Examples of implementation of this method
Treatment systems are designed to run around the clock. That is why storage capacities must be available for the operation of a sludge water treatment plant. To cope with the sludge water, the system must be able to store the largest anticipated quantity of rinsing water. A filter with a diameter of 3m requires a useful volume of at least 42m³.
Additionally, the surge water container must be large enough so that, after removal of the rinsing water, a maximum of 20% of fresh water must be added to be able to operate the circulation. The other water required is then continually supplied from the treatment plant.
If the surge water container does not have this capacity, the treated water cannot be stored there.
If there is enough space in the machine rooms or in the outdoor area - also underground - then an additional storage tank can be installed as an alternative to a large surge water container. Water from this storage tank then tops up the surge water container during or after rinsing.
If there is no room for installing additional storage capacities, it is also possible to use just as much water as can at most be used in the swimming bath. The other water can for instance be channelled into a main canal. The outflow from the plant meets the requirements of Appendix 31 of the Waste Water Directive.
If it is not possible to provide additional storage capacity, nor to release a partial flow of the treated water into a main canal, the quantity of sludge water to be treated must be reduced.
This means the treatment plant can then only be as large as the storage capacities available.
electro-dialysis
membrane filtration
membrane plants
pool water treatment 1
pool water treatment 2
pool water treatment 3
reverse osmosis
contact
SCHÜNEMANN Anlagen
sludge disposal
sludge water
sludge water treatment
ultrafiltration
UV-radiation
waste water treatment
water treatment plants