Secure Your Infrastructure Against Corrosion
Step Into a Secure Future with DCVG, ACVG, CIP Survey, and Cathodic Protection Solutions
As Ion CP Team, we bring confidence to your projects through our field experience and technical precision in measurement and analysis processes. With our engineering excellence and brand reliability in the field of cathodic protection, we offer a professional, solution-oriented approach.
Cathodic Protection Project and Installation Services
With our cathodic protection projects and installation services, we ensure long-term protection of metal structures against corrosion, safely carrying your infrastructure into the future. Technical support is on us!
DCVG Survey
With DCVG Survey, we detect coating defects and evaluate the effectiveness of cathodic protection systems. We provide precise analysis for secure infrastructure.
ACVG Survey
With ACVG Survey, we detect current leaks caused by coating defects and conduct a detailed analysis of cathodic protection system performance. It is a critical step for secure infrastructure.-
CIP Survey
With CIP (Close Interval Potential) Survey, we perform potential measurements along the pipeline to thoroughly analyze the effectiveness of the cathodic protection system. We identify localized issues and contribute to system optimization.
About Us
Ion CP Team — Carrying Your Infrastructure Into the Future
As Ion CP Team, we are a specialized technical team in corrosion prevention within the energy and infrastructure sectors. We operate with high engineering standards in cathodic protection projects, DCVG/ACVG/CIP Survey services, and field installation applications, providing long-term protection for pipelines, tanks, and metallic structures.
Cathodic protection systems are designed to suit field conditions and infrastructure characteristics in order to protect metal structures against corrosion. The project process begins with needs analysis, system selection, and engineering calculations.
- Field Analysis and Risk Assessment
- Protection System Design
- Material and Equipment Selection
- Implementation and Monitoring Plan
DCVG and ACVG measurement methods are planned to detect coating defects in pipelines. The goal is to precisely identify fault locations and evaluate system performance.
- Determination of Measurement Route
- Equipment and Sensor Configuration
- Data Collection and Mapping Process
- Analysis and Reporting Plan
Point potential measurements are conducted along the pipeline to assess the effectiveness of the cathodic protection system. This planning is critically important for optimizing the system and verifying the level of protection.
- Definition of Measurement Route
- Reference Electrode and Equipment Configuration
- Data Collection and Scheduling Plan
- Analysis, Evaluation, and Reporting
Detailed implementation plans are prepared for the field installation, testing, and commissioning of cathodic protection systems. At this stage, scheduling, equipment selection, and occupational safety criteria are clearly defined.
- Pre-Installation Preparation and Coordination
- Anode and Cable Layout Plan
- System Installation and Commissioning
- Performance Testing and Documentation
Blog Post
Latest News and Articles
- News
Gaziantep Su ve Kanalizasyon İdaresi (GASKİ), altyapı güvenliğini artırmak ve boru hattı bütünlüğünü sağlamak amacıyla yürüttüğü teknik çalışmalar kapsamında, ACVG (Alternating Current Voltage Gradient) yöntemiyle detaylı bir boru hattı survey çalışması gerçekleştirdi. ACVG Survey Nedir? ACVG yöntemi, gömülü metal boru hatlarında kaplamadaki hasarları ve korozyon risklerini tespit etmek için kullanılan ileri düzey bir ölçüm tekniğidir. Bu yöntem […]
- News
BOTAŞ International (BIL) successfully completed the DCVG (Direct Current Voltage Gradient) Survey, conducted in collaboration with our clients to protect the structural integrity and ensure long-term operational safety of the BTC (Baku-Tbilisi-Ceyhan) crude oil pipeline. This technical study includes: The DCVG method allows for the analysis of underground pipeline coating conditions with millivolt precision, improving both the performance of the existing system […]
- News
GASKİ’den Kritik Altyapı Hamlesi: Derin Kuyu Anot Yatağı ve TR Ünite Devreye Alındı Gaziantep Su ve Kanalizasyon İdaresi (GASKİ) Daire Başkanlığı bünyesinde yürütülen altyapı iyileştirme çalışmaları kapsamında, boru hattına entegre edilen derin kuyu anot yatağı, trafo (TR) ünitesi temini ve devreye alma işlemleri başarıyla tamamlandı. Proje Kapsamı: Teknik ve Operasyonel Kazanımlar: Bu proje, GASKİ’nin altyapı […]
