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UTEC AG SALT TECHNOLOGIES K

Overview
  • Total Patents
    31
  • GoodIP Patent Rank
    231,164
About

UTEC AG SALT TECHNOLOGIES K has a total of 31 patent applications. Its first patent ever was published in 1997. It filed its patents most often in Germany and EPO (European Patent Office). Its main competitors in its focus markets materials and metallurgy, environmental technology and engines, pumps and turbines are SALZBERGWERK NEU STASSFURT, VNI I PI A and PENIAKOFF DMITRY ALEXANDROWITC.

Patent filings in countries

World map showing UTEC AG SALT TECHNOLOGIES Ks patent filings in countries
# Country Total Patents
#1 Germany 30
#2 EPO (European Patent Office) 1

Patent filings per year

Chart showing UTEC AG SALT TECHNOLOGIES Ks patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Scherzberg Heinz 14
#2 Kaps Stephan 12
#3 Scherzberg Heinz Dr 9
#4 Bach Juergen 6
#5 Bach Juergen Dipl Phys 6
#6 Kaps Stephan Dipl Chem 6
#7 Schultheis Bernd 6
#8 Lack Dittmar 6
#9 Degner Juergen 3
#10 Zimmermann Reiner Dr 3

Latest patents

Publication Filing date Title
DE102014006513A1 Method for exchanging intercrystalline salt solutions in shallow basins
DE102013015293A1 Wastewater-free process of potash salt processing
DE102013012544A1 Process for the recovery and processing of kieseritic carnallitic potash salts
DE102013012608A1 Process for the preparation of potassium chloride and a magnesium chloride displacement solution from cold-won carnallisole with balanced volume balance of the sol process
DE102013011211A1 Storage tavern for the reversible storage of thermal energy in gigawatt scale
DE102013006814A1 Storage system and method for storing and utilizing temporary electrical energy surpluses
DE102013004597A1 Process for press granulation of non-ductile salts
DE102013004159A1 Process for the prevention of encrustations in the Heißentbromung Natursolen maritime type
DE102012016992A1 Recovering e.g. potassium sulfate or potassium magnesium sulfate, anhydrous or aqueous magnesium sulfate, and optionally gypsum from complex composition by a sequence of process steps consisting of e.g. crushing and mechanical separation
DE102012015760A1 Self-confirming displacement material for air-filled carnallitit degradation, is obtained by mixing specified amount of magnesium chloride hexahydrate and saturated magnesium chloride solution, and adding specified amount of additive
DE102012010299A1 Residue-free processing of carnallitic crude potassium salts from conventional mining degradation method, comprises e.g. milling the carnallitic crude salt, contacting with cold water and dissolving carnallite
DE102011109520A1 Continuous production of mineral foam from powdered magnesia-caustic involves mixing magnesium chloride solution and hydrogen peroxide-containing liquid, and contacting with powdered binder by catalytic decomposition of oxygen gas
DE102010055749A1 Heat accumulator for large heat quantity by accumulating heat in liquid, has thermally insulated accumulator cavity with multiple inlets and outlets for liquid storage medium
DE102010055750A1 Method for using heat generated by air compression for preheating compression air before pressure reduction, involves decompressing air in expansion turbines, before pressure reduction process, to generate energy
DE102010050245A1 Decomposing carnallite deposits, comprises selective and/or non-selective solution mining, and obtaining potassium chloride as a main product and magnesium chloride brine from the magnesium chloride of carnallite
DE102010049176A1 Obtaining and processing of carnallite, comprises dissolving, processing extracted carnallite brine by evaporation and cooling, isolating carnallite crystals, decomposing crystals and separating mixture and discharging magnesium chloride
DE102010024725A1 Method and apparatus arrangement, useful for obtaining fresh water and usable salts from crystallizing salt solutions using solar energy, comprise heating heat transferring liquid circulating in absorber tube of focusing solar collector
DE102010011262A1 Method for initial operation of colloidal fields for hot leaching extraction of carnallite deposits without solution discharge, involves evaporating incidental spread colloidal solution, where incidental crystallization is separated
DE102009041456A1 Producing high percentage potassium chloride from polymineralic, magnesium sulfate rich crude potassium salt or from crude salt fraction obtained during dry treatment of crude salt, comprises hot dissolution-cold crystallization process
DE102009034772A1 Latent heat storage device, useful for stationary and mobile applications for storage of excess heat from heating source, comprises corrosion-resistant storage container with external insulation, heat exchanger and heat storage materials