Complementary Systems
SCLAVOS offers fully intergraded automation package for Dyehouses equipped with SCLAVOS machines.
SCLAVOS uses high end controllers and systems from the two world top manufacturers, Sedo Treepoint and Setex.
Automation software for these controllers is fully developed by SCLAVOS software Engineers in order to serve SCLAVOS technology requirements.
SCLAVOS technical team can implement along with Dyeing machines, full package of Controllers – Central monitoring system – Recipe system.
Full after sales service could be offered from SCLAVOS Service department, so customer has a single contact point for above package support.
Monitoring & Management
Reports
Dry Salt Fine Dosing
(DSFD)
Dry Salt Fine Dosing (DSFD)Dry Salt Dosing is a newly developed SCLAVOS apparatus, which can be linked to Athena4 Dyeing Machine and handle accurate transfer and dosing of dry salt during the dyeing process. Conventional methods of handling salt transfer use machine’s additions tank for diluting salt in fresh water and then transfer the dilution into the machine or stock tank.
However this is a painful and time consuming job. Additionally in many cases fresh water use increases liquor ratio.
Dry Salt Fine Dosing (DSFD) is equipped with a separate hopper, which reserves quantity of 250kg of dry salt. This salt quantity can be transferred or dosed automatically at any linear or progressive rate up to 50 kgs/min.
Advantages
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Fast self transfer
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Option for progressive curve dosing
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No need for fresh water use
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No operator's involvement
Heat Recovery System
(SHR Dyn)
Heat Recovery System (SHR Dyn)Heat Recovery System (SHR Dyn) is the new SCLAVOS heat recovery system, which recovers energy from Dyeing Machine’s hot effluent.
Hot effluent’s energy is being transferred to fresh cold water while continuous washing Aquachron operation is being performed.
In Athena4 machine Heat Recovery System is being embodied in Flow Balancing Device equipment creating a single unit (BCHR) for further energy saving.
Advantages
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Energy saving up to 40%
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No energy losses from external pipe network
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No need for any special infrastructure or space in the factory
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Low effluent temperature increases efficiency of Effluent Treatment Plant
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Decrease of steam supply peak demands