Cathodic Protection Survey

CP1000 SINGLE CELL CONTACT CP WITH CONTINOUS POTENTIAL (DIGITAL)

This system and equipment are simple and efficient way to obtain CP potential on subsea structure and anode to determine the CP protection level.

By using Remote Cell for CTC technique, our system is able to measure accurately the continuous CP potential come with consultation of  NACE CP specialist and certified personnel in the oil & gas industry for over 10 years.



CP2000 TWIN CELL CP SURVEY

CP2000 system is the upgraded and enhance version for globally use in Subsea Cathodic Protection Survey. The system and equipment are designed following the specification requirements that meet DNVGL – RP-B401 as consulted by NACE CP specialist and the System has been developed with hi-speed data collection and high accuracy result.

CP2000 is a user-friendly data communication system to connect to other inspection systems around the world. The system is designed to have accurate hi-speed data collection and easily to display the CP reading on overlay-screen.

Our twin-cell CP Probe is well-designed to be mounted easily on either 5 or 7 functions ROV manipulator. It consists of Dual purely Ag/AgCl half cells, sharp stainless-steel tip in front of the probe. CP Potential, Continuous and Field Gradient can be measured accurately.


Field Gradient measurement is used to estimate remaining life of anode and anode current output. Raw Data Analogue is converted to Digital by Hi-Tech electronic pod that is designed and custom-made by Corrosea. CP2000 Data Logging system transmit and receive data via RS-232 or RS-485 protocol. The electronic ADC is installed inside thedouble O-ring casing that has been certified to be used in 300 bar pressure / 3000-meter sea water.


Raw data will be transferred to CP2000 processing software for reporting, analysis and charting CP and FG profile. Our CP1000 and CP2000 System are guaranteed to be the advanced technology and high accuracy system in the markettoday to meet your expectation and purposes at most attractive rates.’