Vinci Technologies provides testing tools to investigate operation and performance of new high efficient catalysts capable of CO2 conversion to high added value liquid. Thanks to Vinci Technologies versatile design, accurate catalyst activity investigation can be carried out, to optimize development active and selective catalyst.
Vinci Technologies provides stat of the art testing tools to investigate operation and performance of new high efficient catalysts capable of biomass co-processing to high added value liquid. Thanks to Vinci Technologies versatile design, accurate catalyst activity investigation can be carried out, to optimize development active and selective catalyst.
Available in different diameters Can be used for both proppant curing and compressive strength testing
Fully automated apparatus Rapid, accurate and reproducible data Precision control improved test consistency and accuracy
Proppant pack conductivity with brine and gas Several API cell configuration available ( single ,multi API cell)
Fully automated apparatus Perform both short term and long term conductivity tests Achieved any desired closure stress Simulates leak off, and therefore accounts for damaging effects of fracturing fluids
Versatile machine with an ample range of triaxial and hydraulic fracture testing capabilities. Automated tests Delivers unparalleled accuracy and reliability Achieve any desired stress path State of the art Acoustic Emission monitoring system
The FP/BFP removable core type flameproof electric heaters comprise a large range of process immersion heaters, certified for use in Zone 1 hazardous areas. The heater is designed with removable elements that allow for replacement without the need for drainage of the process vessel.
The ISES-L series of hazardous area immersion heaters are ideally suited for installation within process tanks, sited in ATEX / IECEx Zone 1 or Zone 2 hazardous areas. The design of the heater provides horizontal mounting of the elements, beneficial for low liquid level applications but allowing vertical installation, which facilitates withdrawal from the vessel top. The design of the heater is particularly suited for heating the contents of underground storage tanks.
The range of standard oil heaters are engineered in advance to offer quick delivery times, ease of maintenance and reduced costs. The design uses thyristor control systems, ensuring process fluid is heated to the correct temperature. All heaters use elements that are sealed to prevent moisture ingress, and can be individually replaced on site without the need for special tools.
The ISES heater comprises a large range of process flow heaters, certified for use in Zone 1 (ATEX and IECEx among others) or Class I, Division 2 (Canada only) hazardous areas, and are custom built to meet client specifications.
Electric process heaters for high temperature applications in excess of 500°C. EXHEAT has extensive experience in material selection, thermal design and construction techniques to meet the exacting standards of various process licensors.