Trenchless Technology Solutions
Trenchless Technology Solutions of underground water and sewer pipelines run throughout our communities, running under homes, businesses, parks, and even historical or landmark sites. Disruption of these lines for construction or repair is costly and time-consuming. Trenchless methods reduce these costs by minimizing the need for surface excavation, allowing projects to be completed more quickly and with minimal disruption to the community and environment.
The advantages of trenchless technology are numerous. They include:
Cost-Effective: The lack of extensive excavation and restoration reduces project expenses and minimizes downtime for water and sewer services. Additionally, long-term cost savings are gained due to the improved durability and lifespan of installed utilities.
Flowing Value: Understanding the Benefits of ADI Water Mains Replacement Discounts for Efficient Water Solutions
Environmentally Friendly: Trenchless technology is less invasive, reducing carbon footprint and protecting trees and landscapes. Furthermore, no polluted excavated soil is left behind.
Durable: The use of cured-in-place pipe lining creates a seamless and jointless pipe that is highly resistant to corrosion, tree roots, leaks, and deterioration, making it much more durable than traditional pipes. This increases the longevity of underground water and sewer infrastructure, thereby decreasing the need for frequent repairs or replacements.
The versatility of trenchless techniques allows for the installation of new utilities in congested areas that would be impossible with conventional open excavation methods. Examples of trenchless technologies for installing new lines or repairing existing ones include: horizontal directional drilling (HDD), micro-tunneling, pipe ramming, and pipe bursting. Other types of trenchless utility rehabilitation and relining include sliplining (inserting a smaller pipe into the larger existing pipe), shotcrete (a concrete mixture that is pneumatically projected into the existing liner), and polymer or geopolymer lining systems.