SPECIALIZED SERVICES

Smoke Testing for Cross Connections

IVIS Construction uses a method called “smoke testing” to identify cross connections and integrity issues in Storm and Sanitary Systems.

1. Detecting Cross-Connections:

• Smoke testing helps pinpoint illegal or unintended connections between stormwater and sanitary sewer systems.
• Identifying cross-connections is essential to prevent sanitary sewer overflows and pollution of water bodies.

2. Leak and Defect Identification:

• The introduction of smoke into the system allows for the detection of leaks, cracks, and structural defects in pipes, manholes, and other components.
• This proactive approach helps prevent groundwater infiltration, which can overwhelm treatment facilities.

3. Efficient Problem Localization:

• Smoke testing can quickly and accurately locate areas of concern within the sewer system, reducing the time and effort required for troubleshooting.
• It helps prioritize repairs and maintenance efforts.

4. Preventing Environmental Contamination:

• By identifying potential sources of contamination, smoke testing aids in protecting the environment and public health.
• It helps mitigate the risk of untreated sewage discharges into water bodies during heavy rainfall events.

5. Compliance with Regulatory Requirements:

• Many environmental regulations and permits mandate the regular inspection and maintenance of stormwater and sanitary sewer systems.
• Conducting smoke tests can help meet these regulatory requirements and avoid potential fines and penalties.

6. Cross Connection Recertification and Backflow Device Testing:

• Ensure the safety and compliance of your domestic water systems with our annual Cross Connection Recertification and Backflow Device Testing services. IVIS Construction specialize in verifying the functionality and integrity of backflow prevention devices, a crucial step in safeguarding water quality and meeting regulatory requirements. Trust us for reliable testing and recertification to maintain the integrity of your water supply systems.