Out of 59 submissions and after over 5,100 votes were cast, the winners of the SGA Awards have been chosen by you, SGA’s valued members.
Thank you to all submitters, nominees, finalists and winners who participated in the 2025 SGA Awards program and to every member who participated in the voting process.
SGA is proud to celebrate these programs, initiatives, and individuals that represent true excellence in the natural gas industry.
Guided by her vision to transform the Natural Gas industry with GIS-powered approaches to data quality and operational efficiency, Samantha Trowbridge has been dedicated to improving her clients’ effectiveness by driving efficiency and improving transparency through GIS applications.
Samantha, along with her team of GIS professionals, has advanced end-client use of project status and material asset tracking verification (MATS) and presented a conference session on these topics to industry leaders at the 2025 SGA Spring Gas Conference, at the request of the organization’s leadership. Samantha and her team have led the way, establishing automations to provide clients with visual interactive project dashboards, map viewers with tracking capabilities that allow clients transparent QAQC verifications. Preliminary Surveys, As-builts and Material Asset Tracking are only some of the many workflows that Samantha and her team support. They also provide CAD and GIS collaborations, with multi-verification automated reporting.
Safety is such a large component of our everyday life. Samantha and her team have customized automations that provide real-time security for our field workers and clients. Samantha and her team are always ready to brainstorm new ways to solve and update workflows for more transparent and efficient planning. Samantha’s dedication to volunteerism reflects her deeper commitment to elevating standards, mentoring the next generation, and driving meaningful change within the Natural Gas Industry. Samantha’s a member of the SGA, Young Pipeline Professionals (YPP) USA, National Women in Construction (NAWIC), Women’s Pipelines Network, and ESRI Young Professionals. Samantha also serves on the Events Committee and Government Affairs Committee within the Carolina Natural Gas Coalition and serves on the SGA Woman in Leadership Committee.
Samantha has driven a stewardship initiative to train and encourage employees to become ambassadors for the company, industry and for themselves. She has established effective relationship-based marketing campaigns to encourage people from within the company to become walking ambassadors for the Natural Gas Industry. Teaching people how to properly utilize social media, marketing techniques, to maximize client engagement, industry advocacy and personal branding. This initiative allows us to inform, assist and encourage everyone to become better new leaders and advocates. Samantha’s outreach is inspiring by becoming a vocal advocate, speaking with students of different ages. She is a frequently requested guest speaker at multiple universities where she shines a light on Natural Gas and mentors students to become involved. Samantha has worked with schools in multiple states to present and provide fun, interactive educational packets for schools to educate and inspire the next generation. The importance of educating the next generation is important to Samantha as she is a proud mother of two.
How do I think Samantha is driving excellence within the Natural Gas Industry? Samantha supports her team; she is a problem solver, leads her team by example and works with clients on innovative automations. She believes in providing people with the tools they need to become better advocates for the company, themselves and the industry. Samantha has taken on the responsibility of informing, educating, and mentoring students of different ages.
The Southern Star Cares program continues to expand and evolve, distributing funds that support the organizations that serve and protect our communities and populations in need. Through Southern Star Cares, the Southern Star team is able to broaden our impact as a premier community partner.
From upgrades to facilities to much-needed equipment, Southern Star Cares empowered eight nonprofit organizations and their ability to give back to those in need – our stakeholders, our neighbors, our communities.
What is Southern Star Cares?
Southern Star Cares is a 501(c)3 non-profit organization formed by Southern Star Central Gas Pipeline, Inc. and its employees located in Owensboro, KY. The team member organization is led by a board of directors made up of 11 Southern Star team members. The board of directors ensures good stewardship of team member donations while also creating positive impacts within our communities.
What is the vision of Southern Star Cares?
To lead the way in enhancing the quality of life for Southern Star families and communities where our team members live, work and play.
How are Southern Star Cares funds raised?
Southern Star Cares is funded by Southern Star team member contributions pledged during a fundraising campaign held annually each fall. After initially launching in Owensboro, KY, the program expanded to include all Southern Star team members and locations in 2024.
How much of pledged money goes directly to nonprofit programs?
100% of all pledged donations from Southern Star team members goes directly to funding non-profit projects/programs.
How are recipients chosen?
The 2024 grant application window was open from August 12 through September 6, with more than 50 nonprofit organizations submitting applications. A thorough review took place through the Southern Star Cares Board of Directors and focus groups composed of 25 Southern Star volunteer team members. Grant finalists presented their projects in person at a Southern Star Cares donors’ luncheon. Donors then voted for the agencies they wanted their campaign dollars to be awarded to. 2024 grant winners were announced on December 18.
When will grant recipients receive funds?
Southern Star Cares disburses grants to team member-selected organizations in Q1 of the year following the collection of pledges. Grant recipients then provide regular updates on the progress of their projects.
Southern Star Cares celebrated its second round of grant recipients in 2024, awarding more than $128,000 to eight nonprofit organizations in Owensboro, KY. Any tax-exempt, 501(c)3 organization serving Daviess County, Kentucky, was eligible to apply. Our team is incredibly proud of the impact these grants will have in enriching lives across our community.
Southern Star Cares is excited to share our 2024 grant recipients:
Six of the eight recipients received full funding. Other grant recipients received partial funding to help bring these great projects to life.
“It’s incredible to be able to award more than $128,000 in grants, pledged by our team members, to support the Owensboro community in 2025 and beyond,” said Rita Daming, President of Southern Star Cares. “The Southern Star Cares board was excited to be able to support funding to multiple additional organizations this year. We can’t wait to see the impact these groups will make in our community.”
Southern Star Cares’ grants are funded entirely from our team members’ contributions. Every dollar raised by Southern Star Cares goes to grant recipients, with no administrative fees or deductions. Through Southern Star Cares, our team has a chance to fuel positive change for our communities and our neighbors.
Southern Star Cares also held its annual fundraising campaign in Fall 2024 with an exciting new initiative. The program was expanded to the entire Southern Star team which will create lasting impact to organizations in Missouri, Oklahoma, Kansas and Wyoming. Thanks to the generosity of our team, more than $186,000 was raised from team member contributions, surpassing the campaign goal by more than $50,000.
Funds will be distributed in Q1 of 2026 to grant winners selected in late 2025. Our team is eager to expand our reach and continue to spread our care across every Southern Star community.
BGE’s new Certified Safety Podcast has been an innovative way to connect our safety concepts and data right to our employees in an engaging effective manner. Videoing the podcast in quick 5 min snipets allows all of our service center managers with our field employees as well as office employees to hit an impactful safety topic beyond just reading the basic message. The podcast brings in senior leaders, safety pros, and more to discuss topics, thoughts and be the start of a conversation for our employees to extend beyond ht podcast. For example, one of our episodes focused on the brand new close quarter maneuvering course here at BGE and how it can be used for training. The podcast not only reviewed the course but provided real life examples of the difficulties our employees face maneuvering in the field and how it relates to the course. Employees post the podcast were able to provide feedback on who should go through the course, possible future course designs to mimic real life situations, and more!
Designed for all employees, Certified Safety combines entertainment, education, and training into an engaging platform. Each episode delivers high-level insights, inspiring discussions, and practical takeaways to help you embrace safety as a core value. From showcasing innovative initiatives to exploring real-time stories, this podcast empowers connections at every level of the business.
Available in both audio and video formats, Certified Safety transforms safety into an interactive and impactful experience.
Tune in to laugh, learn and lead the charge toward a safer workplace!
BGE’s podcast has been recognized across the entire senior leadership team as a best practice extending into other Exelon Operating companies. The podcast has allowed the safety team to really brand themselves, our campaigns, and work at the next level with our employees by allowing a visual and/or auditorary experience to walk through the material. We have received overwhlemingly positive feedback from all our employees even creating local celebrities for being apart of the episodes!
March 26, 2024, was a tragic day in Maryland’s history as the cargo ship Dali struck the Francis Scott Key Bridge near the port of Baltimore. This caused the bridge to collapse resulting in the loss of six lives and a significant crisis and disaster recovery effort. BGE immediately joined forces with the Key Bridge Unified Command team consisting of federal, state, and local authorities to support the safe search, recovery, salvage, channel and port reopening activities over the next three months. The Dail ran aground in close proximity to BGE’s 24 inch OHP gas transmission line traversing the riverbed parallel to the bridge. BGE’s initial response required a unique and complex operation to isolate and purge natural gas from the pipeline and inject nitrogen into the pipeline while maintaining reliable service to over 165,000 customers connected to this two-mile section of main. Significant planning and engineering efforts coupled with 24/7 field operations support enabled a safe and successful completion ahead of schedule. BGE received numerous compliments from the Coast Guard, PHMSA, Army Corp of Engineers, Governor Moore and the Maryland PSC on the safe and timely completion of this critical path work. Over the next several months, BGE and Unified Command coordinated plans to maintain the integrity of the pipeline during the safe demolition, salvage, and removal of the Dali from channel to enable the reopening of the port to vital shipping traffic. In late June, BGE in collaboration with Unified Command, PHMSA, and MD PSC completed another critical and complex operation to fully restore the pipeline to normal operations. The actions of all involved during this three-month period mitigated the tragic consequences of the overall event in terms of loss of life, pipeline safety, and economic impact at the local, state, regional, and national levels.
The cargo ship Dali struck the Francis Scott Key Bridge, ultimately causing the bridge to fail and collapse. This caused the ship to run aground and become lodged near a 24” over high pressure transmission pipeline that ran under the Patapsco River parallel to the bridge. To support federal response needs and to ensure the safety of personnel working on recovery efforts, BGE had to quickly isolate and inert the pipeline. BGE engineering and construction crews worked 24/7 to plan and perform the isolation and inertion of the pipeline while providing compressed natural gas service to several impacted customers. This critical task was accomplished in three days, which was technically, operationally, and logistically challenging. In support of ongoing salvage and re-opening plans, BGE engineering worked closely with Unified Command for several months to continuously monitor the pipeline and perform pipeline integrity analysis through specialized locating services, finite element analysis modeling incorporating naval architecture hull design and geotechnical data. Ultimately, BGE developed a recommissioning plan to reinstate the pipeline to full service requiring a second complex field operation. Three months after the incident, the pipeline was back to normal operations and the shipping channel and port of Baltimore was re-opened.
As a result of the project, BGE was able to accomplish several outstanding achievements, including:
Williams Companies, Inc. has made significant contributions to the natural gas industry, connecting people, ideas, and information through engineering innovation. One of their most notable achievements is the development and expansion of the Transco Pipeline System, the nation’s largest and fastest-growing natural gas pipeline network. This system spans over 10,000 miles, delivering natural gas from South Texas to New York City, and supplies approximately 15% of the nation’s natural gas.
Williams has been instrumental in addressing the growing demand for natural gas driven by industrial reshoring, electrification, and the expansion of data centers. As industries return to the U.S., the need for reliable and efficient energy sources has increased. Natural gas has become a preferred choice due to its cost-effectiveness and lower environmental impact compared to coal. The shift from coal to natural gas for power generation has further boosted demand, as utilities seek cleaner energy.
Electrification efforts, particularly in the transportation and manufacturing sectors, have also contributed to the rising demand for natural gas. Data centers, which require substantial and consistent power, are increasingly relying on natural gas for their energy needs. This trend is expected to drive significant growth in natural gas consumption over the next decade.
A key example of Williams’ innovative approach to meeting growing demand is the successful crossing of the Coosa River using horizontal directional drilling (HDD) as part of the Southeast Energy Connector project. Historically, the Coosa River has presented significant challenges due to its subsurface geology and topography. By collaborating with Michels Trenchless, Inc., Williams overcame these obstacles and installed approximately 3,400 feet of 42-inch diameter steel pipeline beneath the river. This project eliminated a critical bottleneck in the Transco System, enhancing its capacity and reliability.
Through these efforts, Williams connected people, ideas, and information to drive innovation.
The Coosa River has presented significant challenges for pipeline crossings over the decades. These challenges include difficult subsurface geology, such as limestone with karst features, and the drastic topography of the surrounding region. These factors made trenchless construction difficult through the 1990s and early 2000s, including unsuccessful HDD attempts for other pipeline operators at various locations on the Coosa River. Open cut methods were challenging due to environmental considerations and steep terrain.
Previously, Williams installed four pipelines across the Coosa River using aerial span and open cut construction. The first two pipelines were installed via an aerial span in the 1950s, and the second two pipelines were installed via open cut in the 1960s. However, Williams needed a fifth, 42-inch diameter pipeline to alleviate capacity concerns for the Southeast Energy Connector project. Williams approached Michels to evaluate potential trenchless pipeline installation methods to minimize the environmental impact of crossing the river.
Michels explored several options, including horizontal directional drilling, Direct Pipe®, microtunneling, and open cut. Open cut methods were deemed impractical due to the depth of the river, flow rates, and environmental regulations. Microtunneling was considered, but faced challenges due to the compressive strength of the rock and the need for deep shafts, making it economically unviable. Direct Pipe® also faced similar challenges with bedrock and would require multiple tooling changes and deep reception shaft, leading to high costs and extended construction duration.
Ultimately, HDD emerged as the most feasible option despite initial reservations. The preliminary investigation revealed that the subsurface geology at the proposed crossing location did not contain abundant limestone or karst features present at other crossing locations. This allowed Michels to fully vet HDD as a viable solution to install approximately 3,400 feet of 42-inch diameter steel pipeline beneath the Coosa River, eliminating the bottleneck.
The Coosa River HDD installation project near Clanton, Alabama, faced several significant challenges, including subsurface geology with hard and abrasive gneiss bedrock, drastic topography, and subsurface artesian water. Access to construction sites was limited due to steep hills, heavy vegetation, and multiple tributaries. Despite these obstacles, the project was successfully completed through innovative engineering solutions and collaboration between Williams, Michels Trenchless, Inc., and U.S. Pipeline.
To address the challenges, Michels and Williams conducted extensive geotechnical investigations and developed detailed plans for navigating the terrain. Michels utilized the pilot hole intersect method for HDD, which involved installing 60-inch-diameter conductor casing on both sides of the river and setting up dual HDD maxi-rigs, one on each side of the river. Constant communication and collaboration between Michels and U.S. Pipeline ensured efficient operations despite limited space and site access. A winching strategy was implemented to mobilize and demobilize equipment, and an extensive spoils disposal plan was developed to manage the removal of approximately 6,600 tons of material.
Completing the Coosa River HDD installation project has provided numerous benefits for Williams, the natural gas industry, and surrounding communities. For Williams, the successful installation of the fifth pipeline eliminated a critical bottleneck in the Transco Pipeline System, enhancing its capacity and reliability.
This HDD project was a critical component of the Southeast Energy Connector project, an expansion of the existing Transco pipeline in Alabama. The Southeast Energy Connector aims to support the conversion of electric power generation in Alabama from coal to natural gas, leveraging existing pipeline infrastructure to provide year-round, American-produced natural gas.
The project also benefited the natural gas industry by demonstrating the feasibility of using HDD for challenging pipeline crossings, setting a precedent for future projects. Surrounding communities benefited from increased energy reliability and the economic growth associated with improved infrastructure. The project highlights the importance of collaboration and innovative engineering solutions in overcoming complex challenges and delivering essential energy resources sustainably and responsibly.
Completing the Coosa River HDD installation project positions Williams for continued growth with reliable, clean assets. The successful implementation of HDD demonstrates Williams’ commitment to innovative and sustainable engineering practices. By enhancing the Transco Pipeline System’s capacity, Williams can better meet the increasing demand for natural gas, ensuring that Williams remains at the forefront of delivering reliable and clean energy solutions.
The Coosa River HDD installation is a paramount example of efficient project delivery through collaboration and best-in-class project execution. Williams’ approach from the project’s conception established a strong foundation that led to its overall successful execution. The thorough vetting of project parameters and viable trenchless possibilities helped dissolve historical assumptions impacting one of the United States’ largest energy infrastructure systems. The approach implemented for the execution of the Coosa River HDD installation should be considered by owners, engineers, and contractors alike in an effort to provide technically feasible and commercially viable infrastructure solutions within North America and throughout the world.
Two years ago, when a 43,000 square-foot plot of land sat idle next to Gas City at the Charles K. Vaughan Center, Environmental Practices Director Stephanie Engwall collaborated with facility employees on an opportunity to Make a Difference in support of our commitment to environmental stewardship. She and her team proposed a transformative project to increase biodiversity, promote awareness of native species, and beautify the land, and thus the seeds were planted both literally and figuratively for what would soon become the Charles K. Vaughan Center Pollinator Garden.
The garden provides a natural habitat and food source for pollinators like bees, butterflies, birds, and insects that are a vital part of our local ecosystem. The garden also creates educational opportunities for employees and other visitors to learn about the importance of biodiversity.
To help encourage employee engagement, an iNaturalist project was set up so visitors can document flora and fauna they encounter in the garden. By scanning a QR code found on informational signs in the garden, employees and other visitors can record what they observe in the iNaturalist mobile app to share with fellow naturalists and discuss their findings.
In March 2023, Engwall and her team started the pollinator garden process by collecting baseline data to determine species currently present and overall vegetative cover at the site. Much of the site was unvegetated, and the rest tended to be populated with non-native vegetation. Based on the size and location of the planting area and the plantings that were already established, the team developed a design plan.
Project planning kicked off the following month between Atmos Energy and Groundwater and Environmental Services (GES), an outside consultant we engaged to help determine the scope of work, schedule of events, and a detailed map of the proposed garden area. The team also identified native species to be planted as well as additional features like walking paths, bird boxes, a bee motel, and more.
Planting began in September 2023 with an event staffed by employee volunteers. Two signs were installed within the grassland garden identifying the flowers, trees and plants that were planted, as well as the pollinators that are attracted to each plant. The environmental team also collaborated with the facilities team on proper maintenance of the garden, and they assisted in clean-up, installing new fencing, and offering ongoing support for the habitat. Employees were encouraged to actively engage with the garden as it continued to grow over the ensuing months, and environmental staff worked alongside GES to conduct monitoring visits and observe habitat growth in the garden.
Last October, a group of 21 employee volunteers performed maintenance such as weeding and removing invasive species, planting additional native species to attract more pollinators, spreading native seed mix to outcompete any invasive species, and installing a walking path with mulch.
Desert Willow, Texas Kidneywood, Mimosa, Milkweed, Lantana, Turk’s Cap, Blackfoot Daisy, Flame Acanthus, Frostweed, Moss Verbena, and Greg’s Mistflower are among the native plants, trees, and shrubs that are located throughout the garden. These plants have welcomed many species, including honeybees, bumblebees, butterflies and moths, and the bee motel hosted numerous solitary bees and wasps over the winter.
The pollinator garden recently achieved “Silver” certification from the Wildlife Habitat Council, demonstrating that this project has been a resounding success. The plants are blooming and in good health, surviving over the changing seasons. New native plants are also sprouting, which suggests that pollinators are actually using the garden. Looking ahead, Engwall and her team are identifying new project opportunities to enhance the garden. Atmos Energy is proud to have this garden thriving at CKV as it will only continue to grow and flourish from here.
The Coastal GasLink (CGL) project, a 670-kilometer natural gas pipeline through northern British Columbia, showcased exemplary safety and collaboration in unrivaled conditions. A testament to human potential, traversing through two mountain ranges and over 800 water crossings, this endeavor became an unparalleled platform for connecting workers and ideas to one of the most challenging infrastructure projects in recent Canadian history.
To unite our diverse group of stakeholders—owners, eight prime contractors, and workers—CGL developed the Extraordinary Legacy Initiative (ELI), a comprehensive cultural program. Exceeding traditional management frameworks, ELI established shared values prioritizing safety, respect for the environment, community collaboration and workers well-being. ELI was pivotal in aligning efforts throughout a workforce of thousands, fostering a collective sense of accountability and problem-solving in challenging environments. ELI altered CGLs safety performance from being a passive requirement to an active responsibility, ensuring consistent focus on the human and environmental impact of every action.
CGL created a culture of safety ownership across all levels of the project. Workers embraced a philosophy where each action rippled with consequence—not just for themselves, but for communities and ecosystems. Their collective mindset became an impenetrable shield, navigating severe weather, complex and treacherous terrain, external opposition, and a global pandemic with extrodinary perserverance. The result was an inspiring testament to what humans can achieve when united by purpose and mutual respect.
The CGL Project revealed a profound truth: bridging ideas, perspectives and intentions in the most challenging landscapes with a relentless focus on keeping each other safe – human connection—is the most powerful infrastructure of all.
CGL faced safety challenges on an unimaginable scale, blending extreme topography with complicated logistics. To mitigate risks, a layered safety framework was implemented, encompassing expert interventions, real-time communication and cutting-edge technology.
CGL deployed specialized safety subject matter experts. Adopting a “Navy SEAL” methodology, these teams included: avalanche forecasters, operator competency specialists, steep slope experts and a senior incident investigator, moving around the construction footprint supporting site specific activities. Their insights guided high-risk operations and the creation of solutions like color-coded slope grading systems and advanced PPE requirements like cut-proof gloves, elevating safety practices to above industry leading levels. This approach facilitated the sharing of expertise, custom safety management solutions and changes to industry practices.
Safety communications reinforced safety awareness and embraced the Human and Organizational Principles (HOP) as a transformative lens for understanding human behavior and systemic interaction. CGL developed an innovative STCKY (stuff that can kill you) campaign, underlining a robust communication strategy that reinforced safety messaging across platforms. From pre-shift meetings to site-level safety committees and an interactive digital hub where contractors could download, videos, posters, and toolbox tips for multiple safety concerns. Team members were equipped with tools and information necessary to execute tasks safely and empowered to speak up when something was unsafe.
Integrating cutting-edge technology also played a vital role. Heavy equipment fitted with cameras and radar to reduce blind spots, advanced forecasting tools proactively manage weather hazards such as floods, wildfires, and heat domes. In vehicle monitoring systems shared data that reduced vehicle incidents and supported safe driving practices. In the final construction phase, artificial intelligence was introduced in welding shacks to improve worker protection.
Through innovative ideas, collaboration, and proactive risk management, CGL exceeded safety expectations, setting new benchmarks for future large-scale infrastructure projects.
During the project’s rigorous six-year construction schedule, more than 57 million hours of work unfolded without a major safety incident. Over 218 million kilometers—equivalent to circumnavigating the earth’s equator 5,438 times were driven. A staggering 2,352 focused safety inspections were conducted. Over 800 intricate water crossings were navigated with surgical precision, 55,000 welds of 48-inch diameter pipe connected the entire 670-kilometre pipeline from compressor station to meter station. During the global pandemic, to ensure community and worker safety, the project administered 58,923 rapid antigen tests and provided 3,697 vaccinations. Cumulatively this resulted in 19 consecutive months of unwavering safety performance with zero high potential safety incidents.
In the language of accomplishment, perhaps the most profound statement is not a statement at all, but a number: Zero. This zero represents more than an absence—it is a testament to unprecedented diligence – zero fatalities. Zero is not only the safety statistic we are most proud of, but concrete proof of CGL’s collective commitment to working safely in the face of multiple obstacles: severe weather, treacherous terrain, external opposition, and a global pandemic with remarkable resilience.
If ELI was the foundation for everything CGL built, the safety culture of the project would be the reinforcing steel: the critical, interwoven structure that provided strength, resilience, and integrity to every aspect of the construction, preventing potential fractures and ensuring the entire project’s durability. Building a strong safety culture within a workforce of over 7000 individuals was an enormous task and demanded a multipronged approach.
Communication and collaboration were at the heart of safety culture on the project, starting at the top. Executive project leadership met regularly with executive prime contractor leadership, holding quarterly XLT meetings at various points across the project, the meetings offered opportunities to tackle key safety considerations and operational updates at the executive leadership level.
Senior safety leadership from CGL were consistently in the field, maintaining a hands-on approach. Scheduling a meeting that required all five CGL safety managers to be in the same room, was more precisely choreographed than a synchronized swimming team performing brain surgery while riding unicycles. The team scheduled quarterly prime contractor meetings with safety leadership from all eight prime contractors and safety regulators. These interactions provided both formal and informal platforms for building relationships, developing trust, sharing critical learnings and addressing safety challenges proactively.
Safety culture was further reinforced with broad-level communication strategies with networks disseminated information quickly via alerts, bulletins, posters, and engagement sessions. These efforts enabled consistent dialogue between project leadership, safety teams, and frontline workers, ensuring a synchronized approach to safety management.
In the end, CGL’s unwavering commitment to our extraordinary legacy and to safety transformed a complex infrastructure project from a mere construction endeavor into a testament of human potential, where zero incidents spoke volumes louder than any words ever could.
SGA’s Meritorious Action Award celebrates individuals who have displayed courageous actions to save or attempt to save lives. SGA salutes individuals who have displayed heroic action or quick thinking to save the lives of others. You can read their heroic stories here.
Klay Allday, Boardwalk Pipelines
Steven Briolo, Energy Transfer
Bruce Camp, Boardwalk Pipelines
Nicholas Couvillon, Energy Transfer
Joshua Green, Energy Transfer
Brandon Hamby, Southeast Connections
Brian Hatley, PolyPipe LLC
Jordan Kidd, Miller Pipeline
Jose Leal-Huerta, Miller Pipeline
Joshuah Greene, Energy Transfer
Charles Martin, Energy Transfer
James Paul, Southeast Connections
Donnie Pierson, Atmos Energy
Valentin Quintero, Miller Pipeline
Brett Stewart, TC Energy
Troy Turner, Jr., PolyPipe LLC
Jason Wheeler, Atmos Energy
Dillon Wilcox, PolyPipe LLC
Nick Young, Southeast Connections