Engineering Polymer Processes

For you we plan and build:

Plants for the expansion, optimization and debottlenecking of organic basic chemistry and downstream products, with specialized know-how in:

thermal cracking processes
oligomerization, polymerization and rearrangement reactions
reactions with oxygen and nitrogen
thermal separation processes

Plants for organic basic, fine and specialty chemistry, with comprehensive know-how in:

raw materials storage and logistics
raw materials preparation and metering into the reaction
reaction control in stirred vessels, tube reactors, cascades and specialty apparatus
reprocessing of the reaction mixture
thermal and mechanical separation technologies
internal plant infrastructure with environmental treatment of byproducts and wastes
formulation of the products for sale or further processing
integration of the plant into the storage and transportation logistics

Plants for the manufacture of inorganic pigments, basic and/or specialty chemicals, with comprehensive know-how in:

reaction, stirred vessels, tube reactors, furnaces…
mech. separation processes: classification, screening, centrifugation, filtration, sedimentation
therm. separation processes: drying, evaporation, distillation, extraction, crystallization
Reprocessing: mixing, crushing, agglomeration
Gas cleaning: dedusting, adsorption, catalytic processes

Plants for the further development of a laboratory process (pilot plants)

based on your formulations and laboratory processes

Benefit from the experience of Bayer Technology Services, which offers tailored solutions for your plants.

Our services extend from the investigation and both technical and economic assessment of various alternatives, concept and detail planning and project management to erection and commissioning, including project management. In addition to new plant projects, we also have specialized know-how gleaned from modification, expansion, optimization and debottlenecking projects in existing plants.

Among the engineering services we offer are