Concrete Microbiologically Induced Corrosion (C-MIC)

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Assessing microbiologically influenced corrosion (MIC) in concrete is crucial for maintaining the structural integrity of infrastructure in various industries like construction, transportation, and wastewater treatment. 

At Genesis, we offer a wide range of services to help your concrete infrastructure is safe and reliable to operate. Our team of experts specializes in data-driven solutions, lab testing, and field investigations. With years of experience in the industry, we understand the unique challenges you face and are committed to providing customized solutions to meet your needs. Whether you need assistance with the initial C-MIC assessment or develop a comprehensive concrete corrosion management plan, we have the knowledge and expertise to help you succeed.

Our specialized C-MIC services include:

• Microbiological Testing: Assessing the microbial presence in concrete structures to identify potential corrosive organisms.
• Corrosion Monitoring: Employing various techniques such as electrochemical methods, corrosion coupons, or microbial analysis to monitor corrosion rates and identify affected areas.
• Material Analysis: Analyzing the composition and properties of concrete materials to understand their susceptibility to microbial corrosion.
• Risk Assessment: Evaluating environmental conditions, exposure to corrosive agents, and other factors to assess the risk of MIC in concrete structures.
• Mitigation Strategies: Providing recommendations for mitigating microbiologically influenced corrosion, which may include changes in materials, surface treatments, or environmental controls.
• Maintenance Plans: Develop maintenance plans to prevent or mitigate MIC over the lifespan of concrete structures.

We guarantee our clients in our assessment methods' expertise, experience, and comprehensiveness.  We adhere to industry standards and regulations to provide reliable and effective corrosion assessment services. 

C-MIC Assessment:

•  Conduct visual inspections of sewer lines to identify signs of corrosion such as rust, flaking, or discoloration. 
• Utilize CCTV (Closed-Circuit Television) inspection to examine the interior condition of pipes and identify areas of concern.
• Determine the primary corrosion mechanisms affecting the sewer system.

 Risk Assessment:

• Evaluate the potential consequences of corrosion, including structural deterioration, pipe failures, and environmental impacts.
• Prioritize areas for intervention based on the severity of corrosion, consequences of failure, and accessibility for maintenance.

Corrosion Control Strategies:

• Recommend preventative measures such as corrosion-resistant materials for new installations or rehabilitation of existing pipes.

Monitoring and Maintenance:

• Establish a comprehensive monitoring program to track corrosion rates, pipe conditions, and effectiveness of corrosion control measures.
• Develop regularly clean and inspect sewer lines to remove corrosive deposits and assess the condition of protective coatings.

Education and Training:

• Train personnel involved in sewer maintenance and corrosion control to properly understand corrosion mechanisms and effectively implement control measures.
• Educate stakeholders, including municipal officials, utility managers, and the public, about the importance of corrosion control in preserving sewer infrastructure and preventing environmental contamination.

Regulatory Compliance:

• Provide SME advice to ensure compliance with regulations and standards governing sewer system design, construction, and maintenance, including environmental regulations related to pollution prevention and wastewater management.