Messo has been present worldwide in the field of crystallization since more than 50 years with all engineering services for the chemical, the food, the steel technology and the environmental industry, especially in the field of waste water ZLD.
Messo’s credit in the field of crystallization and related purification technologies was already founded by the early Standard-Messo Duisburg. Today, the entire list of Messo references comprises around 700 installations. A list of selected references and those for NaCl plants please find attached.
Messo is expert for all basic types of crystallizers, the FC-, the DTB- and the fluidized-bed (Oslo) crystallizer, this way able to fulfill all market demands in crystal product qualities and the crystal size distribution.
Messo offers the entire plant periphery necessary to complete any crystallizer installation to a crystallization plant out of one hand. This includes pre-treatment stages, all kind of evaporation technologies (MEE, MRC, and Flash), separation by thickeners, hydrocyclones, filters or centrifuges, drying, solids handling, packing, etc.
Messo cooperates in their R&D with universities for keeping the state of the art in industrial crystallization, takes part in post graduation seminars annually, arranged by organizations like "Verein Deutscher Ingenieure" (VDI) and the "Haus der Technik" (HdT). Numerous publications have been made in the field of crystallization including Messo articles in process engineering handbooks. Messo plants are also quoted in the well known Ullmann’s.
Messo operates a 300 m2 mini plant test laboratory for the development of the wide range of the process designs needed in the field of crystallization plants. The tailor-made solution, optimized regarding CAPEX, OPEX, and plant function, availability and reliability at the same time is one of our strongest points.
Messo’s installations are best known as reliable in construction and material, easy and stable to operate. More and more clients meanwhile do only accept Messo services when it comes to crystallization processes.