Utilities Business Review : News

Drones transform construction methods by providing real-time aerial footage and 3D lidar scans. The scan to BIM mode on drones will only take microseconds to transmit construction data with other BIM-based platforms, resulting in increased interoperability. The construction industry has shown that it is not behind in adopting current technology. Engineering and construction survived the pandemic better than others. Sustainability and innovative construction technologies make it possible. Stability allows ambitious adjustments and higher goals. Construction markets change year to year, and industry expansion and change cause this. Industry advancements in the construction sector have boosted industry growth. These include construction processes, technology, software, market conditions, and legislative engagement in new technology advancements. Other market trends get linked to infrastructure, energy, and utility investments, which continue to fuel construction production. These variables have led to various global industry market overview projections and reports. Virtual and augmented reality: VR and AR provide visualizations and are significant innovations among the latest construction technology. Virtual reality (VR) and augmented reality (AR) will likely play an essential role in the industry's $8 trillion global expansion by 2030. AR and VR technology get observed in various remote site inspections, despite the promise of a 90 percent decrease in construction expenses. It facilitates safety, collaboration, and communication between AEC employees. Drones: Construction has utilized drones for over a decade, and drones will become more sophisticated and AI-focused after 2023. Drones transform construction methods by providing real-time aerial footage and 3D lidar scans. The scan to BIM mode on drones will only take microseconds to transmit construction data with other BIM-based platforms, resulting in increased interoperability. Blockchain engineering: The entire AEC industry will have improved cost management and procurement procedures through blockchain by 2023 and beyond. It consists of interconnected "blocks" of data that form a digital ledger, including the records of all transactions and completed milestones. It can get compared to a literal chain, with each link representing a separate transaction inside a project, and it automatically maintains a state of equilibrium. It is secure, decentralized, and adaptable to projects of any size, unlike previous systems. Digital twin: The digital twin is the newest technology in the AEC sector, resolving operation management concerns. Using simulation to create a construction prototype is involved. Digital twin functionality and trends encompass the utilization of intelligent multidimensional digital models. Due to the capability of digital twins to simulate, forecast, and advise decisions based on real-world situations, there will be fewer buildings with operational problems in 2023 and beyond. Digital twins do performance analysis taking into account occupants' behaviors regarding the utilization of patterns and space. 3D Laser scanner and 4D simulation: 3D laser scanners are among the newest construction technologies in the AEC business. Its interoperability and yearly updates make it a continually innovative technology. It is renowned for its capacity to scan and analyze physical items. It has been utilized for construction site surveying, mapping, project inspection, and safety, among other activities. Its precision facilitates construction planning and results in significant cost savings. 4D simulations are the newest technical solutions for saving time and money on onsite and offsite projects, given the construction industry's continual quest for efficiency. ...Read more

Technological advances and the development of subsurface utility engineering (SUE) and horizontal directional drilling (HDD) processes have reduced the stigma and improved over time. Many engineers, designers, and contractors viewed "utilities" as a four-letter word because conflicts with subsurface utilities accounted for the majority of the cost and schedule overruns on construction projects. The stigma has gradually improved with technological breakthroughs and the continued development of subsurface utility engineering (SUE) and horizontal directional drilling (HDD) procedures. Many departments of transportation (DOTs), municipalities, and utility owners now utilize subsurface utility engineering during the design and construction phases of horizontal directional drilling (HDD) projects as standard operating practices or as a mandate. It considerably reduces the likelihood of a utility strike and eliminates, in many cases, the need for needless utility relocations. HDD with subsurface utility engineering allows a driller to move around or avoid existing underground utilities. It is because subsurface utility engineering correctly maps subsurface utilities' horizontal and vertical placement, providing the required information to prevent damage to underground facilities. Understanding what's beneath the surface and where it is can reduce the danger associated with excavation. Subsurface utility engineering has shifted from an emphasis on test holes (ASCE Quality Level A) to a more significant focus on designating (ASCE Quality Level B), and work activities have shifted from 99 percent in the design phase to a three-to-one ratio of design and construction. The change is partly attributable to the costs associated with right-of-way acquisition and property owners doing more with less space. The change has resulted in more utility owners drilling within easements. The ability to achieve more with less is also attributable to the evolution of HDD, a more advanced drilling technique. Instead of drilling straight down or at a linear angle, modern technology enables drill operators to navigate the drill head through a labyrinth of utility facilities. In many states, contacting the one-call system before construction or groundbreaking is compulsory. The valuable method serves its purpose by giving an approximate horizontal utility position before construction. Drilling and ignoring the approximate horizontal location of a utility can endanger the driller, the general public, and any underground infrastructure in the corridor. Before drilling, most, if not all, HDD installers perform a thorough utility verification in the field. The necessity for field verification gets eliminated when subsurface utility engineering is utilized before construction, as a buried utility's horizontal and vertical components are delivered to the contractor or engineer by the subsurface utility engineering provider. When subsurface utility engineering is applied early in a project's design or construction phases, the project plans display highly accurate utility locations that serve as a road map for horizontal directional drilling. ...Read more

Utility engineering companies can avoid challenges by hiring SUE services to improve safety practices, improve accuracy, save costs, and avoid legal issues. Before starting a construction project, there are several challenges that engineering companies must overcome. Wires from phone and cable companies, utility lines, and electrical conductors are some of the biggest obstacles. Untimely installation of these utilities can delay the project significantly. This can result in a dramatic increase in project costs, a risk to its legal status, and a threat to utilities. Subsurface utility engineering (SUE) can address these challenges. Leveraging SUE, companies can locate underground utilities, which is becoming an increasingly relevant part of consulting engineering. It is possible to use on-site verification tools in conjunction with existing records to ensure none of these issues will occur on the construction site. Before starting a project, SUE can help you with several things. There are many advantages to using SUE. Safety : All parties involved should be protected during the project. Before moving utilities, you must know their locations. This will prevent accidents from occurring during the drilling process, which could be a potentially dangerous situation. Accuracy : It is far more accurate to work with a professional SUE team than to rely on inconsistent records. Before the project begins, SUE teams can locate these utilities accurately. Cost : Working with professional SUE consultants can also save you money. It may be a waste of time and money if you drill in an area that crosses a utility line during the project. You could possibly be responsible for the cost of repairing the utility in question. Efficiency : It is important to work with an experienced SUE team to ensure you can complete the project on time, even if several factors can delay the project. Before beginning a project, you should determine the location of utilities to minimize the number of obstacles you encounter. Legal: Legal reasons make working with an SUE team essential. If you finish the project on time, you can reduce the likelihood of being held liable for damages to utilities.  ...Read more