounding of unit | 16mm² insulated cable of 25mm² non-insulated wire |
| Pressurized air | 6-8 baro through o10mm hose |
| Min. recommended flow during CIP ('20M' variant) | 30 m³/h |
| Min. recommended flow during CIP ('40M' variant) | 50 m³/h |
| Maximum backpressure after unit during production and CIP (****) | 5,5 baro |
| Partial reduction of riboflavin: | |
| Light intensity can be reduced in the range | 15-100% |
| 'Light intensity can be controlled based on difference in fluorescence between inlet and outlet / outlet fluorescence measurement ('-F' variant)(*****) | 2 fluorescence sensors installed |
| Stainless steel quality for parts in contact with product | AISI 316L |
| Stainless steel quality for parts not in contact with product | AISI 304 |
| Floor space required | 5,1x4,5m |
| Skid size (length x width x height) | 4,1x2,0x2,6m |
| Total free height | 2,7m |
(*): Typically 2-3x installed effect will be needed if exposing at 10°C vs 70°C.
(**): Unit heats air in room where it is placed, if ventilation cannot keep room temperature below 30°C. during production, then unit must be supplied with 3000 m3/h air at 25°C.
(***): If more than 19,2 KW is required then 2 units must be installed.
(****): If pressure exceeds 5,5 baro, then unit must be installed with a booster pump after the unit.
(*****): Low turbidity makes fluorescence measurement correlate better to level of riboflavin.
| OPTIONS | |
| Description | Product Number |
| Flow 15-30m3/h light requirement of 4,8KW without fluorescence measurement |
BLU-20M1N-YY.PC |
| Flow 15-30m3/h light requirement of 9,2KW without fluorescence measurement |
BLU-20M2N-YY.PC |
| Flow 15-30m3/h light requirement of 14,4KW without fluorescence measurement |
BLU-20M3N-YY.PC |
| Flow 15-30m3/h light requirement of 19,2KW without fluorescence measurement | BLU-20M4N-YY.PC |
| Flow 15-30m3/h light requirement of 4,8KW with fluorescence measurement |
BLU-20M1F-YY.PC |
| Flow 15-30m3/h light requirement of 9,2KW with fluorescence measurement |
BLU-20M2F-YY.PC |
| Flow 15-30m3/h light requirement of 14,4KW with fluorescence measurement |
BLU-20M3F-YY.PC |
| Flow 15-30m3/h light requirement of 19,2KW with Fluorescence measurement |
BLU-20M4F-YY.PC |
| Flow 30-55m3/h light requirement of 4,8KW without fluorescence measurement |
BLU-40M1N-YY.PC |
| Flow 30-55m3/h light requirement of 9,2KW without fluorescence measurement |
BLU-40M2N-YY.PC |
| Flow 30-55m3/h light requirement of 14,4KW without fluorescence measurement |
BLU-40M3N-YY.PC |
| Flow 30-55m3/h light requirement of 19,2KW without fluorescence measurement |
BLU-40M4N-YY.PC |
| Flow 30-55m3/h light requirement of 4,8KW with fluorescence measurement |
BLU-40M1F-YY.PC |
| Flow 30-55m3/h light requirement of 9,2KW with fluorescence measurement |
BLU-40M2F-YY.PC |
| Flow 30-55m3/h light requirement of 14,4KW with fluorescence measurement |
BLU-40M3F-YY.PC |
| Flow 30-55m3/h light requirement of 19,2KW with fluorescence measurement |
BLU-40M4F-YY.PC |