Licensed & Insured. Crawl space Encapsulation and Mold Remediation

Where Should a Sump Pump Drain in Nashville

Where should a sump pump drain in Nashville? This question is of paramount importance for property owners and builders in the region, where the unique geographical and climatic conditions present specific challenges in managing excess water and preventing potential flooding. 

In this blog post, we will answer the question, “where should a sump pump drain in Nashville?” by delving into the crucial considerations that come into play when determining the ideal location for sump pump drainage in Nashville. 

From understanding the significance of sump pumps and their role in safeguarding properties against water damage to exploring the various guidelines set forth by codes and regulations, we will navigate through the key aspects that inform the decision-making process. 

Moreover, we will shed light on the potential consequences of not having a properly functioning sump pump system in Nashville, underscoring the urgency of making informed choices regarding drainage solutions. So, where should a sump pump drain in Nashville? Let’s embark on a comprehensive exploration to find the answers.

Table Of Contents:

Importance of Sump Pump Drainage

Sump pump drainage plays a critical role in safeguarding properties from the damaging effects of excess water accumulation, especially in regions like Nashville that are prone to heavy rainfall and potential flooding. 

The purpose of a sump pump is to prevent water from infiltrating basements or crawl spaces, which can lead to extensive structural damage, mold growth and compromise the overall integrity of a building. The importance of proper sump pump drainage can be understood through the following key points:

Flood Prevention

One of the primary functions of a sump pump is to mitigate flooding by removing excess water that collects in a designated sump pit or basin. This prevents water from pooling around foundations, reducing the risk of foundation cracks and other structural issues.

Property Protection

Water damage can lead to costly repairs, impacting the value of a property. By effectively draining water away from the foundation, a sump pump helps protect investments by maintaining a dry and stable environment.

Health and Safety

Stagnant water and high moisture levels can create ideal conditions for mold and mildew growth, which can pose health risks to occupants. Proper drainage helps maintain a clean and healthy indoor environment.

Basement Utilization

Homes with dry basements have the potential for additional usable space. Sump pumps facilitate this by keeping basements dry and free from moisture-related problems.

Considerations Specific to Nashville’s Geography and Climate

Considerations Specific To Nashville's Geography and Climate

Nashville’s unique geographical location and climate introduce specific considerations that make proper sump pump drainage essential. The city experiences a humid subtropical climate characterized by hot, humid summers and mild winters. 
Rainfall is spread relatively evenly throughout the year, with occasional heavy downpours and the potential for severe weather events. This climate creates the following specific considerations:

Heavy Rainfall and Flooding

Nashville’s regular rainfall, sometimes in the form of heavy downpours, can quickly saturate the ground and overwhelm drainage systems. Proper sump pump drainage becomes vital to prevent flooding and protect properties from water damage.

High Humidity

The region’s high humidity levels can exacerbate moisture-related issues, such as mold growth and indoor air quality problems. Effective sump pump drainage helps manage excess moisture and humidity in basements and crawl spaces.

Slope and Grading

Nashville’s varied terrain, including hilly areas and slopes, can influence how water flows around properties. Improper grading can lead to water pooling near foundations, making appropriate sump pump drainage crucial for redirecting water away from vulnerable areas.

Clay Soil

The presence of clay-rich soil in Nashville can impact water absorption rates. Clay soil tends to retain water, which can contribute to increased hydrostatic pressure against foundation walls. This emphasizes the need for efficient sump pump drainage to alleviate this pressure.

Flash Floods

The potential for sudden and intense rainfall events, coupled with the city’s topography, increases the risk of flash flooding. Proper sump pump drainage can help homeowners respond effectively to such situations, minimizing flood-related damage.

Understanding the Importance of Sump Pumps in Nashville

Purpose of Sump Pumps

Sump pumps serve as essential tools in managing water accumulation, especially in regions like Nashville that experience significant rainfall and potential flooding. The primary purpose of sump pumps is to remove excess water that collects in a designated sump pit or basin, typically located in basements or crawl spaces. The mechanism involves automatically pumping out accumulated water to prevent flooding and water damage. The key purposes of sump pumps include:

Water Removal

Sump pumps are designed to swiftly and efficiently remove water from areas prone to flooding, preventing the water from pooling around foundations and other vulnerable areas.

Groundwater Control

In locations with high water tables or poor drainage, groundwater can seep into basements and crawl spaces. Sump pumps help manage this groundwater intrusion, keeping these spaces dry.

Mitigation of Hydrostatic Pressure

Water accumulation around foundations can lead to hydrostatic pressure, which can cause cracks, leaks, and structural damage. Sump pumps reduce this pressure by removing excess water, thus preserving the integrity of a building’s foundation.

Protection Against Flooding and Water Damage

The frequent rainfall and potential for flooding in Nashville necessitate robust protection against water-related disasters. Sump pumps provide an effective line of defense against flooding and water damage in the following ways:

Preventing Interior Flooding

Sump pumps actively prevent water from entering basements and crawl spaces, safeguarding valuable possessions and equipment that could be damaged by water exposure.

Reducing Mold and Mildew Growth

Stagnant water and high humidity levels can create an environment conducive to mold and mildew growth. By promptly removing excess water, sump pumps help prevent these issues, thereby contributing to a healthier indoor environment.

Preserving Structural Integrity

Prolonged exposure to water can compromise a building’s structural integrity. Sump pumps mitigate this risk by keeping the foundation and supporting structures dry, thus maintaining the long-term stability of the property.

Role in Maintaining Property Value

A properly functioning sump pump system contributes to the overall value and marketability of property in Nashville. This is particularly relevant for the following reasons:

Preventing Costly Repairs

Water damage can lead to extensive and expensive repairs. By proactively preventing flooding and moisture infiltration, a sump pump helps save property owners from potentially substantial financial burdens.

Enhancing Usable Space

Basements and crawl spaces that are kept dry by sump pumps can be transformed into additional living or storage areas, increasing the functional space within a property.

Boosting Buyer Confidence

Potential buyers are more likely to be attracted to properties that have a reliable and well-maintained sump pump system in place. This feature adds to their confidence in the property’s condition.

In general, sump pumps play a pivotal role in protecting properties from flooding, water damage, and structural deterioration in regions like Nashville. They contribute to a safer and more valuable property by ensuring that water-related risks are effectively managed, and potential damage is minimized.


Key Takeaway: 

Sump pumps are essential in Nashville to remove water, control groundwater, and mitigate hydrostatic pressure, preventing flooding and preserving property value by preventing costly repairs, expanding usable space, and boosting buyer confidence.

Guidelines for Sanitary Drainage According to IPC 2018

Overview of International Plumbing Code (IPC) 2018

The International Plumbing Code (IPC) is a comprehensive set of regulations developed by the International Code Council (ICC) to govern the design, installation, and maintenance of plumbing systems in buildings. 

The IPC serves as a vital reference for plumbing professionals, ensuring that plumbing systems are safe, efficient, and environmentally responsible. The 2018 edition of the IPC offers guidelines and standards that are particularly relevant to sump pump drainage systems.

Relevance to Sump Pump Drainage Regulations

The IPC 2018 addresses various aspects of sanitary drainage systems, including sump pump installations, to ensure that water is effectively and safely removed from buildings. 

Specifically, sump pump drainage systems fall under the jurisdiction of the IPC’s guidelines for sanitary drainage. These guidelines are relevant to sump pump drainage regulations for the following reasons:

System Design and Sizing

The IPC outlines requirements for the design and sizing of drainage systems, which includes considerations for sump pump sizing based on factors such as the anticipated water volume and rate of inflow.

Material Specifications

The IPC specifies acceptable materials for plumbing systems, ensuring that sump pump components are constructed using materials that are durable, corrosion-resistant, and compliant with relevant standards.

Installation Standards

Proper installation methods are crucial for sump pump effectiveness. The IPC provides guidelines for the installation of sump pumps, discharge pipes, and related components to ensure proper functionality and compliance with local codes.

Backflow Prevention

Sump pump systems must prevent backflow to avoid contamination and flooding. The IPC 2018 includes provisions for backflow prevention devices to ensure the protection of potable water sources.

Compliance with IPC for Nashville’s Drainage Systems

Nashville, as a city with its own plumbing regulations and codes, can adopt the IPC as a basis for its local plumbing requirements. Local authorities may choose to incorporate portions of the IPC or modify them to suit the specific needs of the region. Compliance with the IPC in Nashville’s drainage systems offers several benefits:

Uniformity and Safety

Adhering to IPC guidelines ensures uniformity in plumbing practices and enhances the safety and functionality of sump pump drainage systems across the city.

Professional Standards

Following IPC standards promotes high-quality workmanship and professionalism among plumbing contractors, ensuring that sump pump installations are executed with precision and expertise.

Effective Regulations

The IPC’s comprehensive guidelines cover a wide range of plumbing aspects, including sump pump drainage, enabling local authorities to establish effective and well-rounded regulations for Nashville’s unique conditions.


Many building professionals and contractors are familiar with the IPC. Consistent compliance facilitates effective communication between various stakeholders involved in construction projects.

Adhering to the IPC 2018’s guidelines for sanitary drainage, including sump pump systems, ensures that drainage systems are designed, installed, and maintained according to established standards. Compliance with IPC standards contributes to the safety, functionality, and regulatory alignment of sump pump drainage systems in Nashville.

Key Takeaway: 

The IPC 2018 provides essential guidelines for designing, installing, and maintaining sump pump drainage systems in accordance with safety standards, materials, and backflow prevention, ensuring uniformity, safety, and functionality while adhering to Nashville’s local regulations.

Suitable Sump Pump Drainage Locations in Nashville

Yard Drainage

Slope and Grading Considerations

When selecting yard drainage for sump pump discharge, ensure that the terrain allows for proper water flow away from the property. Proper slope and grading prevent water from pooling near the foundation.

Distance from Foundation

Position the sump pump discharge point a sufficient distance away from the foundation to prevent water from seeping into the soil and compromising the foundation’s stability.

Landscaping Features

Consider existing landscaping features such as gardens, trees, and shrubs. Ensure that the sump pump discharge does not negatively impact these features and that landscaping elements do not obstruct water flow.

Storm Drains or Sewer Systems

Compatibility with Municipal Systems

Check local regulations to determine whether connecting your sump pump to storm drains or sewer systems is allowed. Some areas may have restrictions to prevent overwhelming the municipal systems.

Permits and Permissions

If allowed, obtain the necessary permits and permissions from local authorities before connecting to storm drains or sewers. Compliance with regulations ensures proper drainage without legal complications.

Dry Wells

Purpose and Function

Dry wells are underground storage systems that collect and gradually disperse water into the surrounding soil. They can be suitable for sump pump drainage by allowing controlled water absorption and preventing erosion.

Proper Construction and Maintenance

Construct dry wells according to recommended specifications, considering factors like size, depth, and materials. Regular maintenance, such as debris removal and sediment cleaning, ensures optimal performance.

Soil Type and Absorption Rates

Evaluate the soil’s composition and absorption rates when installing dry wells. Well-draining soil facilitates effective water absorption and prevents oversaturation.

Gravel Pits or Rock Beds

Percolation and Filtration

Gravel pits or rock beds provide a space for water to percolate and filter naturally into the soil. The gravel acts as a medium for water dispersion while preventing soil erosion.

Water Dispersion

Proper design and construction ensure that water is evenly dispersed throughout the gravel pit or rock bed, preventing concentrated pooling and allowing for gradual absorption.

Rain Gardens

Benefits for Local Ecosystem

Rain gardens are designed to capture and manage stormwater runoff while supporting local vegetation. They provide a sustainable and eco-friendly solution by reducing runoff and promoting biodiversity.

Plant Selection and Maintenance

Carefully choose native plants that can thrive in rain garden conditions. Native plants are adapted to the local climate and require minimal maintenance once established.

Design Considerations

Design rain gardens to accommodate the volume of sump pump discharge. Incorporate swales, berms, and proper soil amendments to ensure efficient water infiltration and plant growth.


Key Takeaway: 

Choosing the right drainage location involves considering yard slope, distance from the foundation, and landscaping impact. Compatibility with municipal systems, proper construction of dry wells and gravel pits, and thoughtfully designed rain gardens contribute to effective and environmentally friendly sump pump drainage solutions in Nashville.

Maintaining Your Sump Pump System

Regular Inspections: Regular inspections are vital for ensuring the continued functionality of your sump pump system. These inspections help identify potential issues early, allowing you to take proactive measures to prevent system failure and water damage.

Frequency: Perform visual inspections at least once a month, especially during heavy rainfall seasons or times of increased water infiltration risk.

Checklist: Inspect the sump pit for debris, inspect the pump’s power cord and connections, and observe the water level in the pit.

  • Pit Cleaning: Regularly remove dirt, gravel, and debris from the sump pit to prevent clogging the pump inlet.
  • Inlet Screen: Clean or replace the pump’s inlet screen if it becomes clogged with debris, ensuring smooth water flow into the pump.

Testing Pump Functionality

Regular testing of your sump pump ensures that it operates properly when needed, helping you avoid unpleasant surprises during heavy rains or flooding events.

  • Manual Test: Fill the sump pit with water and manually activate the pump to ensure it starts, operates smoothly, and discharges water.
  • Float Switch Test: Verify that the float switch (which triggers the pump) is moving freely and engaging at the appropriate water level.

Replacing Worn Components

Components of your sump pump system can wear out over time due to continuous use and exposure to moisture. Replacing worn parts in a timely manner prevents system failures.

  • Check Pump Components: Inspect the pump’s impeller, motor, and float switch, and check the valve for signs of wear, corrosion, or damage. Replace any components that are not functioning optimally.
  • Battery Backup System: If your sump pump has a battery backup system, test the battery regularly and replace it according to the manufacturer’s recommendations.

Importance of Proper Sump Pump Discharge Location

Preventing Water Infiltration into Foundation

The proper discharge location for a sump pump is critical to preventing water infiltration into the foundation of your property. This is especially crucial in regions like Nashville, which experience significant rainfall and potential flooding.

Foundation Protection

Sump pumps remove excess water from the area around your foundation, preventing the soil from becoming saturated and exerting hydrostatic pressure on the foundation walls. This pressure can lead to cracks, leaks, and structural damage.

Basement and Crawl Space Preservation

Without effective drainage, water can seep into basements and crawl spaces, causing moisture-related problems that compromise indoor air quality and the structural integrity of the building.

Avoiding Erosion and Landscape Damage

Choosing the right discharge location for your sump pump helps prevent erosion and damage to your property’s landscaping features.

Erosion Prevention

Improperly directed water from sump pump discharge can erode soil, creating unsightly and potentially hazardous areas around your property.

Landscaping Preservation

Water pooling and erosion can damage plantings, lawns, and other landscaping elements. Proper discharge planning helps preserve the aesthetic value of your outdoor spaces.

Minimizing Moisture-Related Issues

Effective sump pump discharge contributes to minimizing moisture-related problems that can arise in basements, crawl spaces, and the overall indoor environment.

Mold and Mildew Prevention

Excess moisture provides an ideal environment for mold and mildew growth. Proper drainage prevents prolonged dampness, reducing the risk of mold-related health issues.

Indoor Air Quality

Moisture in basements and crawl spaces can lead to musty odors and poor indoor air quality. Proper sump pump drainage helps maintain a dry and healthy living environment.

Material Deterioration

Excess moisture can cause wood to warp, metal to rust, and other materials to deteriorate over time. Effective sump pump drainage extends the lifespan of building materials.

Consequences of Not Having a Properly Functioning Sump Pump in Nashville

Water Damage to Property

The absence of a properly functioning sump pump can lead to significant water damage within your property, particularly in a region like Nashville that experiences heavy rainfall and potential flooding.

Basement Flooding

Without a functioning sump pump, excess water can infiltrate basements and crawl spaces during heavy rain events, causing water accumulation that damages possessions and finishes.

Foundation Issues

Prolonged exposure to water can weaken foundation materials, leading to cracks, leaks, and shifts in the structure’s stability. These foundation problems can be costly to repair and may compromise the entire building’s structural integrity.

Increased Risk of Mold and Mildew

Excessive moisture resulting from inadequate drainage can create the perfect environment for mold and mildew growth. This can have far-reaching consequences for both your property and your health.

Health Hazards

Mold and mildew release spores that can trigger allergies, respiratory issues, and other health problems in occupants. The risk is especially concerning for individuals with pre-existing respiratory conditions.

Property Damage

Mold and mildew can spread quickly and damage materials such as wood, drywall, and insulation. These materials may require replacement, leading to significant costs and disruptions.

Compromised Structural Integrity

The absence of a reliable sump pump system can compromise the structural integrity of your property over time, particularly in areas with high water tables or poor drainage.

Foundation Damage

Water accumulation around the foundation can lead to hydrostatic pressure, which can cause cracks, shifting, and other structural damage. This can lead to an unstable foundation and significant repair expenses.

Long-Term Effects

Structural issues caused by inadequate drainage might not become immediately apparent. Over time, however, these problems can worsen and potentially result in costly and extensive repairs.

Factors Influencing Drainage Choice

Property Characteristics

Size and Layout

The size and layout of your property play a crucial role in determining the most suitable drainage solution. Larger properties may require more complex drainage systems to ensure proper water management, while smaller properties may benefit from simpler solutions.

Soil Composition

The type of soil on your property affects its drainage capabilities. Clay-rich soils, for instance, have lower permeability and may necessitate drainage systems that allow for slower water absorption, such as dry wells or gravel pits.

Climate and Precipitation Patterns

The climate of your region, including Nashville’s humid subtropical climate, has a significant impact on drainage considerations.

Rainfall Intensity

The frequency and intensity of rainfall events influence how much water needs to be managed by your drainage system. Areas with heavy rainfall require more robust drainage solutions to handle the increased water volume.

Seasonal Variation

Consider how precipitation patterns change over the seasons. Some drainage solutions, like rain gardens, may function differently depending on the time of year.

Local Groundwater Levels

The level of the water table beneath your property can affect the effectiveness of your chosen drainage method.

High Water Tables

In areas with high water tables, such as those close to rivers or bodies of water, drainage solutions need to prevent groundwater intrusion into basements or crawl spaces. Sump pumps and elevated drainage options are particularly important in such cases.

Low Water Tables

In areas with lower water tables, drainage solutions might focus more on managing surface runoff and preventing erosion.


Key Takeaway: 

Property size, soil type, climate, rainfall intensity, seasonal variations, and local groundwater levels dictate drainage decisions. Tailoring solutions to these factors ensures effective water management and erosion prevention.

Steps for Proper Sump Pump Drainage Installation

The Steps For Proper Sump Pump Drainage Installation

Consultation with Professionals

Engaging with experienced professionals is a crucial first step in ensuring the successful installation of a sump pump drainage system.

  • Plumbing Experts: Consult with licensed plumbing professionals who are knowledgeable about sump pump systems, drainage solutions, and local regulations. Their expertise can guide you through the entire process.
  • Landscaping Specialists: Depending on the chosen drainage method, involving landscaping professionals can help ensure that the installation integrates seamlessly with your property’s layout and aesthetics.

System Design and Planning

Thorough planning is essential to design a sump pump drainage system that meets your property’s needs and local regulations.

  • Property Assessment: Evaluate your property’s characteristics, such as size, layout, soil type, and elevation. This assessment informs the design of an effective drainage solution.
  • Drainage Method Selection: Choose the most suitable drainage method based on your property’s conditions and your drainage goals. Consider factors like water volume, flow rate, and environmental impact.

Permits and Legal Requirements

Before installation, ensure compliance with local regulations and obtain the necessary permits.

Excavation and Construction

The physical installation involves excavation and construction to implement the chosen drainage solution.

  • Sump Pit Installation: If applicable, dig and prepare the sump pit to the required specifications. Ensure proper sizing and location to accommodate the pump and water collection.
  • Drainage System Construction: Whether it’s a dry well, gravel pit, or other solution, construct the drainage system according to recommended guidelines. Proper construction ensures optimal performance.

Regular Maintenance and Inspections

Installing the system is just the beginning; ongoing maintenance is essential for long-term effectiveness.

  • Scheduled Inspections: Regularly inspect the sump pump, discharge pipe, and drainage components. Look for signs of wear, clogs, or damage that might affect performance.
  • Cleaning and Debris Removal: Keep the sump pit and drainage components free from debris that could obstruct water flow. Regular crawlspace cleaning prevents clogs and ensures efficient drainage.
  • Functionality Testing: Test the sump pump periodically to verify its operation. This includes testing the float switch, backup systems (if applicable), and overall pump performance.

Key Takeaway: 

Engage professionals for consultation and design, obtain permits, construct the system accurately, and ensure regular maintenance to guarantee an effective and compliant sump pump drainage solution tailored to your property.

Potential Issues and Troubleshooting

Drainage System Failures

Drainage system failures can result in significant water damage and pose risks to your property. Identifying and addressing these issues promptly is crucial.

  • Inadequate Design: If the drainage system was poorly designed or sized, it might struggle to handle the volume of water during heavy rain events. This can lead to water pooling and flooding.
  • Improper Installation: Incorrect installation of drainage components can lead to leaks, inefficiencies, and improper water diversion. Poor construction practices can compromise the entire system’s functionality.
  • Clogged Drainage Components: Over time, debris, dirt, and sediment can accumulate in drainage components, reducing their effectiveness or causing complete blockages.

Blockages and Clogs

Blockages and clogs can disrupt water flow and undermine the performance of your drainage system.

  • Sump Pit Blockages: Debris can accumulate in the sump pit, obstructing the pump’s inlet and preventing it from effectively removing water.
  • Discharge Pipe Clogs: The discharge pipe leading away from the sump pump can become clogged with debris, preventing proper water flow and causing water to back up.
  • Dry Well, or Gravel Pit Blockages: Accumulated dirt, leaves, and other materials can clog the gravel or rock bed of drainage systems like dry wells, inhibiting water infiltration.

Pump Malfunctions

Issues with the sump pump itself can lead to drainage problems and increased risks of flooding.

  • Mechanical Failures: Sump pumps are mechanical devices that can experience motor, impeller, or float switch failures. These failures can result in the pump not activating or failing to remove water.
  • Power Outages: Sump pumps rely on electricity to function. A power outage during heavy rainfall can render the pump ineffective, leading to potential flooding.
  • Backup System Failures: Battery backup systems designed to operate during power outages can also fail due to battery deterioration or improper maintenance.

Key Takeaway: 

Address drainage system failures, blockages, and pump malfunctions promptly to prevent water damage and flooding. Proper design, installation, and maintenance are crucial to ensure your drainage system’s efficiency and reliability.

FAQs in Relation to Where Should a Sump Pump Drain in Nashville?

What is the significance of sump pump maintenance?

Sump pump maintenance is essential for ensuring the continued functionality of the system. Regular inspections and cleaning prevent clogs and issues that could lead to water damage or flooding.

How does building drain serving lower drainage fixture units affect drainage design?

Building drains serving lower drainage fixture units can impact the design by influencing the slope, size, and capacity of the drainage system to accommodate the varied demand.

How does the total accumulated connected load affect drainage pipe sizes?

As the total accumulated connected load decreases, smaller fixture drains may be used, affecting the selection of drainage pipe sizes to maintain proper flow and prevent blockages.

What are the considerations for joining PVC drain pipes to pump back sumps?

When joining PVC drain pipes to pump back sumps, it’s important to follow the specifications outlined in the International Plumbing Code 2018, ensuring proper sealing and preventing leaks.

What is the purpose of a two-way cleanout installation in drainage systems?

A two-way cleanout installation allows for easy access to the drainage system for maintenance and blockage removal. It facilitates cleaning in both directions of the drainage pipe, preventing backups.

How do drainage pipe sizes, horizontal drainage piping slopes, and the use of galvanized steel pipe 705 relate to the installation of sumps and building sewer junctions in a plumbing system?

Drainage pipe sizes (as described in section 713), along with proper horizontal drainage piping slopes, are critical factors in ensuring effective flow and preventing blockages in a plumbing system. Galvanized steel pipe 705 may be used for such installations, though local codes and practices should be consulted. 

When designing plumbing systems to serve single water closets (section 712) and a incorporating removable P- trap, the building sewer junction (section 708) and underground building sewers should also be considered to efficiently collect water and facilitate proper drainage from lowest branch sections and sumps.


Choosing the Right Sump Pump Drainage Location in Nashville Is a Proactive Step Toward Safeguarding Your Property From Water Damage and Flooding Risks

In conclusion, the question “where should a sump pump drain in Nashville?” holds the key to ensuring the longevity and safety of your property in this dynamic and water-prone environment. 

As we’ve discovered, factors such as property characteristics, climate, and local regulations play vital roles in making this decision. Proper installation, maintenance, and regular inspections are essential to guarantee the effectiveness of your chosen drainage system.

Given the complexity of these considerations and the potential risks associated with improper drainage, seeking professional help is strongly recommended. Plumbing experts well-versed in local codes and regulations can guide you through the process, ensuring that your sump pump drainage system is designed and installed to the highest standards.

Don’t let the uncertainty of drainage solutions leave your property vulnerable to water damage. Reach out to Crawlspace Makeover today, as they can provide expert advice and tailor a solution that suits your property’s specific needs. 

By taking proactive steps now, you can safeguard your investment and enjoy peace of mind, knowing that your sump pump drainage is in capable hands. Consult professionals who specialize in plumbing and drainage to find the best answer for your property’s unique requirements.

Picture of Greg Lewis

Greg Lewis

Greg Lewis is the founder and CEO of Tier Restoration, a company dedicated to restoring the indoor environment of homes and businesses experiencing water damage, smoke damage, or mold contamination.

Greg has spent most of his life working in this industry in Nashville, Tennessee, in the 1970s, working in his father’s commercial cleaning business, in the 1980s and 1990s as a partner with his father in the Sears Carpet and Duct Cleaning franchise, then on his own since 2000.

Greg played his trumpet at Overton High School and the University of Tennessee, Chattanooga, and you can still find him playing throughout the Greater Nashville, Tennessee area.