Asset Management

Double Wood Mitigation Program

Double Wood Program Managment

Overview

• Location: Nationally
• Client: Multiple 
• Timeline: Annual Program

Scope

• Manage all facets of the client’s double wood program for their electric service territory in support of infrastructure improvement and joint-use projects.
• Scouting
  • Orbital team documents all double wood locations in a specified geography by identifying unknown/undocumented locations and field verifying known locations.
• Field Data Collection
  • Orbital team collects all relevant data for pole including location coordinates, pole number, configuration, attachment types and owners, constructability notes, pre-construction photos, etc.
  • Orbital conducts on-site evaluation of the need for power make-ready using handheld laser range finders to verify that making transfers will not result in NESC Violation.
• Double Wood Mitigation
  
  • Orbital team communicates transfer requests to third party attachment owners through utility’s preferred notification system (NJUNS, SPANS, etc.) and enforces contracts up to and including support of billing third party attachment owners for late transfers.
  • Orbital utilizes qualified subcontracted partner to mitigate double wood locations by transferring any remaining attachments, removing the double pole, and completing restoration (backfill, seed, concrete, etc.)
• Orbital utilizes its proprietary GIS web-based Double Wood Dashboard to manage data related to client’s double wood program.
  • Utility stakeholders are provided access to the dashboard which enables near real-time monitoring of workflow progression for individual poles with photos provided at each construction step.
  • All double wood locations are color coded in map view based on current workflow step to support prioritization/resource planning efforts. 
  • Filters, charts, and tables are available in the tool to allow for various levels of progress reporting.

138kV Substation Expansion

Substation Engineering

Scope of Work:

• Completed design to interconnect new 25MW battery & 100MW solar facility to existing substation
• Expanded existing 138kV ring bus and add one new 138kV breaker position
• Required temporary configuration of existing 138kV line to facilitate construction
• Engineered two new monopoles and one H-frame to reconnect transmission line to expanded station
• New control building with new fiber connection to support protection and controls, and telecommunications

Deliverables:

• Detail design and construction package
  • Drawings – demolition, protection and control, physical, civil, transmission line with load trees
  • Studies – ground grid, foundations, substation structures, transmission line structures
  • Review vendor drawings for equipment, engineered structures, and calculations
• Construction support
• Incorporate as-built drawings post-construction

Project Highlights:

• Orbital Engineering navigated precise construction sequencing including temporary configurations to enable site build out while limiting downtime. Design included the relocation of existing transmission line to successfully expand the substation for the new solar and battery facility interconnection.

345k Double Breaker Interconnect Substation

Construction Management

Scope of Work:

• Managed project construction through all phases of the greenfield build including civil work, below grade (ground grid, foundations, cable trench), and above grade (H-frame and steel erection, equipment setting, bus install, inside wiring, and incoming line stringing) 
• Provided safety, environmental, and quality oversight

Deliverables:

• On-site safety audits
• Daily progress reports
• Schedule tracking and input
• Requests for Information
• Non-conformance reports
• Facilitation of material deliveries/returns
• Third-party contractor coordination
• Commissioning support

Project Highlights:

• The two-year project was delivered on budget and on schedule with strong stakeholder engagement throughout its lifecycle. With no safety incidents and multiple contractors involved across major construction phases, Orbital successfully navigated complex coordination and handoff challenges by applying deep technical expertise and maintaining strict alignment with owner processes and procedures.

Management Programs

Construction Management

Roles and Responsibilities

• Enforce stop work authority
• Hold construction crews accountable for compliance with owner safety processes
• Oversee execution of daily job safety briefings
• Ensure adherence to all site-specific safety and environmental plans
• Investigate and report on incidents
• Ensure required permits are maintained
• Support pre-construction planning, review drawings and bill of materials to avoid delays
• Oversee schedule performance and contribute to the development of schedule recovery plans
• Monitor construction quality by verifying compliance with drawings and specifications and preparing non-conformance reports
• Facilitate the request for information process
• Coordinate material and equipment deliveries
• Manage material inventory
• Support subcontractor assignments
• Maintain organized project records such as redlines, photos, and equipment data for final turnover at project closeout

Program Highlights

• Orbital supports investor-owned utilities throughout the country with dedicated teams of construction managers and quality management professionals. With nearly 100 boots-on-the-ground resources, Orbital’s construction management teams play a critical role in the safe and successful execution of more than $750MM in construction work annually. Through robust onboarding and continuous education programs, Orbital’s teams have the capability to support a variety of projects including new build substations, substation equipment upgrades, new build overhead transmission and distribution lines, grid modernization, underground cable replacement, overhead and underground fiber builds, and communications structure erection.

Inlet/Outlet Valve Evaluation

Natural Gas

Scope of Work

• Performed GIS and records-based analysis of 1,617 gas regulating stations
• Evaluated compliance with inlet/outlet critical valve design standards
• Validated valve data from GIS and Maximo using spatial analysis and attribution logic
• Assigned station risk ratings based on valve presence, type, and quantity
• Developed formal reclassification, design, and investigation workflows for 1,100+ non-compliant stations
• Recommended future valve placement or conversion to critical designation using industry standards

Deliverables

• Executive summary and class 5 capital planning estimate
• G.A.C.-coded dataset with risk priority assignments 
• Planning template outlining time estimates by station priority level
• Engineering design trigger list for non-compliant or undocumented stations
• Reclassification workflow diagram and phase 3 execution guidance
• GIS shapefiles for pipelines, stations, valves, and analysis overlays
• Maximo/GIS data cleanup recommendations and asset tracking integration

Project Highlights

• The team analyzed 1,617 stations across the service territory, finding that approximately 32% were compliant, 44% required formal design, and 24% were convertible through reclassification. They introduced a desktop validation and G.A.C. priority framework to streamline program actions, supported program execution with valve planning templates and phase 3 task sequencing, and applied the client’s gas standard for valve design criteria to maintain emergency access compliance.

Odorant Replacement Project

Natural Gas

Scope of Work

• Replaced aged odorant injection system, storage tank, containment, and building at gate station
• Decommissioned and remove existing and abandoned odorant systems and associated infrastructure
• Developed and install new odorant system including shelter, piping, controls, foundations, and electrical
• Coordinated full engineering lifecycle: design, demolition, procurement support, construction oversight, and commissioning
• Executed project within defined shut-in window to maintain system reliability and operational continuity

Deliverables

• Redlined piping and instrumentation diagrams, 3D model, isometric piping drawings, construction bill of material, and valve tie-in lists
• Civil, mechanical, structural, and electrical drawings
• Demolition drawing packages with mechanical, electrical, and instrumentation and controls scopes
• Procurement packages for tank, building, odorant system, and temporary odorization
• On-site construction support, contractor coordination, and commissioning oversight
• Final documentation including updated drawings, redlines, and closeout package

Project Highlights

• The project executed a full odorant system replacement within a limited five-month shut-in window, managing the demolition of two systems in parallel with the new installation to maintain site layout. The team proactively coordinated a temporary odorization option in case of commissioning delays, provided continuous oversight from initial design through construction and as-built documentation, and supported the development of long-term record drawings and standardized site files for future reuse.

Federal Funded Maintenance Program Management

Natural Gas

Scope of Work

• Lead multi-year remediation program targeting pipeline crossings, attachments, station coatings, and vehicular protection
• Developed and manage program execution for both distribution and transmission assets
• Coordinated engineering design, field documentation, and construction oversight
• Implemented phased strategy to address incomplete records, stakeholder coordination, and environmental constraints
• Updated scope to reflect evolving regulatory standards and risk assessments

Deliverables

• Engineering design packages for crossings, coatings, and protection devices
• Document control system for tracking as-builts, construction status, and compliance
• Quality assurance and quality control oversight during construction with daily/weekly field documentation
• Program tracking tools for budget, schedule, and asset-level progress
• Stakeholder communication framework to support utility, municipal, and contractor coordination
• Lessons learned and continuous improvement reports

Project Highlights

• The project successfully remediated all 23 targeted sites, and in 2024 the program expanded to include additional station coating and vehicular protection scope. The initiative supports the long-term goal of remediating over 800 assets by 2026, with an adaptable framework that accommodates evolving scope and shifting regulatory focus, providing full lifecycle support from design through construction, quality assurance, quality control, and final documentation.

10,000 FT Medium Pressure Steel Main Replacement

Natural Gas Utilities

Scope of Work

• Completed design to replace 10,000 feet of medium-pressure steel main with polyethylene (PE) piping in an urban like corridor
• Coordination with both county and municipal jurisdictions for permitting and right-of-way
• Compliance-driven design schedule to support regulatory deadlines

Deliverables

• Detailed engineering and construction drawing package 
• Documentation – bill of materials, trenchless forms, pressure test forms, service orders, corrosion analysis, constructability review, environmental compliance plan
• Construction support – request for information responses, design updates, tie-in plan procedures and drawings, and permitting clarifications

Project Highlights

• The project encompassed a large scope within a dense, urban-like environment, requiring multi-jurisdictional permitting across city and county agencies. A tight compliance timeline necessitated expedited design and coordination.

138kv System Reliability Project

Oil and Gas

Scope of Work

• Option evaluation to improve reliability of the existing 138 kV ring buses as recent incidents disrupted operations at the facility
• Objective of the first phase of the project was to select a viable solution to increase reliability to prevent similar disruptions in the future

Deliverables

• Reliability risk identification report with conceptual solutions
• For each proposed option:
  • One-line diagrams
  • General arrangement drawings
  • Total installed cost estimates

Project Highlights

• Project was jointly executed between Orbital’s Utility and Heavy Industrial division to interface with Utility and client for one team execution in review of client risk areas and proposal of design modifications. Capabilities on both sides of the Utility connection allowed for single firm consultation reducing client need to contract to and facilitate information exchange between multiple firms.

Natural Gas Processing

Natural Gas

Scope of Work

• Demolition of existing natural gas storage well metering and withdrawal dehydration systems at two adjacent sites, reconfiguration of existing system at one of the sites and tie-in of all wells to new dehydration, metering and pressure regulation
• In addition to multi-discipline engineering for all disciplines, Orbital supported procurement activities through bid reviews, technical bid evaluations and vendor document reviews

Deliverables

• Process Design Basis, PFDs and P&IDs,
• Revised Site Plan incorporating changes for storm water runoff and drainage, fencing and landscaping
• Navisworks model, general arrangement drawings, piping plans and isometrics
• Foundation and steel drawings for supporting the new equipment and buildings
• Single line diagrams, power plans, duct bank and cable tray plans, lighting plans, grounding plans, cable & conduit schedules, lightning protection design, panelboard schedules
• Instrument location plans, wiring diagrams, loop diagrams, instrument datasheets
• Scope of work documents for demolition and installation

Projects Highlights

• Orbital adapted to client request to change dehydration technology early in the project and dehydration location mid-project due to permitting constraints with minimum impacts to overall schedule. All dehydration, metering, pressure regulation and waste stream storage and transfer was housed in a single Operations building.
• Total Installed Cost (TIC) – $10MM

Feed Impurity Removal

Specialty Chemical

Scope of Work

• The objective of this project was to remove the oil and grease from the incoming feed flow that is utilized throughout the plant’s operations
• With these impurities being removed prior to the feed entering the Strippers, it improved the efficiency of the production at the site
• Project included installation of two oil storage tanks and six pumps with containment with all interconnecting piping, steel and supports
• A raised MCC structure on piles and a concrete pad supported transformer was added to the east of the main project area to supply power for the project and a new Delta V Cabinet with HMI was located in the new MCC building
• The existing truck parking was relocated to the northeast along with connecting existing roadways to allow for a different exit path
• New surveillance cameras were integrated with an existing camera network located at gate to the East of the proposed parking location
• Full electrical scope included adding a 13.8kV feeder, 13.8kV/480V transformer, substation building, 480V motor control center, VFD’s, UPS, panels, control stations, lighting, grounding, and associated cable tray/conduit and cables

Deliverables 

• Revised site plan
• Navisworks model, general arrangement drawings, piping plans and isometrics
• Piping, foundation and steel drawings for supporting new tanks, pumps, MCC, transformer and piping
• Grading plans, sections and details for new roadway and parking lot
• Material requisition packages for major electrical equipment – 13.8kV switch, 13.8kV to 480V transformer, substation building, 480V MCC, UPS System
• Single line diagrams, power plans, duct bank and cable tray plans, lighting plans, grounding plans, cable & conduit schedules, area classification drawings
• Instrument location plans, wiring diagrams, loop diagrams, instrument datasheets, control narratives
• Scope of work documents for construction

Project Highlights

• Maintenance work was minimized significantly as a result of the project, decreasing downtime while increasing productivity.
• Total Installed Cost (TIC) – $120MM

Reactor Heating Process Improvement

Specialty Chemical

Scope of Work

• Orbital performed process evaluations and cost estimating for several solutions to add a new heating source to an existing reactor to allow for additional product formulation
• Following completion of FEL-2, Orbital proposed a turnkey offering for the new heat exchanger and auxiliary system upgrades to achieve the project objectives
• Orbital acted as prime for the EPC project with a mutually trusted field contractor for the client

Deliverables 

• Process Design Basis and P&IDs
• Material requisition package for the new heat exchanger
• Navisworks model, general arrangement drawings, piping plans and isometrics
• Foundation and exchanger support structure steel drawings for supporting the new heat exchanger
• Scope of work documents for installation

Project Highlights

• Installation and commissioning were completed in 10 days due to thorough constructability planning and pre-outage construction activities.
• Total Installed Cost (TIC) – $5MM

Asset Management Program for a Steel Mill Client

Steel

Scope of Work:

• Supported a major steel client in the development and ongoing evolution of their corporate asset management program
• Provided technical assistance in creating the original corporate inspection procedure and supporting subsequent revisions
• Applied decades of hands-on inspection experience across structural and mechanical assets at domestic and international facilities
• Defined and refined inspection and reporting processes used across the client’s enterprise
• Coordinated and supported field inspection operations to align with corporate standards and safety requirements
• Integrated emerging technologies and digital tools to enhance inspection efficiency and data management

Deliverables:

• Corporate inspection procedures and revisions
• Digital inspection data outputs supporting asset tracking and long-term program management
• Standardized inspection and reporting frameworks, including:
  • Defined inspection levels
  • Standard reporting formats
  • Means and methods documents for individual assets
  • Documentation protocols
    • Boundary documents

Project Highlights:

• Orbital played a foundational role in building and evolving the client’s corporate asset management program, applying decades of inspection experience to create practical, safety-focused procedures adopted company-wide. Standardized inspection levels, reporting formats, and documentation protocols improved consistency and reliability across domestic and international operations. Through ongoing inspection programs and the integration of advanced technologies such as UAS inspections and digital data management, Orbital continues to drive continuous improvement. This long-term collaboration has helped modernize inspection practices while supporting OSHA/ANSI compliance and the client’s reliability-centered maintenance objectives.

OH-Crane, Crane Runway and Building Inspection

Steel

Scope of Work:

• Performed a comprehensive technical inspection of an industrial building, crane runway system, and overhead bridge crane at a major manufacturing facility
• Verified structural integrity of building framing and crane runway support systems
• Assessed condition and alignment of crane rails, runway beams, and associated structural components
• Conducted a full OSHA/ASME-compliant overhead crane inspection during a single coordinated site mobilization
• Deployed a multidisciplinary team of structural inspectors, scanning technicians, and certified overhead crane specialists
• Utilized aerial lifts, top-side runway access, and Elios 3 caged drone technology for difficult-to-access areas
• Performed alignment verification using Total Station surveying methods
• Applied visual, hands-on, and targeted non-destructive testing (NDT) techniques
• Executed mechanical, structural, electrical, and functional testing of overhead crane components
• Provided real-time notification of critical or out-of-service safety findings

Deliverables:

• Structural inspection findings for building framing and crane runway systems
• OSHA/ASME-compliant overhead crane inspection report
• Runway alignment measurements, including elevation, sweep, span, and cross-levelness data
• Severity-ranked deficiency listings with tagged photographs and measurement documentation
• Conceptual repair sketches for identified structural and runway deficiencies
• Preventive maintenance, repair, and long-term monitoring recommendations
• Integrated inspection report capturing all findings from a single mobilization

Project Highlights:

• Orbital delivered a fully integrated, multi-discipline inspection of an industrial building, crane runway, and overhead crane system in a single site mobilization, minimizing operational disruption and eliminating the need for multiple specialty contractors. By combining structural inspection, advanced scanning, precision alignment verification, and OSHA/ASME-compliant crane evaluation, Orbital provided a complete system-level assessment of both structural and mechanical performance. The inspection identified runway alignment deviations, localized structural corrosion, and typical crane component wear, allowing Orbital’s engineering team to develop prioritized repair recommendations and conceptual solutions. This project highlights Orbital’s ability to deliver efficient, technically rigorous inspection programs that support safe, reliable crane operations in complex industrial environments.

Bridge Inspection and Turnkey Repairs

Power Generation

Scope of Work:

• Performed a comprehensive inspection of a ~1,000-foot suspension bridge spanning a major waterway
• Utilized ground-based, elevated walkway, and rope-access techniques to evaluate hard-to-reach areas
• Benchmarked findings against prior inspection reports to identify changes and new deficiencies
• Classified deficiencies by priority level to guide repair urgency and scope
• Performed engineering analysis and developed Standard Repair Procedures (SRPs) for identified deficiencies
• Coordinated access constraints, including railroad scheduling, live powerline limitations, and follow-up inspections
• Executed turnkey repair construction for the north half of the bridge, including demolition and repairs
• Provided construction coordination, safety planning, and on-site quality oversight

Deliverables:

• Phased inspection reports as segments of the bridge were completed
• A repair prioritization ranking assigned to each finding
• Standard Repair Procedures (SRPs) and engineering repair IFC drawings for Priority 1 deficiencies
• Construction coordination and quality assurance documentation
• Final inspection report and repair verification records

Project Highlights:

• Orbital delivered a comprehensive inspection and turnkey repair program for a 1,000-foot suspension bridge, combining rope-access inspection, structural engineering, and construction oversight to address complex access and safety challenges. The inspection identified 43 deficiencies, including multiple Priority 1 conditions such as widespread cracked welds, severe section loss in a primary truss chord, and extensive concrete spalling with exposed reinforcement. Orbital executed phased reporting to support timely decision-making and completed full demolition and repairs on the north half of the bridge. When lead-containing coatings were discovered mid-demolition, Orbital paused work, coordinated with regulatory agencies, and implemented a revised, compliant construction plan – allowing repairs to resume and conclude efficiently while maintaining safety, regulatory compliance, and structural integrity.

API 653 Tank Inspection and Floor Replacement

Specialty Chemical

Scope of Work:

• Performed an out-of-service API 653 tank inspection, including a Magnetic Flux Leakage (MFL) floor scan
• Evaluated tank floor condition and investigated MFL indications using ultrasonic thickness testing (UTT)
• Documented and marked areas approaching T-minimum for repair
• Developed API 653–compliant engineering designs for complete tank floor replacement
• Designed modifications to accommodate relocation of multiple tank shell nozzles
• Defined non-destructive examination (NDE) requirements associated with repairs
• Provided on-site quality assurance and quality control oversight throughout all phases of construction and repair
• Verified completion and documentation of all corrective actions
• Prepared and issued final inspection documentation confirming fitness for service

Deliverables:

• API 653 out-of-service inspection report
• MFL floor scan results and UTT verification data
• Detailed API 653–compliant repair drawings for full floor replacement
• NDE procedures and inspection requirements
• Quality assurance and quality control oversight documentation and repair verification records
• Final inspection report confirming safe, compliant return to service

Project Highlights:

• Orbital executed a comprehensive API 653 inspection and major repair program for a 99,500-gallon storage tank, identifying floor corrosion risks through advanced MFL scanning and targeted ultrasonic testing. Early detection of low-thickness areas approaching T-minimum allowed Orbital to design proactive repairs before loss of containment could occur. The project required complete tank floor replacement and the relocation of multiple shell nozzles – complex modifications successfully delivered through Orbital’s integrated inspection, engineering, and quality assurance and quality control oversight. The repairs restored the tank to a safe, compliant operating condition, extended its remaining service life, and reduced the client’s risk of unplanned outages and future repair costs.

Chemical Plant

Specialty Chemical

Scope of Work

• Project included the installation of two new reactors into an existing enclosed facility
• Laser scanning was conducted to collect field data for the 10-level existing facility
• One new reactor was tied into the existing DCS system with the other reactor expected to be tied in at a later date

Deliverables

• Navisworks model, general arrangement drawings, piping plans and isometrics
• Steel drawings for supporting the new reactors, piping and conduit
• Instrument location plans, wiring diagrams, loop diagrams, instrument datasheets
• Scope of work documents for construction

Project Highlights

• Laser scan data supported constructability reviews and definition of demolition needed to lower the 2 new reactors through the roof and down to level 3.
• Total Installed Cost (TIC) – $3.2MM

Tank Farm Expansion

Petrochemical

SCOPE OF WORK

• Developed FEL-2 engineering and +/- 30% estimate for 30 new tanks and tank farm infrastructure
• Interfaced with tank vendor for required design modifications for EPA compliance
• Developed scopes of work and quantities for all disciplines and total installed cost estimate in Aspen Capital Cost Estimator

PROJECT HIGHLIGHTS

• Total installed cost estimate of $80MM
• Client awarded FEL-3 engineering as sole source and majority of detailed design to Orbital after successful FEL-2 execution.

Glass Lined Reactor Additions

Specialty Chemical

Scope of Work

• The project modified an existing unit to accommodate the addition of three new glass lined reactors, numerous acid and caustic tanks
• A new bulk material handling and storage building was added along with a Redler material handling system to move the cohesive solids to the reactors
• Truck unloading for acid and caustic were installed and two new 750 HP boilers, water well and cooling tower were also added
• Approximately 4000 linear feet of product lines were run from the site to tie in at the adjacent plant
• Orbital developed the FEED package and executed detailed design and construction management for the project

Deliverables

• Process design basis, PFDs and P&IDs
• Material requisition packages for glass lined reactors, tanks, material handling systems, boilers and cooling tower
• Revised site plan
• Navisworks model, general arrangement drawings, piping plans and isometrics
• Foundation and steel drawings for supporting the new equipment and building
• Single line diagrams, power plans, duct bank and cable tray plans, lighting plans, grounding plans, cable & conduit schedules, panelboard schedules
• Instrument location plans, wiring diagrams, loop diagrams, instrument datasheets
• Scope of work documents for construction

Project Highlights

• Entire project from award to completion was executed to a very aggressive schedule of 13 months.
• Total Installed Cost (TIC) – $15.8MM

Substation Relocation

Specialty Chemical

Scope of Work

• Existing client 34.5kV main substation was approaching the end of its useful life
• Orbital performed electrical and structural engineering to relocate the substation out of a central process area to eliminate overhead high voltage cable in the congested space
• Orbital subcontracted geotechnical and architectural services with trusted partners for a comprehensive offering

Deliverables

• SKM Model
• Revised site plan
• Single line diagrams, substation layouts, cable tray and conduit routing plans
• Foundation drawings, support details and cable tray bridge drawings
• Scope of work documents for construction

Project Highlights

• Project required interfacing with the utility to review impacts to the existing 34.5kV pole-mounted metering equipment and their upstream overhead distribution system. Orbital performed calculation comparison between the existing and new equipment to determine what incentives applied to the project for the client to pursue. Orbital led constructability planning sessions with client, Orbital and contractor to efficiently sequence the demolition and installation scopes.
• Total Installed Cost (TIC) – $10MM

Fire Water Pump Upgrades and Main Replacements

Oil and Gas

Scope of Work

• Executed multi-discipline engineering for a refinery-wide upgrade to the deteriorating firewater system
• Project objectives included:
  • Increased firefighting water supply capacity
  • Improved system pressure maintenance capabilities
  • Expansion of firewater pump control capabilities
  • Improved diesel engine cooling water filtration
  • Increased availability and maintainability of pumps

Deliverables

• Material requisition packages for new fire water pumps
• P&IDs and firewater maps
• Plot plans, general arrangement drawings, demolition drawings, piping orthographics, underground piping drawings, isometrics, pipe support details
• Foundation drawings, structural drawings
• Single line diagrams, panel drawings and schematics, cable and conduit schedules, conduit routing plans, underground duct bank plans and details, grounding plans, fiber routing plans, lighting plans
• Functional description, alarm list, instrument location plans, wiring diagrams, I/O list, instrument index, instrument datasheets, loop diagrams
• Scope of work documents for construction

Project Highlights

• The upgrade project was executed over a five-year period and design considerations throughout the project kept the existing firewater loop operational and limited downtime during the segment replacement process.
• Total Installed Cost (TIC) – $40MM

Storage and Truck Area Expansion

Oil and Gas

Scope of Work

• Orbital evaluated an existing tank storage structure to confirm the structure, and foundations could adequately support new tanks planned for the structure
• Evaluation showed that the existing footers were undersized, and the new tanks could not be safely added to the structure
• Recognizing the importance of the client’s expansion plans, Orbital prepared an alternate concept to support a subset of the tanks over the existing unloading bays and expand the unloading area for a third truck bay
• A stair tower was added to improve access to the tank support structure

Deliverables

• Navisworks model
• Foundation and paving modification drawings
• Structural steel drawings for tank storage and stair tower
• P&IDs and piping orthographics
• Scope of work documents for construction

Project Highlights

• The client’s expansion plans have continued uninterrupted due to the new design.
• Total Installed Cost (TIC) – $4MM