Time limit is exhausted. Please reload CAPTCHA. − one = one
CANTY specializes in Mud Flow Analysis as well as Drilling Mud PSA.
Name
Email address
Phone
Inquiry
Features:
• Volume Flow Analysis
• Fluid Front Detection
• Real-Time Viewing
• Lab Particle size down to 1µm
• Analysis of oil or water based mud
• Detect oil / water / solids / gas
• Inline Particle size down to 1µm
The CANTY SolidSizer™ is a vision-based sensor used with the CANTY Vector System image processor for dry sand size measurement in a laboratory environment. The CantyVision™ Software accurately measures multiple aspects of the sand from area / perimeter / minor and major axis / etc. In comparison to a sieve which measures only minor axis the CantyVision™ software can correlate directly to a sieve so the customer does not have to change any QC documents. The SolidSizer™ can correlate within 2% of a sieve. A typical sieve analysis takes anywhere from 20-30 minutes including cleaning and setup for a 70-100 gram sample. On the SolidSizer™ that same sample takes less than 2 minutes. Also multiple screen distributions can be setup to accommodate multiple customers or areas in the process, hence eliminating the need for multiple runs on the same sand for different size distributions. After correlating to current methods of minor axis, customers find benefit in comparing minor axis to major axis and making sure the sand is round instead of needle shaped. Reduce lab time and make sure production samples are not skipped over due to lack of sample time available!
Vision technology, when applied correctly, can provide an insight to a process that cannot be gained otherwise. It’s used to monitor and analyze a wide range of multiphase mixtures such as oil and solids in produced water, solids and water in fuels and lube oils, percent solids in separation and filter break applications.
The CantyVision™ software can identify the differences and the customer can visually verify the readings. The Inflow™ can calibrated with ASTM D8049 or the customers current lab method to make for easy instillation in the field. By providing droplet size the JET FUEL companies will now know exactly how to separate the water or solids since the separation methods are mostly based on size. Video recording is an option for later analysis. In-line analysis make sure production samples are not skipped over due to lack of sample time available!
Using the ASTM D8049 method, the CANTY Inflow™ is a vision-based camera system used with the CANTY Vector System image processor for JET FUEL concentration and size measurement in a lab environment / at-line (Short Loop Sampler) / in-line process. The CantyVision™ Software accurately measures multiple aspects of the JET FUEL from water/ solids / gas independent of each other for accurate data. In comparison to a florescence monitor or laser unit, which measures only contamination level but can’t determine the difference of water / solids / gas.
The CANTY Inflow™ with CantyVision™ Software provides real-time, vision-based measurement of oil in water, accurately distinguishing oil, solids, and gas for reliable data. Unlike fluorescence monitors, it enables visual verification, droplet size analysis, and calibration to existing lab methods, helping optimize separator performance and chemical treatment. In-line monitoring and optional video recording ensure continuous analysis without missed production samples.
The CANTY Ultratemp™ is a vision-based camera system used with the CANTY Vector System image processor to monitor temperature of the tubes inside a hydrogen reformer. The CantyVision™ Software accurately measures temperature as well as bend in the tube for complete control. In comparison to thermocouples which are costly, not reliable, and monitor only one tube, a camera system can monitor multiple tubes at the same time. The CantyVision™ software can output a signal to alarm if the tube has increased in temperature over a certain time to an operator screen, PLC, or DCS for closed loop control. The steam can then be introduced to clean the tube and avoid plugging and then switch back to the natural gas. The pyrometer is not effective for controlling the temperature in the reformer due to the time intervals in between analysis is taken. Also, not everyone measures at the same point and this could lead to a change in temperature when a change never occurred. To calibrate the system the pyrometer can be used initially. If the temperature in the tubes increase over 10°C over 10 min, a plug has a chance to take place. With the Ultratemp™ this event can be avoided completely.