RRC Companies’ Post

🏗️📍 Earthworks Project, Midlands That's a wrap! Here, our #GeoEnvironmental Engineers are working alongside Buckingham Group Contracting Ltd to pack up Surcharge & Surcharge Monitoring Equipment on a large #earthworks project 👷 Settlement Monitoring can take between 3-9 months depending on the underlying ground conditions. #GeoEngineering #EnvironmentalEngineering #GeotechnicalEngineering #SoilMechanics #SiteInvestigation #FoundationEngineering #SettlementMonitoring

MRA's approach to pipeline projects entails both collaboration and coordination, and our track record speaks for itself! Leveraging extensive experience in management, design, permitting, construction documents and construction administration, MRA's goal is to act as a go-to partner for transmission pipeline and natural gas distribution projects. Here's a rundown of the many pipeline services our team provides: 👷Alignment Studies 👷Design and Preparation of Construction Documents 👷Erosion & Sediment Control Permitting 👷Highway Access and Occupancy Permitting 👷Boundary and Topographic Surveys 👷Right-of-Way and Easement Acquisition 👷Federal Energy Regulatory Commission (FERC) Filing 👷Structural Engineering 👷Construction Stakeout 👷Preparation of As-Built Drawings . . . . #MorrisRitchieAssociates #SitePlanning #CivilEngineering #UtilityEngineering #Planning #Planning #Surveying #WorldOfEngineering

Why should I incorporate SUE into my project? Subsurface Utility Engineering (SUE) is an engineering practice that makes it possible to accurately establish the location of buried utilities within a project area. This provides a foundation for decision-making around construction design, and allowing important decisions related to utility coordination, utility accommodation and utility relocation at the outset. Simply put, Subsurface Utility Engineering cuts project risk and eliminates surprises at later stages of a project. It also saves money. Not all SUE programs are created equal and there are key considerations involved to ensure that risk is effectively managed and a return on investment is realized. To help you achieve success on your next project contact D&M Utility Services of Ca at https://lnkd.in/ekSctk6 How do I customize a SUE program for my specific requirements? The SUE scope of work can vary greatly from project to project, and there are some key considerations for defining the scope of work. Ask these questions at the outset, and you’ll be able to tailor a SUE program to your project-specific requirements. 1. What are the potential project risks associated with utility location information? 2. Will utilities be involved directly or indirectly with the project? 3. What level of utility information should be obtained to adequately manage risks such as project cost overruns, construction and design delays, stakeholder impact, etc.? 4. At a project level, is there evidence to suggest the presence of buried objects or subsurface infrastructure? 5. Do the existing records contain inconsistencies? Is there evidence of additional utilities or buried structures not on record? 6. If utilities are not in the exact location as shown on the records, what risk might this pose on the project? 7. Will the project involve excavation and if so, what is the depth? 8. Is information on the vertical position (depth) of subsurface utilities or buried structures required to minimize risk or will information on the horizontal position suffice? 9. Is the project high risk for utility conflicts with existing or future utilities? e.g., new bridge construction or bridge widenings where footings are placed; projects involving daylighted utilities that will clearly conflict and require rework; excavation projects, particularly tunnel/grade separations where there is a conflict. #sueengineering #dmusofca #privatelocating #potholing #CCTV #wegotyoucovered #wewillkeepyoursitesafe #thenameyoucantrust

Why should I incorporate SUE into my project? Subsurface Utility Engineering (SUE) is an engineering practice that makes it possible to accurately establish the location of buried utilities within a project area. This provides a foundation for decision-making around construction design, and allowing important decisions related to utility coordination, utility accommodation and utility relocation at the outset. Simply put, Subsurface Utility Engineering cuts project risk and eliminates surprises at later stages of a project. It also saves money. Not all SUE programs are created equal and there are key considerations involved to ensure that risk is effectively managed and a return on investment is realized. To help you achieve success on your next project contact D&M Utility Services of Ca at https://lnkd.in/ekSctk6 How do I customize a SUE program for my specific requirements? The SUE scope of work can vary greatly from project to project, and there are some key considerations for defining the scope of work. Ask these questions at the outset, and you’ll be able to tailor a SUE program to your project-specific requirements. 1. What are the potential project risks associated with utility location information? 2. Will utilities be involved directly or indirectly with the project? 3. What level of utility information should be obtained to adequately manage risks such as project cost overruns, construction and design delays, stakeholder impact, etc.? 4. At a project level, is there evidence to suggest the presence of buried objects or subsurface infrastructure? 5. Do the existing records contain inconsistencies? Is there evidence of additional utilities or buried structures not on record? 6. If utilities are not in the exact location as shown on the records, what risk might this pose on the project? 7. Will the project involve excavation and if so, what is the depth? 8. Is information on the vertical position (depth) of subsurface utilities or buried structures required to minimize risk or will information on the horizontal position suffice? 9. Is the project high risk for utility conflicts with existing or future utilities? e.g., new bridge construction or bridge widenings where footings are placed; projects involving daylighted utilities that will clearly conflict and require rework; excavation projects, particularly tunnel/grade separations where there is a conflict. #sueengineering #dmusofca #privatelocating #potholing #CCTV #wegotyoucovered #wewillkeepyoursitesafe #thenameyoucantrust

Why should I incorporate SUE into my project? Subsurface Utility Engineering (SUE) is an engineering practice that makes it possible to accurately establish the location of buried utilities within a project area. This provides a foundation for decision-making around construction design, and allowing important decisions related to utility coordination, utility accommodation and utility relocation at the outset. Simply put, Subsurface Utility Engineering cuts project risk and eliminates surprises at later stages of a project. It also saves money. Not all SUE programs are created equal and there are key considerations involved to ensure that risk is effectively managed and a return on investment is realized. To help you achieve success on your next project contact D&M Utility Services of Ca at https://lnkd.in/g3VgXPa How do I customize a SUE program for my specific requirements? The SUE scope of work can vary greatly from project to project, and there are some key considerations for defining the scope of work. Ask these questions at the outset, and you’ll be able to tailor a SUE program to your project-specific requirements. 1. What are the potential project risks associated with utility location information? 2. Will utilities be involved directly or indirectly with the project? 3. What level of utility information should be obtained to adequately manage risks such as project cost overruns, construction and design delays, stakeholder impact, etc.? 4. At a project level, is there evidence to suggest the presence of buried objects or subsurface infrastructure? 5. Do the existing records contain inconsistencies? Is there evidence of additional utilities or buried structures not on record? 6. If utilities are not in the exact location as shown on the records, what risk might this pose on the project? 7. Will the project involve excavation and if so, what is the depth? 8. Is information on the vertical position (depth) of subsurface utilities or buried structures required to minimize risk or will information on the horizontal position suffice? 9. Is the project high risk for utility conflicts with existing or future utilities? e.g., new bridge construction or bridge widenings where footings are placed; projects involving daylighted utilities that will clearly conflict and require rework; excavation projects, particularly tunnel/grade separations where there is a conflict. #sueengineering #dmusofca #privatelocating #potholing #CCTV #wegotyoucovered #wewillkeepyoursitesafe #thenameyoucantrust

What is Subsurface Utility Engineering? The Subsurface Utility Engineering (SUE) refers to a branch of civil engineering that focuses on the planning, position, design, construction, operation, maintenance, and asset management of any and all utility systems, as well as the interaction between utility infrastructure and other civil infrastructure. At the time, the American Society of Civil Engineers (ASCE) published the ASCE 38-02 Standard Guidelines for the Gathering and Representation of Existing Subsurface Utility Data, which defined the practice of SUE. The utilization of Subsurface Utility Engineering not only facilitates more effective damage prevention, but also enhance the overall efficiency of infrastructure development and maintenance. Get in touch with us to learn about ImpulseRadar GPR systems for SUE. #sue #subsurfaceutilityengineering #gpr #groundpenetratingradar #georadar #impulseradar

Infra Plus sole agent of Ground Penetrating Radar from Impulse Radar in Thailand

🌟 Decades of Excellence Across Ten States 🌟 At Foundation Systems Engineering, our roots in geotechnical engineering, IBC construction special inspections, and construction materials testing have grown deep and wide since 1979. We take immense pride in our long-standing service across an expansive region, ensuring the integrity and success of countless projects. 📈 A Journey of Growth and Trust 📈 📍 Proudly serving: Tennessee Virginia Kentucky West Virginia North Carolina South Carolina Georgia Alabama Mississippi Arkansas Our expertise and dedication have not only allowed us to maintain a strong presence across these ten states but have also positioned us as the fastest-growing IBC special inspections firm in the region. This achievement reflects our commitment to excellence, innovation, and most importantly, the relationships we've built with our clients. From the vibrant communities of North Carolina to the historic sites of West Virginia, our journey has been enriched by diverse challenges and opportunities, enabling us to adapt, learn, and lead. 💪 Why We Stand Apart 💪 Our growth is fueled by more than just our comprehensive services in engineering analysis and design, special inspections, subsurface explorations, and environmental assessments. It's driven by our belief in forging lasting partnerships, our relentless pursuit of excellence, and our dedication to ensuring the safety and success of the projects entrusted to us. 🌱 Rooted in Partnership 🌱 To our valued partners and communities across these ten states, your trust and collaboration have been the cornerstone of our success. We're not just your service provider; we're your partner in building a safer, stronger, and more sustainable future. Here's to many more years of shared success, growth, and innovation. Together, we build the future on solid foundations. #FoundationSystemsEngineering #EngineeringExcellence #GeotechnicalEngineering #IBCInspections #MaterialTesting #EnvironmentalAssessments #SustainedGrowth #Innovation #Partnership

Why should I incorporate SUE into my project? Subsurface Utility Engineering (SUE) is an engineering practice that makes it possible to accurately establish the location of buried utilities within a project area. This provides a foundation for decision-making around construction design, and allowing important decisions related to utility coordination, utility accommodation and utility relocation at the outset. Simply put, Subsurface Utility Engineering cuts project risk and eliminates surprises at later stages of a project. It also saves money. Not all SUE programs are created equal and there are key considerations involved to ensure that risk is effectively managed and a return on investment is realized. To help you achieve success on your next project contact D&M Utility Services of Ca at https://lnkd.in/ekSctk6 How do I customize a SUE program for my specific requirements? The SUE scope of work can vary greatly from project to project, and there are some key considerations for defining the scope of work. Ask these questions at the outset, and you’ll be able to tailor a SUE program to your project-specific requirements. 1. What are the potential project risks associated with utility location information? 2. Will utilities be involved directly or indirectly with the project? 3. What level of utility information should be obtained to adequately manage risks such as project cost overruns, construction and design delays, stakeholder impact, etc.? 4. At a project level, is there evidence to suggest the presence of buried objects or subsurface infrastructure? 5. Do the existing records contain inconsistencies? Is there evidence of additional utilities or buried structures not on record? 6. If utilities are not in the exact location as shown on the records, what risk might this pose on the project? 7. Will the project involve excavation and if so, what is the depth? 8. Is information on the vertical position (depth) of subsurface utilities or buried structures required to minimize risk or will information on the horizontal position suffice? 9. Is the project high risk for utility conflicts with existing or future utilities? e.g., new bridge construction or bridge widenings where footings are placed; projects involving daylighted utilities that will clearly conflict and require rework; excavation projects, particularly tunnel/grade separations where there is a conflict. #sueengineering #dmusofca #privatelocating #potholing #CCTV #wegotyoucovered #wewillkeepyoursitesafe #thenameyoucantrust

Hyperbaric Interventions need to be carefully planned, along with operational challenges and risks identified and mitigated. We can help: