People have been producing chemicals and compounds by biotechnological methods for many centuries. Today's biobased chemicals are produced from renewable resources either by fermentation, or by chemical and enzymatic conversion, followed by complex product isolation and cleaning procedures.
People have been producing chemicals and compounds by biotechnological methods for many centuries. Today's biobased chemicals are produced from renewable resources either by fermentation, or by chemical and enzymatic conversion, followed by complex product isolation and cleaning procedures.
Typical products of the already well-established biochemicals industry include amino acids, citric acid, thickeners such as xanthan gum and carrageenan, yeasts and yeast extracts, starter cultures and technical enzymes.
A major growth area for the biochemicals industry is in the biotechnological production of chemicals and compounds that would traditionally be derived from petrochemicals. Processes have already been developed to produce a range of these platform molecules using renewable resources, which will reduce our reliance on non-renewable resources.
GEA has longstanding experience in project design and project management for large industrial biochemical plants. We can offer integrated solutions, and complete processing lines for the biochemical industries. Our expertise spans a comprehensive range of process technologies for production, purification and concentration, including:
GEA’s development centers and global process and technology expertise can support customers in the optimization of their processes and scale up, to derive and implement the most efficient and sustainable processes for biochemicals production.
Many chemicals have been produced by biotechnological methods for many centuries. Typical products of this well-established industry are
GEA has great experience and large number of references in this traditional biochemical industry mainly for
A new trend in chemical production with promising potential and huge growth rates is the substitution of petrochemicals with biochemical. These so called platform chemicals will create a renewable chemistry in the near future. Processes have been developed to produce different platform-molecules like:
and many others.
GEA offers Equipment, Technology and Process competence the complete downstream-processing of these substances.
The GEA development centers worldwide support our customers to scale up and optimize their processes to maximize process feasibility.
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