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Tag Archives: engineering

The Role of Land Surveyors and Civil Engineers in Rebuilding and Recovery After a Natural Disaster

The Thrasher Group North Carolina is proud of how our team came together to support communities impacted by the devastation caused by the natural disaster Hurricane Helene in the Fall of 2024.

While employees volunteering and collecting essential supplies helped to meet immediate needs, we know our largest contribution will happen over time – as we serve in our roles as land surveyors, engineers, and construction managers.

Western NC faces a long road ahead. Full recovery, including restoring and rebuilding critical infrastructure like utilities and roads will likely take years. Below are some ways that land surveyors and engineers play an essential role in long-term recovery after a natural disaster.

Funding and Compliance for Natural Disaster Recovery

Securing funding (a natural disaster means unexpected and unbudgeted costs) and ensuring compliance with local, state and federal regulations adds another level of complexity to rebuilding efforts.

FEMA’s public assistance program, for example, requires communities to meet specific criteria such as being located in a declared disaster area and proving that they’ve incurred eligible costs. Qualifying for this program requires detailed documentation with which seasoned surveying and engineering teams can support.

Additionally, plans for rebuilding structures must meet detailed requirements, for example, specific elevations (to reduce future flood damage risk) or floodproofing measures like flood vents or watertight doors. Local building codes and zoning ordinances also require permits and inspections to ensure compliance with safety standards. Even new infrastructure and utilities systems must adhere to design standards, quality control and safety regulations

Experienced surveyors and engineers should be well-equipped to assess damages and plan compliant reconstruction efforts, while also helping communities navigate FEMA and state funding processes.

Land Surveying for Infrastructure and Environmental Recovery

Land surveyors play a critical role in the aftermath of hurricanes and other natural disasters. Surveyors help to assess the extent of damage to land and property and identify changes in land elevation and topography. They are also key in re-establishing property lines and boundaries, especially when natural disasters move or obscure original boundary markers. Land surveyors also conduct infrastructure surveys, which map and measure roads, bridges, pipelines, and power lines. Surveys also provide the foundational data needed to make informed decisions about environmental recovery, protecting water resources and stabilizing the soil.

By providing critical baseline data on infrastructure and land conditions after a natural event, surveyors empower communities to rebuild stronger. This is especially important after devastating events like Hurricane Helene, when the ground itself may have been compromised from flooding and a large number of structures impacted. Timely and accurate surveying work is key to help prioritize and guide rebuilding efforts in a way that will prevent future risk from natural disasters.

Structural Engineering for Rebuilding and Long-Term Safety

While land surveyors help to ensure rebuilding occurs on stable ground and within the correct boundaries, structural engineers ensure that the design of new or rebuilt structures and buildings are safe, stable and durable.

In the immediate aftermath of a natural disaster, structural engineers are on the front lines assessing the structural integrity of impacted structures and documenting damaged and collapsed buildings. These assessments tell authorities whether structures are safe to inhabit as is or need reinforcement before its occupants or residents can return. In extreme cases, structures may be condemned and slated for demolition.

From this documentation, engineers can also begin to develop structure repair plans and strengthening measures, designing new structures to withstand future disasters. For example, engineers may suggest incorporating features like retaining walls, drainage systems and flood barriers to mitigate future risks like landslides and flooding.

Transportation and Water Engineering in the Aftermath of a Disaster

Civil engineers specializing in transportation and water engineering have a special role to play in the immediate aftermath of a disaster. They are key in providing clear and timely information to local authorities about water quality and transportation safety.

Transportation engineers work to assess damage to highways, roads, bridges, parking decks and sidewalks. Authorities use this information to communicate which are or are not passable and safe. Water engineers perform water quality testing, which local authorities use to decide whether they should issue public health notices for contaminated drinking water. If a notice is issued, citizens will need immediate access to clean water, linking back to the need for passable roads to deliver supplies. (Even in the event of a boil water advisory, bottled water is ideal as boiling water only kills pathogens, but can’t remove many other contaminants.)

Restoring access to roads and bridges (so that citizens can get to safety and supplies can flow freely) and critical resources like water will always be most pressing immediately following a catastrophic natural event. Information provided by engineers informs prioritization of areas that require immediate attention based on access to emergency services, critical infrastructure and population density.

Once water and transportation engineers play their more immediate roles, they can then get to work on long-term infrastructure and utilities improvement. These civil engineers create the plans for rebuilding transportation and utilities infrastructure, all while taking into account factors like climate change, future land use and patterns.

They work to design rebuilt infrastructure for increased resilience to future natural disasters, for example, elevated roads or water treatment facilities, flood-resistant  bridge designs and early warning systems. Many civil engineering firms can also provide construction management services and oversight, to ensure that the new infrastructure built adheres to the original plans provided.

Does your community need support?
Whether it’s restoring critical infrastructure like roads and bridges or rebuilding essential utilities, Thrasher NC is committed to tailoring solutions to each community’s unique needs. Contact us today and we’d be happy to help learn your community’s story and assist with current surveying, engineering and construction management needs.


Case Study: Smart Water System Project Management Creates Funding for City Infrastructure Plan

The Thrasher Group North Carolina Completes City Water System Replacement Project Under Budget, Funding Forward-Thinking 5-Year Water Infrastructure Plan

Project Overview:

High Shoals, NC Water System Replacement (Phase 1)
The City of High Shoals’ public water supply infrastructure included thousands of feet of water line at or nearing end of life. The water system was experiencing frequent breaks and losing water each day. To prevent increased maintenance costs and potential interruptions to service, the city needed a plan to replace the water line.

The City of High Shoals hired The Thrasher Group North Carolina to design and replace the water system. The project was funded by a Community Development Block Grant (CDBG) grant from the North Carolina Department of Commerce.

Water System Replacement

Project Goals

  • Replace the largest water line segment in the City (5,980 linear feet)
  • Replace faulty meters, 73 meters hooked directly into the line
  • Reduce water loss (thousands of gallons per day)
  • Ensure cutover to new water line with minimal disruption to water service
  • Work with local grant writer to secure Community Development Block Grant
  • Meet all applicable North Carolina state regulations

Civil Engineering & Surveying Services Provided

  • Design Surveys
  • Design
  • Plans & Specifications
  • Permitting Coordination
  • Contract Documents
  • Bidding Services
  • Construction Administration
  • Right-of-Way/Easement Acquisition Surveying & Mapping
  • Final Project Certification

Project Approach
The Thrasher Group North Carolina took a phased approach to the water line replacement needed in High Shoals. This case study focuses on the first Phase of the project, which involved replacing the largest water line segment in the city (over 3,000 feet of 12 inch water line, around 1,000 feet of 8 inch water line and 1,500 feet of 6 inch water line). 

The second phase of the project will involve replacing the remaining water lines in town and The City of High Shoals, NC, is currently in the application process for another grant for Phase 2 of the project.

Project Challenges
One of the main challenges of the project was that the new water system replacement needed to be installed without disrupting water services to the residents. The Thrasher Group would need to work closely with the City of High Shoals to develop a phased plan that would minimize downtime to the community’s water services.

Another challenge of the project was that each phase or section of the new water line had to be disinfected and pressure tested before residences could be connected. This process took several weeks to complete and required Engineer inspections and NC State approval.

Project Outcomes
The project was a success, completed on time and under budget.

  • Minimal Downtime – Leveraging jumpers installed at key locations through the project, The Thrasher Group North Carolina successfully replaced the main feeder lines while keeping water service active, with minimal disruption to services for local residents and institutions.
  • Completed On Time – The Thrasher Group successfully managed the water system replacement construction timeline and key milestones like Engineer inspections and NC State approval. The project was completed on time.
  • Completed Under Budget – Because the project was completed under budget, the Division of Water Infrastructure (DWI) permitted the City of High Shoals to use some of the remaining grant funds to pay for updating the City’s Asset Management Plan.  Thrasher was able to update the Asset Management Plan and Capital Improvement Plan that they had originally prepared for the City.  This updated inventory of all water and sewer assets by condition and age will position High Shoals to proactively build out its water infrastructure, preventing future water loss and service disruptions.

Client Quote
“The Thrasher Group North Carolina did an excellent job on this project. They were very professional and worked closely with us to minimize interruption to water service for our community during the replacement.”
P.J. Rathbone, High Shoals, NC, Mayor


North Carolina’s Water Infrastructure Challenges

Growing communities across North Carolina continue to face water infrastructure challenges in meeting their water and sewer needs, leading to moratoriums on new site development, water shortages and sewer overflows.

In fact, in the past 20 years, over 30 North Carolina communities  have had a moratorium on new development due to water or sewer capacity constraints.

The North Carolina Department of Environmental Quality (DEQ) is working to address water services challenges through various programs, such as The Clean Water State Revolving Fund. This initiative provides low-interest loans to communities for wastewater infrastructure projects.

While these initiatives have decreased the number of moratoriums in recent years, it is still essential for North Carolina communities experiencing rapid growth to proactively seek assistance from professional resources like water systems engineering firms.

Civil engineering firms with a background in water system planning can play a pivotal role in auditing existing water inventory and ultimately creating and implementing comprehensive 20-year infrastructure plans.  This article explores 5 ways professional water systems engineers can help growing populations to meet their current and future water needs.

1. Water Systems Inventory Assessment

The first step in preparing water and sewer systems is a comprehensive assessment of the existing water supply system. A water systems engineering firm has the resources to conduct thorough audits of existing water system inventory, evaluating the count/length, condition, capacity, and performance of waterlines, taps, hydrants, manholes, treatment plants, pump stations, storage facilities, distribution networks and more. The assessment may also break down inventory as residential, commercial and industrial.

This assessment serves as the foundation for informed decision-making. It may include recommendations for:

  • Immediate repairs
  • Ongoing maintenance with suggested cadence
  • Immediate upfits and 20-year infrastructure upgrade plan

In some cases the assessment may also recommend that the community focus on community water use awareness, in cases where water conservation practices could easily reduce strain on the existing infrastructure.

2. Water Systems Inventory Management

An initial inventory assessment is needed, but ongoing inventory management is crucial for future success. Inventory management ensures the continued smooth operation of water and sewer systems.

Civil engineering firms utilize advanced techniques, such as Geographic Information Systems (GIS), to create detailed inventories of assets. This includes waterline, pipes, pumps, valves, meters, and treatment facilities, and their current condition (i.e. the waterline may be aging in certain locations and likely to fail if not replaced). GIS can also be used to model the flow of water through pipes and waterlines. This information can be used to identify areas where there is a risk of water pressure problems or contamination.

Accurate inventories enable efficient maintenance, timely replacements, and strategic water system planning, preventing unexpected water infrastructure failures.

3. Demand Projections and Capacity Planning

Professional water systems engineering resources can work with communities to analyze population growth and water use patterns to forecast water and sewer demands. Our water and sewer engineers recommend the creation of a 20-year plan to ensure that infrastructure upgrades keep pace with growth.

Water systems engineers can assess the current system’s capacity and identify areas for enhancements to meet future population demands on the water infrastructure. Engineers use this data to upfit water systems to accommodate current requirements and design water infrastructure expansion plans, ensuring longevity and preventing failure.

In addition to water systems planning, most engineering firms offer end-to-end services, including the design and implementation of water services projects, along with construction monitoring and oversight services –  ensuring the project is completed correctly, on time and within budget.

4. Innovative Solutions and Water Systems Modeling

Civil engineering firms can bring innovative solutions to the table. This may include the implementation of smart technologies for real-time remote monitoring via sensors installed on water systems assets (e.g. leak detection systems) or the integration of renewable energy sources for sustainable operations.

Civil engineers can leverage water systems modeling software to simulate the performance of water systems under different conditions. These models can then be used to identify potential design problems and risk of operational failures before they occur.

5. Environmental Impact Assessment:

Growing communities must balance development needs with environmental conservation. Civil engineering firms conduct comprehensive environmental impact assessments, ensuring that any expansions or new infrastructure projects meet regulatory standards and minimize ecological disruption. This proactive approach fosters environmental sustainability.

In some cases, civil engineers will help communities to implement water conservation and reuse programs to reduce demand on the water system. This includes developing and implementing water use restrictions, public education campaigns, and water-efficient technologies.

6. Community Engagement and Compliance

Civil engineering firms actively engage with the community stakeholders. By fostering open communication, they address concerns, gather feedback, and incorporate community needs into the design and planning processes.

Additionally, civil engineers ensure that all plans adhere to local, state, and federal regulations, guaranteeing compliance. Water systems engineers can also help with generating reports needed for regulatory bodies and stakeholders on water quality, usage and system performance.

Does your growing community need water systems engineering help?

The Thrasher Group North Carolina is proud to support communities with consulting engineering and field services including survey, materials testing and construction management. To talk to one of our team members about your community’s water services needs, fill out our contact form or give us a call at 704-864-2201.


Regional Leadership

Michael Tyler, PE
Regional Lead at Thrasher NC

Leadership
Michael Tyler, PE
Regional Lead
The Thrasher Group NC

Experienced Professional
Michael Tyler, PE, has built an extensive resume of work in the consulting engineering industry across the Mid- Atlantic region. He is a licensed professional engineer in North Carolina, South Carolina, Virginia, Kentucky, Ohio, and West Virginia. As a result, he has developed a stellar portfolio filled with an impressive variety of civil design. Michael has also specialized in the highly technical field of bridge engineering.

Trusted Partner
Having worked on bridge projects of various sizes throughout the region, he knows the individual complexities that go along with both large- and small-scale projects. With a trained eye and fresh perspective on complex engineering challenges, Michael has earned the respect of his colleagues and continues to impress new clients as well as ongoing partners.

Respected Leader
As the regional lead for The Thrasher Group North Carolina, Michael is managing and mentoring staff across the company’s two locations in Gastonia and Kings Mountain. He has a natural ability to work seamlessly across disciplines and drive home projects. Ultimately, he is an example of what makes this the firm of first choice for so many – we listen to our clients and prioritize their needs.