Short company profiles in:
Specialty & Agro Chemicals America Show in Savannah (GA), USA.
Visit BIAZZI at booth 822
BIAZZI’S LATEST ACHIEVEMENT (2022): SKID FOR THE PRODUCTION OF INTERMEDIATES FOR COSMETICS, FLAVORS AND FRAGRANCES
In the picture, you can see a plant designed, planned and built by BIAZZI for one of its customers. The plant was recently delivered on time. Read more…
BIAZZI’s latest achievement (2021): SKID for the production of Xylitol
A part of the SKID for the production of Xylitol: This SKID has been delivered to one of its clients in Scandinavia. Read more…
Now available (2020): BIAZZI Standard Pharma Skid (BSPS)
BIAZZI has developed a unique, high-quality, cost-effective, and short delivery time solution – the Biazzi Standard Pharmaceutical SKID (BSPS.) Please read more…
From Explosives to Pharmaceuticals
BIAZZI has built plants for explosives manufacture since 1936. To date more than 250 units have been realized. More than 50% of worldwide Nitroglycerine production uses BIAZZI Technology.
For nitration products such as DNT for TDI and others, BIAZZI built the first plant in 1946. Since then, over 50 plants have been built using BIAZZI technology, the latest currently under construction in China.
The BIAZZI High Performance Reactor System is able to achieve high mass transfer rates in heterogeneous systems, and it also allows very large amounts of heat to be removed. To date BIAZZI has built worldwide more than 70 BIAZZI HIGH PERFORMANCE REACTOR SYSTEMS, predominantly for catalytic hydrogenations.
BIAZZI has a leading position in all the above mentioned fields.
HYDROGENATION AND OTHER GAS-LIQUID MASS- AND HEAT-TRANSFER LIMITED REACTIONS:
Process guarantees, safe plants in the shortest time to market.
Hydrogenation, as one of the typical Gas-Liquid reactions, is characterised by being highly exothermic and mass transfer resistant. An efficient hydrogenation system must therefore include the following features: high capability for heat removal, high rate of gas-liquid mass transfer and efficient gas-liquid-solid mixing.