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binary systems, ternary systems, quaternary systems, sylvinite, carnallite, processing, gibbs triangle, polythermal, isothermal reziprocal salt systems, crystallization, kinetics, analytical services, flotation, colloidal milling, synthesis, tg, dta
ingenieurbuero, contract research, sealing, Freiberg, Dresden, Saxony, technologies for sealing, nanomaterials, training courses
ibz freiberg, chemical, geochemical, consultancy, equilibrium, quinary system, oceanic salts, binary systems, ternary systems
 
quaternary systems, sylvinite, carnallite, processing, gibbs triangle, polythermal, isothermal, reziprocal salt systems
   
crystallization, kinetics, analytical services, flotation, colloidal milling, synthesis, tg, dta, particle size analysis
     
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T R A I N I N G   C O U R S E S
 
Benefit by our Know-How!
 
Based on his experiences in teaching at university level for many years, the lecturer Dr. G. Ziegenbalg presents several courses concerning the graphical representation of phase equilibriums and Chemical Engineering.
 
The knowledge of solid-liquid equilibriums is the basis for the description of crystallization as well as precipitation processes. Phase relationships in simple systems, however, can already be so complex that understanding them becomes difficult. One possibility to overcome this obstacle is the usage of phase diagrams. The visualization of equilibriums allows one to distinguish between stable and metastable conditions as well as the deduction of crystallization or dissolution paths. The same is true for phase changes during evaporation or cooling.

Phase diagrams beneficial quantitative descriptions of crystallization or dissolution processes are often neglected. The amounts of formed minerals can be calculated exactly, both for isothermal and polythermal processes. In many cases, mixing of different salt brines results in the crystallization of salts. Phase diagrams allow one to calculate the crystallization paths and to determine amount (mass) and nature of the formed salts.
 
In detail we offer the following training courses: Phase diagrams beneficial quantitative descriptions of crystallization or dissolution processes are often neglected.
   
particle size analysis, uv-vis measurement, visciosity determinatins, reactor, magiclab, beckmann coulter, laser diffraction particel analyser Introduction into Chemical Engineering,
   
ls 13320, dta-60, thermoanalytical system, flame photometer, sieve shaker, viscosimeter brookfield, consulting, engineering Graphical representation and quantitative analysis of salt - solution - equilibriums (An
  introduction to the fundamentals of phase diagrams),
   
immobilization, mold, mildew, remover, plaster consolidation, colloidal calcium, penetration, calciumhydroxids sols The solid - liquid equilibriums of the quinary system of oceanic salts (An introduction
  to the fundamentals of the system, its graphical representation and the quantitative description of the equilibriums.),
   
lime, nanaparticles, alcohol, disinfectant, fungal growth, stone consolidation, nontoxic, bio-degradable, ingenieurbuero ziegenbalg The use of phase diagrams to describe crystallization and dissolution processes
  during Sylvinite and Carnallite processing (An introduction to the fundamentals of the system NaCl-KCl-MgCl2-H2O),
   
ingenieurbuero, contract research, sealing, Freiberg, Dresden, Saxony, technologies for sealing, nanomaterials, training courses chemical fundamentals of stoneconsoldation,
     
ibz freiberg, chemical, geochemical, consultancy, equilibrium, quinary system, oceanic salts, binary systems, ternary systems Physical-chemical fundamentals, application possibilities and application hints of CaLoSiLquaternary systems, sylvinite, carnallite, processing, gibbs triangle, polythermal, isothermal
 
All courses, for stone conservators, is held in German and English. Dates for the courses can be found at News or at Downloads.
reziprocal salt systems, crystallization, kinetics, analytical services, flotation, colloidal milling, synthesis, tg, dta, particle size analysis
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