Patent DE-102006002792-A1 (DE)
Title: Method for the operation of sustainable, preventive water generation/processing process, comprises leading back most diverse reversion processes from technical water treatment plant into area of pedo-, litho-, hydro- and bio-sphere
Inventor: SCHULZ WILHELM
IPC: E03B3/06
Filed: 2006-01-20
Abstract: The method for the operation of a sustainable, preventive water generation/processing process, comprises leading back most diverse reversion processes from technical water treatment plant into the area of the pedo-, litho-, hydro- and bio-sphere, monitoring location-specific reaction areas by collection of measured values and disturbance variables in continuous as well as batch-wise manner, and integrating event-controlling measuring probes and analytical devices in/for different depths/sinks and distances with respect to deep well, deflection well and suction-type candle filters. The method for the operation of a sustainable, preventive water generation/processing process, comprises leading back most diverse reversion processes from technical water treatment plant into the area of the pedo-, litho-, hydro- and bio-sphere, monitoring location-specific reaction areas by collection of measured values and disturbance variables in continuous as well as batch-wise manner, and integrating event-controlling measuring probes and analytical devices in/for different depths/sinks and distances with respect to deep well, deflection well, suction-type candle filters, exterior measuring points and deposition plants for a raw water generation well. Anthropogenous and endogenous influences are considered in the procedure. The achievement of a high water quality has more priority than the achievement of a maximum possible large quantity of generated or processed water. The quality of the raw water to be removed from the soil is adjusted in a well-structured transfer region. The raw water with the necessary and appropriate quality parameters is led for the enrichment of the groundwater from a distant aquifer region into the water catchment area of the supply well and the raw water with unwanted quality parameters is led from the water catchment area of the supply well to a farther region. Underground obstacles are established, like e.g. deflection well, separation or deflection walls, which can influence the direction of flow of unwanted and/or necessary raw water. In the area of water procurement, measured values like physical, hydro-geophysical, chemical, biochemical, hydro biological and hydro-geochemical parameters of the soil and/or the water and/or air are collected, and the measured values are evaluated in an early recognition control system. The mechanical handling capacities of mechanisms attached to the control system like well supply arrangements, deflection wells, deep well, exterior measuring points, suction-type candle filters, deposition plants including climatic values, are controlled for ensuring a trouble free operation of the wells. The mechanical handling capacities of the mechanisms are controlled in such a manner that the increase of the well entrance resistances is prevented and that the raw water is supplied with drinking water quality standards. The redox-potential, electrical conductivity, pH value and nitrate value of the soil are measured. An independent claim is included for an arrangement for the operation of sustainable, preventive water generation/processing process.