Infiltrator septic tanks offer lightweight, durable solutions for wastewater management. Their innovative design simplifies installation while meeting environmental and regulatory standards, making them a popular choice for homeowners and contractors.
1.1 Overview of Infiltrator Septic Tanks
Infiltrator septic tanks are lightweight, durable, and designed for efficient wastewater treatment. Made from high-quality materials like polypropylene, they offer advanced features for long-term performance. Models such as the IM-Series and CM-Series are popular choices, known for their ease of handling and compatibility with various septic systems, ensuring environmental safety and regulatory compliance.
1.2 Benefits of Using Infiltrator Septic Tanks
Infiltrator septic tanks provide numerous benefits, including lightweight design for easier handling, superior durability, and eco-friendly performance. Their innovative construction minimizes environmental impact while adhering to strict regulations. These tanks also offer cost-saving advantages through reduced installation complexity and long-term reliability, making them a preferred choice for residential and small-scale commercial applications.
Pre-Installation Planning and Preparation
Proper site evaluation, soil assessment, and obtaining necessary permits ensure compliance with local regulations and guarantee a successful installation process.
2.1 Site Selection and Soil Conditions
Selecting a suitable site involves evaluating soil composition, drainage patterns, and water tables. Ensure the area is free from saturated soil and has proper percolation rates to avoid system failure and environmental contamination. Local regulations may require specific soil testing before installation begins.
2.2 Obtaining Necessary Permits and Approvals
Before starting the installation, secure all required permits from local authorities. Ensure compliance with state and local regulations, as these may supersede manufacturer guidelines. Contact the health department or permitting authority to confirm specific requirements for your site to avoid delays or fines during the process.
2.3 Understanding Local and State Regulations
Familiarize yourself with local and state regulations, as they often dictate specific installation requirements. These may include soil conditions, tank placement, and system design. Compliance is crucial, and regulations supersede manufacturer instructions, ensuring installations meet environmental and safety standards effectively for long-term functionality and legal adherence.
Excavation and Site Preparation
Excavation depth and site preparation are critical for proper installation. Dig according to tank height specifications, ensuring the site is level and clear of debris. Proper preparation prevents future system issues and ensures compliance with installation guidelines.
3.1 Excavation Depth and Dimensions
Excavation depth must accommodate the tank height plus 6-12 inches for gravel bed and pipe. Dimensions should be 18-36 inches wider than the tank on each side, ensuring stability and proper backfilling. Exact measurements vary by model, so refer to specific Infiltrator installation guidelines for accuracy.
3.2 Preparing the Base for the Tank
The base must be level, firm, and even to support the tank. A layer of compacted gravel or aggregate ensures proper drainage and prevents settling. Geotextile fabric is recommended to stabilize the ground and protect the tank from shifting soil or debris during backfilling.
3.4 Handling and Placing the Tank in the Excavation
Handle the tank with care to avoid damage. Use lifting straps or cables to lower it into the excavation. Ensure the tank is centered and aligned properly. Check for obstructions and level the tank according to manufacturer guidelines to ensure stability and proper function.
Installing the Infiltrator Septic Tank
Place the tank in the excavation, ensuring proper alignment and leveling. Connect the riser and pipe systems securely, following manufacturer guidelines for a leak-free installation.
4.1 Placing the Tank in the Excavation
Position the Infiltrator septic tank carefully into the excavation, ensuring it sits level and aligns with the system layout. Use lifting straps or equipment to avoid damage, and verify the tank’s orientation matches the installation plan for proper function and compliance with regulations.
4.2 Connecting the Riser and Pipe Systems
Connect the riser assembly to the tank using approved connectors, ensuring a watertight seal. Attach the inlet and outlet pipes according to the manufacturer’s guidelines, verifying all connections for leaks. Proper alignment and securing of the pipe system are crucial for efficient wastewater flow and system longevity.
4.3 Ensuring Proper Alignment and Leveling
After placing the tank, use a level to ensure it is evenly positioned. Check alignment with the inlet and outlet pipes to prevent uneven stress. Proper leveling ensures optimal wastewater distribution and prevents structural damage, adhering to installation guidelines for long-term system performance and durability.
Backfilling the Septic Tank
Backfilling involves filling the excavation with materials like gravel or soil, ensuring proper compaction to prevent settling. The process is done in layers, compacting each to maintain stability and prevent damage to the tank or pipes, ensuring a secure and even surface restoration.
5.1 Materials and Techniques for Backfilling
Approved materials like gravel or angular stone are recommended for backfilling to ensure proper drainage and stability. The process involves layering and compacting to prevent settling and damage. Techniques include gradual filling and mechanical compaction to maintain structural integrity and prevent future issues with the septic system.
5.2 Compacting the Backfill Material
Compacting backfill material ensures stability and prevents settling. Use mechanical compactors or hand tamp for smaller areas. Proper compaction around the tank prevents future issues. Compact in layers to maintain even pressure and avoid damage to the septic system.
5.3 Final Grading and Surface Restoration
After backfilling, grade the surface to restore it to original or desired elevation. Compact the soil and replace grass or landscaping. Ensure the area is level and safe, blending seamlessly with the surrounding environment for a clean finish.
Connecting the Infiltrator Riser System
Install the riser assembly securely to the tank, ensuring a tight connection. Inspect for damage and align properly to maintain system integrity and prevent future issues.
6.1 Installing the Riser Assembly
Begin by placing the riser assembly onto the tank’s connector ring, ensuring a secure fit. Tighten the screws gradually to avoid over-tightening, which could damage the seal. Use the star pattern recommended in the manufacturer’s instructions for even distribution of pressure. This step is crucial for maintaining the integrity of the connection and preventing leaks. Proper installation ensures the system functions efficiently and adheres to safety standards.
6.2 Securing the Riser to the Tank
Align the riser with the tank’s connector ring and tighten screws in a star pattern to ensure even pressure. Avoid over-tightening to prevent damage to the seal. Ensure the connection is watertight for proper function and safety. This step is critical for maintaining system integrity and preventing future issues.
6.3 Inspecting the Riser Connection for Damage
After securing the riser, inspect the connection for cracks, gaps, or misalignment. Check for signs of wear or damage from backfilling. Ensure the seal is intact and the riser is tightly attached to the tank. Any damage must be repaired or replaced immediately to prevent leaks or system failure.
The Infiltrator ATL System
The Infiltrator ATL System is a proprietary, six-component technology designed to enhance effluent treatment. It includes a 12-inch conduit, 4-inch pipe, and synthetic aggregate, ensuring efficient wastewater distribution and treatment.
7.1 Components of the ATL System
The ATL System comprises six key components, including a 12-inch-diameter conduit, 4-inch-diameter pipe, and large-diameter synthetic aggregate. These elements work together to facilitate efficient effluent flow and treatment, ensuring optimal performance and compliance with environmental standards for wastewater management systems.
7.2 How the ATL System Works
The ATL System processes septic effluent in stages: collection, distribution, filtration, and discharge. Effluent flows through a 12-inch conduit, then a 4-inch pipe, and finally into synthetic aggregate for treatment. This multi-stage process ensures efficient wastewater treatment, adherence to environmental standards, and optimal system performance for long-term reliability.
7.3 Installing the ATL System Components
Install the ATL System components by connecting the 12-inch conduit to the tank outlet. Ensure the 4-inch distribution pipe is securely attached and synthetic aggregate is evenly spread. Follow manufacturer guidelines for proper alignment and securing of all parts to maintain system integrity and functionality.
Buoyancy Control Guidance
Buoyancy control prevents tank floatation in saturated soil. Use approved measures like ballast or anchoring systems to ensure stability, adhering to local regulations and manufacturer instructions.
8.1 Why Buoyancy Control is Necessary
Buoyancy control is essential to prevent septic tanks from floating in saturated soil, ensuring system integrity and functionality. Without it, tanks may rise, causing structural damage and system failure, especially in areas with high water tables or heavy rainfall.
8.2 Methods for Preventing Tank Floatation
Preventing tank floatation involves using approved buoyancy control measures such as concrete ballast, anchor kits, or engineered backfill. These methods ensure the tank remains submerged, maintaining system stability and preventing potential damage from shifting or rising in saturated soil conditions.
8.3 Inspecting and Testing Buoyancy Control Measures
Inspect buoyancy control measures for damage or displacement post-installation. Conduct tests to ensure tank stability, verifying that all anchors, ballast, or other systems function as intended. This step ensures long-term performance and prevents potential issues like tank floatation or system failure due to improper buoyancy control implementation.
Post-Installation Inspection and Testing
Conduct a thorough visual inspection, test for leaks, and ensure all components function correctly. This step ensures the system operates efficiently and complies with safety and regulatory standards.
9.1 Visual Inspection of the Installation
A thorough visual inspection ensures all components are correctly placed and undamaged. Check the tank, risers, pipes, and connections for any signs of damage or misalignment, ensuring the system is installed according to manufacturer guidelines and local regulations.
9.2 Testing the System for Leaks
After installation, conduct a leak test using water or air pressure to ensure system integrity. Inspect all seams, connections, and fittings for any signs of leaks. This step is crucial to confirm the system functions properly and meets safety and regulatory standards before final approval.
9.3 Final Approval and Documentation
After passing all inspections and tests, submit required documentation, including inspection reports and test results, to obtain final approval from local authorities. Ensure compliance with state and local regulations and maintain records for future reference and system maintenance accountability.
Maintenance and Troubleshooting
Regular inspections, pumping, and monitoring water usage are crucial for system longevity. Address issues like clogs or backups promptly to prevent system failure and ensure optimal performance.
10.1 Regular Maintenance Requirements
Regular maintenance involves periodic inspections of the tank and riser system, pumping every 3-5 years, and monitoring water usage. Ensure all connections are secure, and prevent heavy vehicles or construction over the system to maintain structural integrity and prevent damage.
10.2 Common Issues and Solutions
Common issues include clogs, odors, and system backups. Solutions involve inspecting pipes for blockages, ensuring proper water usage, and pumping the tank regularly. Addressing buoyancy control measures and ensuring riser connections are secure can prevent more severe problems from arising over time.
10.3 When to Call a Professional
If you encounter persistent system failures, severe damage, or complex issues, contact a certified professional. Experts ensure compliance with local regulations and manufacturer guidelines, providing specialized knowledge and tools to resolve problems effectively and safely.
Infiltrator septic tanks provide efficient, durable solutions for wastewater management. Proper installation and maintenance ensure long-term functionality, environmental compliance, and system durability, making them a reliable choice for homeowners.
11.1 Summary of Key Installation Steps
Successful installation of an Infiltrator septic tank involves proper site preparation, excavation, tank placement, backfilling, and connecting risers and pipes. Adherence to local regulations and manufacturer guidelines ensures a durable, efficient system. Regular maintenance and professional oversight are crucial for long-term functionality and environmental compliance.
11.2 Importance of Proper Installation and Maintenance
Proper installation and maintenance of Infiltrator septic systems prevent premature failure, protect groundwater, and ensure compliance with regulations. Regular checks and adherence to guidelines help avoid costly repairs and environmental issues, ensuring optimal performance and longevity of the system.
11.3 Final Thoughts on Using Infiltrator Septic Tanks
Infiltrator septic tanks are a reliable and efficient choice for wastewater management. Their lightweight design and durable construction make them ideal for various site conditions. With proper installation and maintenance, they provide long-term performance, making them a cost-effective and environmentally friendly solution for homeowners and businesses.
