UPI provided engineering, detail design, procurement assistance, documentation, inspection, construction management and commissioning support for Swift Energy during startup. The project scope consisted of a system upgrade to the existing infrastructure of the Louisiana inland water production facility, which added additional gas treating and compression capacity. The project scope also included the addition of a moored barge facility with separation, oil treating, gas compression, power generation and the development of a new Wonderware SCADA control system, which included the emergency safety shutdown (ESS) and process control system (PCS).

UPI provided engineering permitting, procurement assistance and construction management services to Anadarko Petroleum for 195 miles of 8- inch and 10- inch deepwater, subsea flow-lines, umbilicals and subsea structures for their Independence Hub Project in the Gulf of Mexico. The project included 7 Steel Catenary Risers with over 120 miles of production control umbilicals in 15 segments with 4 dynamic riser sections. This is the first ever use of carbon fiber rods for tensile.

UPI provided project management and detailed design to ATP Oil and Gas for debottleneck and expansion to existing facility in order to accommodate 3 additional subsea wells in the Gulf of Mexico. Design provide for subsea wells and manifold, topside process facilities, instrumentation, electrical, controls and structural. Start-up and commissioning procedures, construction management, scheduling and offshore inspection were also performed. UPI addressed the problem of flow characteristics of actual flowing wells being different than the original design basis.

UPI assisted Anadarko Petroleum by performing bid preparation, evaluation, project management, and engineering through design, build and installation for development of oil reserves in GB302 using dual flowlines tied back to Baldpate platform in the Gulf of Mexico. UPI also performed riser detailed engineering and provided procurement support for the project.

Chevron's Jim Bob Mountain Development included installation of four new remote well sour gas satellite facilities, and one new sour gas test facility in the Gulf of Mexico. All production was routed back to the existing Tiger Shoals (SMI 217A) facility. Major upgrades at the Tiger Shoals facility were required to accommodate the new production. UPI provided engineering for facilities design, structural design, and E&I design. Project Management support as well as construction support was provided. Also included in UPI' scope of work, were material procurement, programming and FEED studies.

UPI performed the FEED and detailed engineering design for Bluewater Industries for subsea wells, umbilical(s), catenary risers, pipelines, topside process facilities, instruments, electrical, controls, and structural(s) for the ATP Oil and Gas development of two subsea wells. The wells are tied back to a converted semi-submersible drilling rig. UPI assisted with preparation of pre-commissioning, startup and operations procedures manuals. Project Management support, inspection and construction coordination services were also provided. The Gomez project was located in the Mississippi Canyon 711 in the Gulf of Mexico.

UPI assisted Bluewater Industries for the development of a floating production facility to support a dry tree development located in the Gulf of Mexico. UPI provided detailed design of both oil and gas pipelines with associated flexible risers and design of all subsea structures including six PLET's. UPI also provided all associated flow assurance analysis, project management, procurement and technical support for the subsea portion of this major hub development.

Acting as subcontractor to Bechtel Corporation, UPI was engaged by Reliance to undertake the project services for the Offshore Gas Field in Block KG-DWN-98/3 in Krishna Godavari Basin, Bay of Bengal off the East Coast of India. Work teams were deployed to India, the US and Norway in addition to surveillance coverage at various supplier locations. The scope of work covered technical supervision of the engineering from FEED through detail design and surveillance during the procurement and construction phases of the project.

UPI provided detail design for development of a floating production facility to support a three well, dry tree development in the Mississippi Canyon 941 in the Gulf of Mexico, for ATP Oil and Gas. Detailed design was provided for both pipelines and SCR risers, all subsea structures including three in-line (future connection) sleds, one PLET, and one pile anchored, oil tie-in manifold. The scope also include all associated flow assurance analysis, project management, procurement and technical support for the subsea portion of this major hub development.

UPI provided assisted Hess Corporation in developing the one single well (AKOM North G-19) subsea tie-back system with the existing TLP in the OKUME oil field in Akom North G-19 Equatorial Guinea, West Africa. UPI work included FEED with detailed cost estimates and studies, detailed design, project management, preparation of RFQs, and bid documents. UPI also provided procurement of long lead material/equipment; inspection of material, equipment, and fabrication; construction management and supervision, project commissioning support and project closeout.

UPI technical support, expediting and procurement and project management services to Cameron as part of the integrated team based in UPI offices. For the Taurt Field project located offshore Egypt, 12 km northeast of the existing Ha’py platform in a water depth of 106m. Taurt was developed using subsea facilities and a dedicated pipeline and chemical injection/controls umbilical routed to the West Harbour treatment plant.

UPI performed the initial conceptual design and subsequent FEED for the Burghley subsea facilities. The Talisman Energy Burghley development (located in Block 16/22 of UK North Sea) is planned to be a single drill centre with three to five subsea production wells connected to a subsea manifold centre tied back via a subsea multiphase pipeline, gas lift pipeline and electro-hydraulic umbilical to one of two potential host facilities. Conceptual design of this fast track project initially centered on field development options for each component of the subsea facilities. Analysis of the subsea systems for both host options was developed to a level which allowed the client to progress into detailed design having considered a range of engineering solutions, selected to minimize commercial and technical risks and provide a sound basis for host selection and future development.

UPI performed an independent review of practices requested by the Minerals Management Service (MMS) for Chevron's Blind Faith prospect in the Gulf of Mexico. This prospect was developed to carry production to the host facility, consisting of a semi-submersible floating production facility, located in MC 650, Mississippi Canyon Blocks 695 & 696. The MMS requested a Certifying Verification Agent (CVA) perform independent review of practices employed in design, fabrication and installation of SCR's to ensure conformance to all applicable regulations, standards, and industry packages. The scope of CVA consisted of witnessing critical activities defined by MMS, QA/QC inspections during flow-line and export pipeline fabrication, inspection of flow-line pipe coating and handling during load-out; Chief, welding, AUT and coating inspection during onshore flow-line/SCR fabrication & spooling, during construction and during installation of the oil export pipeline. Survey representation during pre-lay flow-line survey was provided. As well as, ROV/Survey inspection during flow-line/SCR and oil export pipeline installation.

UPI provided detailed engineering services to ENI for the subsea, controls, umbilicals and flow-lines for the Longhorn Project consisting of a subsea manifold gathering gas produced from three wells to be transported to an existing fixed host platform via two 8-inch flow-lines, located in Mississippi Canyon 502 & 546 in the Gulf of Mexico. Services included procurement support and project management for the fabrication and construction phases.

UPI provided engineering services to Hess Corporation including conceptual and detail design for the installation of a single flow-line, control system, installation of high pressure boarding valve skid, and new structural support system to receive riser located in Garden Banks 216 in the Gulf of Mexico. Detail design included flow assurance, topside facilities, design of flow-line, controls, umbilical, PLET, riser, jumper, and design of chemical injection system. Scope included interface management with subcontractors and vendors for start up, commissioning and operations procedures, construction and installation overview, and commissioning. UPI also provided permitting, preparation of bidding packages, quality assurance and quality control for all phases of project.

UPI provided project management, engineering, design, drafting and permitting support for the removal of Shell's existing compressor module from South Timbalier 301 Platform B. The scope of work included structural evaluation and modification, process piping isolation, tie-in and routing, and for revisions to the affected documents.

UPI involvement with this project included provision of Client Representatives to assist Chevron with the connection of the Tahiti Platform and the Amberjack Pipeline System, and other existing crude oil pipeline infrastructures in Green Canyon 641 in the Gulf of Mexico. UPI provided various QA/QC inspectors to act as Client Representatives during the flow-line and export pipeline fabrication and construction process. The services included Welding inspection during the entire onshore fabrication phase of flow-line quad joints at JRM's Amelia facility, Welding inspection during onshore fabrication of PLET's and subsea equipment, and Chief and welding inspectors during the oil export pipeline installation activities onboard the Allseas Solitaire vessel.

UPI provided project management services to Williams Oil & Gas for the design, fabrication, and construction of 104 miles of 2x18- inch gas and oil pipelines from Alaminos Canyon 57 to East Breaks 354 in the Gulf of Mexico.

UPI provided detailed engineering design services for the Talisman subsea system at Piper Bravo, a multi-well subsea field located in Block 21/1a of central North Sea on the UKCS. Design services were performed for topsides to the USV structure, including production, gas lift and water injection tie-in spools, USV structure, conductor riser system and field architecture, including umbilical routing.

UPI performed multi-well subsea design and engineering for AGIP's K2 Multi-well Subsea Development located in Green Canyon 562 in Gulf of Mexico. In addition, UPI provided conceptual study for field development, High Integrity Pressure System (HIPPS) study and cost estimate, and assistance with Subsea Controls and Umbilical(s) engineering.

UPI assisted PEMEX with the selection of the most suitable structural configuration for 12 oil wells to minimize weight and installation costs for installation of drilling platforms in the Litoral of Tabasco Bay of Campeche, Mexico. The platforms were to be located in approximately 100 feet of water, and were to be designed for production test equipment, primary production separation, and a platform mounted drilling rig. The design included pile, structural, process facilities, electrical & instrumentation, telecommunications, controls and safety shutdown systems. UPI also provided SCADA, Auxiliary services design, and HAZOP.

UPI provided Ocean Energy with project management support for 18 months, from project sanction through successful startup for the Zia Field Project located in Ms. Canyon 496, tied back to Marathon's South Pass 89B. The Zia Field Development encompassed a 1+1 future oil well subsea tieback to an existing fixed production platform over a distance of approximately 16 miles. UPI assisted with responsibility for all aspects of the subsea control umbilical including design, specification, manufacturing management, and installation management and performed redundant analysis of flowline thermal expansion response and jumper spool stress. Superintendent and inspection coverage were also provided. While generating detailed RFQ's for umbilical manufacturing and installation, UPI provided high density inspection coverage for all umbilical manufacturing and testing activities, both at the component and assembly levels. UPI also performed spanning analysis for umbilical.

UPI provided engineering support and design for offshore pipelines and metering platform, including risers and hot taps for the El Paso Energy Bridge Project. The project involved an offshore metering platform and three subsea pipelines for the LNG Project in the Gulf of Mexico. The design philosophy was to adapt proven technologies to produce a highly reliable offshore re-gasification vessel and delivery system with minimum project risk.

UniversalPegasus conducted a feasibility study for the CAMS Effingham 2x1 Combined Cycle Expansion project and is providing consultation as owner's engineer for a 600 MW 2x1 power generation block expansion adjacent to and sharing some common services with a similar 525 MW power facility at Effingham County, Georgia.

UniversalPegasus provided CAMS/NuCoastal services for project schedule critique, development and realignment for the construction of a power plant project located in Victoria, Texas that was completed in November 2008.

UniversalPegasus performed a feasibility study for CAMS and will provide EPCM services for design and construction of an additional 170 MW combustion turbine in simple cycle service at the Washington County Power Station in Georgia.

UPI provided engineering, design, survey, and procurement assistance.

UPI provided engineering design services on Camasea pipeline expansion project including pipeline configuration near the Peru LNG plan.

Construction and schedule risk analyses on 2000 km gas and gas liquids pipeline form production fields to several locations in Southern Peru.

UPI provided construction management, vendor plant equipment and material & construction inspection services for the pipeline system for the expansion of Yemen Hunt’s world-class gas processing plant facilities in Yemen.

UPI provided overall Supervision and Quality Control over local survey crews in the routing and preliminary survey of 3 each 48” crude oil pipelines at 3 different locations in Algeria. Work was accomplished in about 3 months in 2004. Drafting was done in Houston by a UPI draftsman and engineer who were assigned to an integrated project team.

UPI was the project management consultant to the Turkish national pipeline authority (BOTAS) for the 1077 km, 42-inch Turkish section of the Baku, Azerbaijan to Ceyhan, Turkey crude oil pipeline project. Services provided included project management, mechanical engineering, pipeline engineering, electrical engineering, instrumentation and SCADA engineering, survey, route selection, GIS/MIS coordination, project scheduling, project cost control, geological consulting, landslide and fault crossing hazard identification and remediation, karsts region crossings design, river crossing design, environmental regulatory compliance, pump station design, meter station design, procurement assistance, logistics, contract preparation, claims resolution, HSE training, HAZOP, Construction support for the pipeline, pump stations and terminals and supporting field services during the detailed design phase of the project..

UPI was retained by BOTAS to assist with the development and execution of the technical integrity assurance program (TIP) during the Land Acquisition and Construction Phase of the Baku-Tbilisi-Ceyhan Pipeline (BTC) crude oil pipeline project. This was the first proactive pipeline integrity program to be implemented prior to commissioning or operating of a pipeline. UPI provided a team of experts in various disciplines from engineers to geologist and environmental specialists to examine the design and construction of the project as it was being performed. The TIP program took a cross section of the project through sampling of the works based upon criticality criteria. The samples were examined and determined either to be acceptable from a technical integrity standpoint or identified as requiring remedial action. This program identified areas of critical concern, provided methods to solve the identified issues and tracked the resolution of each item. The successful resolution of the technical issues raised in the program yielded a reasonable assurance that the BTC Pipeline was technically sound, safe for operation and met the integrity requirements of the lump sum turnkey agreement signed by Botas. This program was completed prior to the line fill and subsequent loading of the first tanker from the Ceyhan marine terminal.

UPI provided over 100 expatriate personnel to assist with the startup, commissioning, operation and maintenance of the Baku-Tbilisi-Ceyhan Pipeline (BTC) crude oil pipeline. The experts included marine terminal operations experts, marine loading experts, master mariners, pipeline and pump station operations personnel, tank farm operations personnel, offshore operations personnel, vapor recovery system operations experts, instrumentation and electrical commissioning technicians, Health Safety and Environmental (HSE) experts, emergency response experts, spill response specialists, logistical support experts, loss prevention consultants, fire response experts and training specialists, physicians and medical health professionals, pigging advisors, electrical , mechanical and civil engineers, SCADA engineers, rotating equipment specialists, metering experts, health and social services specialists, environmental engineers, technical training experts, certification engineers, materials and procurement specialists, maintenance advisors and numerous other compliance specialists for the safe operation and maintenance of the pipeline, pump stations terminals and related facilities.

UPI provided QA/QC construction management team to the contractor to improve the quality of pipeline welding for the construction of 235 miles of 32-inch pipeline. Contractor was having a very high weld rejection rate and our team brought rejection rate down to within acceptable industry standard.

UPI provided to BP Exploration operations health and safety inspection and compliance; and Environmental Management in support of the drilling and exploration operations offshore Angola..

UPI developed a world class shore base to support offshore exploration in the Black Sea for British Petroleum. UPIPegasus International (UPI) provided to BP Exploration operations: shore base management; contract preparation, contract award and administration; material procurement and logistics support; health and safety inspection and compliance; and Environmental Management in support of the drilling and exploration operations in the Black Sea..

UPI provided to BP Exploration operations logistics expertise for inspection and compliance in support of the drilling and exploration operations offshore Egypt.

UPI provided to BP Exploration operations logistics expertise for inspection and compliance in support of the drilling and exploration operations onshore and offshore Libya.

UPI provided to BP Exploration operations logistics expertise for inspection and compliance in support of the drilling and exploration operations onshore India in West Bengal.

UPI provided in-country survey and engineering design recommendations for pipeline installation and erosion control measures upon installation.

UPI provided Q/A personnel on 300 miles of 36-inch pipeline in Bolivia and Brazil.

UPI provided construction management and inspection services on offshore platforms, offshore pipelines, docks and tankage on an ongoing basis since 1988 for Cabinda Gulf Oil Company (Chevron Overseas Petroleum) in Angola, Korea, Kazakstan, Congo, the United Arab Emirates and Brazil.

UPI provided pipeline engineering assistance to Conoco Ecuador Ltd. for route planning, design criteria, pipeline facilities design, alignment engineering, cost estimating and technical specifications for design and construction of over 100 km of dual main pipelines and flow lines to be constructed in the Orient Region of Ecuador as part of the Block 16 Development Program. UPI has also provided civil, process, and electrical engineering assistance for Block 16 production facilities design. In these efforts UPI has also been advising various Ecuadorian engineering companies in computer aided drafting systems to correlate with Conoco engineering requirements.

UPI provided engineering personnel for gas processing plant in Trinidad.

UPI worked with a consultant to the Electric Power Board of Belize, performed a feasibility and cost estimate for a bio-mass CoGen facility and power transmission line from Orange Walk to Belize City.

UPI provided engineering design and drafting, equipment specifications, instrument data sheets, bill of materials, procurement assistance, vendor factory acceptance test, construction support, operations manual, and project data books. The scope of this project involves the installation of measurement facilities to serve as permanent delivery points to Petroleo Brasileiro S.A. (“Petrobras”) at their Guamaré processing facility in Rio Grande do Norte, Brazil. The measurement facilities include a natural gas meter station with two 12” orifice meter runs with capacity of 60 MMscfd per run, and a gas chromatograph; a natural gas condensate liquid meter station with two 2-1/2-inch liquid turbine meter runs with capacity of 275 gpm per run, a BS&W monitor, and a small volume prover; and a DAC building accommodates the SCADA system, flow computers, and power distribution equipment.

UPI provided engineering design, drafting, material procurement assistance and on site construction advisors for a 28,000 BHP natural gas compressor station located 15 miles from the center of St. Petersburg, Russia. The station consists of four Solar Taurus Gas Turbines driving Solar C-402 centrifugal compressors. The minimum design temperature for this station - 28°C. The capacity of this station, the last station for gas delivered by LensTransGas to Finland, is 1.041 BSCFD. The design scope extended from and included the 40-inch mainline block valve; the 40-inch station sidegate valves; the inlet gas scrubbers and all high pressure gas piping to and through the compressor unit and to the mainline; the fuel gas building containing the fuel gas conditioning skid; the fuel gas heater; a separate compressor building for each gas turbine/compressor unit; a pressurized and unclassified control room in each compressor building; a lube oil conditioning building containing pumps to load and unload lube oil and lube oil purification equipment; a single waste heat recovery unit for each gas turbine to generate heated water for heating all project buildings and integration into an existing hot water heating system at the site; a PLC-based automated control system for the station; and a diesel-fueled standby generator as a power source in addition to two incoming commercial power supplies. Input all required project material directly into Enron’s Material Management System for placement of orders by Enron. Prepared Project Documentation including Project Calculation Manuals, Job Data Books, Construction Packages Manuals, Station Operations Manuals and Equipment Manuals.

UPI performed preliminary design, cost estimating, route selection, contractor, evaluation and assistance with permitting and environmental considerations for the installation of a 30” pipeline crossing the Gulf of Aqaba between Egypt and Jordan and a 24” pipeline between Aqaba and Amman, Jordan together with laterals to various industrial customers and preliminary design for a future compressor station to be located at Aqaba, Jordan. The project will supply Egyptian natural gas to power plant and industrial facilities within the Kingdom of Jordan. The Gulf of Aqaba at the crossing location is approximately 13.1 kilometers in width and 900 meters deep. When installed, the crossing will be the deepest 30” pipeline crossing in the world. The pipeline between Aqaba and Amman is approximately 330 kilometers in length. The total project length including laterals is 720 kilometers.

UPI performed 500-mile natural gas pipeline system feasibility study and cost estimate for international energy company. Proposed pipeline system to provide 400 MMCFD of natural gas from one Middle East country to fuel power plants and industrial facilities in another Middle East country.

UPI performed an evaluation of Ocensa’s pipeline segment between stations at Cusiana and Covenas to confirm that, when it was installed in 1996, it was done so, above North American codes, standards and best practices. In addition, an evaluation was undertaken to confirm that the physical, mechanical and civil emergency response and preparedness between Cusiana and Covenas implemented, exceeds North American codes, standards and best practices. Finally, a review of the maintenance programs and system modifications and/or repairs, have complied with and are consistant with, North American codes, standards and best practices.

UPI provided Santos CMI Construction, Inc. with completion of engineering and procurement efforts to support the overall project schedule requirements for the project to provide crude oil to the OCT Pipeline Project in Ecuador. Santos is part of a joint venture PMT located in Quito and Houston, Texas. Project includes a 40,000 BPD (expandable to 80,000 BPD) central production facility and 80 KM pipeline to tie into OCP.

UPI provided engineering services for preparation of construction packages for the PetroChina Company Limited’s (PetroChina) gas turbine driven compressor station at Jingbian, located on the 40” West to East Pipeline. UPI developed the detailed design and drawings for the Compressor Facilities consisting two (2) 30,000 Horsepower Cooper Rolls-Royce RB 211 gas turbines driving RF 36 Centrifugal Compressors for a total of 60,000 installed horsepower. Services included the design engineering, drafting, preparation of specifications not available from PetroChina, preparation of bid solicitation drawings and specification packages for miscellaneous materials and equipment, material procurement assistance and the preparation of detailed 3D construction drawings and specifications packages for construction. The project involved the complete installation of two turbine driven centrifugal compressors, automated valves, unit suction, discharge and recycle piping, suction and discharge headers, lube oil and gas recycle coolers, associated Auxiliary Building and Compressor Building, un-interruptible backup power supplies (instrument voltage and control voltage UPS), instrument air compressor/dryer reservoir system, unit and station control systems, low voltage motor control, station emergency shutdown system (ESD), and compressor unit shutdown system (USD). The station is designed for unmanned operation with remote monitoring and control.

UPI provided the design of the medium and low voltage electrical distribution systems, compressed air system and fire detection system for the Compressor and Auxiliary Buildings. Design included building structural, heating and ventilation, communication and electrical equipment installation in the buildings. UPI’s electrical design included installation of dual 10 KV Transformers (main-tie- main bus configuration) and associated motor control.

UPI provided the design of the medium and low voltage electrical distribution systems, compressed air system and fire detection system for the Compressor and Auxiliary Buildings. Design included building structural, heating and ventilation, communication and electrical equipment installation in the buildings. UPI’s electrical design included installation of dual 10 KV Transformers (main-tie- main bus configuration) and associated motor control and power distribution equipment

UPI performed natural gas pipeline feasibility and cost estimate study and completed basic engineering for the proposed PetroChina 4000 km, 40-inch natural gas pipeline from Western China to Shanghai to provide natural gas to fuel electric power plants for use peaking power demand periods. UPI will provide construction assistance personnel to insure compliance with the basic design and specifications developed in the study. Also, develop overall implementation plans for project construction, inspection, safety, and training. In addition, UPI will arrange for project management training support services for key PetroChina management personnel in the United States.

UPI provided Construction Engineering support and Q/A Level II’s on a pipeline in Venezuela.

UPI performed crude oil pipeline system feasibility and cost estimate study for international energy company. Proposed pipeline system to provide imported crude oil to proposed refinery. Scope of study included 100 mile, large diameter pipeline, SPM offshore unloading facility, onshore crude oil storage, metering facilities and pump stations

UPI performed technical review and provided recommendation for the design of Yulin Compressor Station. UPI developed a scope of work for engineering services to ensure the project is designed and constructed to international standards utilizing the most modern applicable technology in the design and procurement of large, electric motor driven natural gas compressors.

UPI performed due diligence study for existing pipeline system located in a South American country. Study was performed for a USA based international energy company that was evaluating purchase of the pipeline system owned by the foreign government. Our client purchased the system.

UPI provided construction inspection and engineering services during construction of the 300 mile dual 24 and 36-inch pipeline for Petrozuata Conoco Venezuela.

UPI provided construction management, vendor plant, equipment, material and construction inspection services for the expansion of Yemen Hunt’s world-class gas processing plant facilities in Yemen. Provided site survey, route survey, mapping, design engineering and drafting services for the tie-in of ESSO's Nam Phong No. 6 well to the existing central processing facility. The project, performed in Thailand, included the design of completion facilities at the well site, a pipeline to the central processing facility, and tie in piping to the existing facility. As-built drafting of the existing facility was also provided.

Project management, engineering, geology and environmental services for the design of an underground natural gas storage facility in Turkey.

UPI performed project management support services including construction techniques review and offshore contractor bid evaluations for international energy company with offshore oil development project in the Former Soviet Union.

UPI provided engineering, materials procurement, start-up assistance and operator training for ancillary systems at a steel rolling mill in China. These systems include liquid nitrogen storage and gasification equipment, a gas/solvent fired boiler and a wastewater treatment system. This project also included the instrumentation and supervisory control and data acquisition (SCADA) system interface.

UPI provided engineering design, drafting, flow computer programming, installation supervision, startup and commissioning of a new custody transfer crude oil metering facility at Oiltanking Ebytem terminal for YPOF. The facility delivers 750,000 barrels of crude oil per day and is equipped with a stationary pipe prover for the metering station.

UPI provided engineering design and 3D drafting for a combination crude oil and bulk loading terminal in Venezuela.

UPI provided engineering design, survey, procurement, plant and vendor inspection and construction management and inspection services for a 3 km pipeline, and a 210 MMSCFD natural gas metering and regulation station with provisions for H2S removal facilities and sulfur recovery.

UPI provided engineering design, survey, procurement, plant and vendor inspection, construction management and inspection services for a 250 MMSCFD natural gas metering and regulation station and a 16-inch pipeline. The project included a supervisory control and data acquisition (SCADA) system to provide for total system redundancy and hot standby switchover. The project also included a fiber optic based communications system that allows for voice and data communications between sites.

UPI provided engineering design, survey, procurement, plant and vendor inspection and construction management and inspection services for expansion of a natural gas metering and regulation station. The project, in Cholburi Province, increased the capacity of the station from 350 MMSCFD to 700 MMSCFD. A 5 km, 30-inch pipeline was also included in our scope of work for this project.

UPI provided construction management services including construction superintendents, inspectors for electrical, instrumentation, welding, and financial personnel for the de-bottlenecking of the Chevron Tengiz refinery in Kazakhstan.

UPI undertook an investigation of Environmental issues associated with Veba Oil Company’s Operation in Libya. Visits were made to Veba’s facilities at the following fields: RAS Lanuf, Ghani, Tibisti, Amal. The overall objective was to evaluate Veba’s problems and provide remedial solutions. In addition, various options for environmental cleanups were offered with comparison of the pros and cons for each solution option. Recommendations on how to proceed were given in the final report on their environmental issues.

UPI provided global Positioning control network for seismic activity in the Andes Mountains.

UPI performed engineering feasibility studies to size and provide cost estimates for gas compression facilities planned for the WEPCO Abu Qir Gas Field - offshore Egypt.

UPI performed field investigation and remedial activities to upgrade the YHOC crude oil pipeline supervisory control and data acquisition (SCADA) system in Ye.

Survey, GIS/GPS, Inspection, As-Built Survey & Mapping, Construction Management, Detailed Design & Procurement services for 1,600 miles of 30-inch heavy crude pipeline with multiple HDD's from the Canadian border to Cushing, OK, with a line to Patoka, Illinois. The project crosses North Dakota, South Dakota, Missouri, Kansas, Illinois, Nebraska and Montana.

Survey, GIS/GPS, As-Built Survey & Mapping, Feasibility Study, FEED, FERC, & Detailed Design for 500 miles of 36-inch heavy crude pipeline from Cushing, OK to the Texas Gulf Coast and 850 miles of 36-inch heavy crude pipeline from the Canadian border to Steele City, Nebraska.

Survey, Inspection, As-Built Survey & Mapping, and QA/QC for 300 miles of 36” pipeline in Wyoming, Montana, and North Dakota.

As-built Survey, Detailed Engineering design, FERC filing for the portion of their Phase VIII project consisting of 240-miles of 36, 30, and 24-inch pipeline and 10 compressor stations with 15 compressor units from Mississippi to Florida.

Survey includes stakeout, location control and preliminary land survey for a 262 miles natural gas pipeline across Pennsylvania terminating in West Virginia. The project began in October 2011 and is scheduled for construction in 2013.

Survey, GIS/GPS, Inspection, As-Built Survey & Mapping, Project Management, Construction Management, Detailed Design & Procurement for 460 miles of 16-inch natural gas liquids pipeline from Velma, Oklahoma to Mont Belvieu, Texas.

Survey, GIS/GPS, Inspection, Construction Management, Detailed Design, & Procurement for 174 miles of 36-inch diameter pipeline and two electric drive compressor stations. The pipeline connects with Boardwalk's 42-inch Gulf Crossing Expansion. The Sherman Extension will provide up to 1.1 billion cubic feet per day of transportation capacity for natural gas production from the growing Barnett Shale area of North Texas.

EPCM services to develop and build out several miles of gathering lines, interconnects and liquid handling facilities throughout LaSalle County. UEI is providing survey engineering, design, environmental, and construction management services. Multi-phase projects consist of oil, gas, water and NGL systems. Additional services include, but are not limited to, project development, AFE development, environmental services, project management, project controls / scheduling, procurement assistance, routing, engineering, design and construction bid packages / evaluations.

The project consists of providing services to develop and build out more than 80,000 acres in the Eagle Ford Shale. Acreage involves four (4) Texas counties of varying oil and gas plays. UEI is providing EPCM services including, but not limited to, AFE development, overall project management, project controls and scheduling, production engineering, hydraulic modeling, environmental services, field development, flow line design and routing, detailed process design, well head facility design, central delivery facilities, frac ponds, vessel and process equipment design, HAZOP reviews, material management, survey, construction management and commissioning.

Survey, GIS, engineering, pipeline design, facility design, procurement support, construction support and commissioning/operating support for the Plains All American Eagle Ford Pipeline System. The project consists of 66 miles of 20-inch 13,500 BPH crude oil and condensate pipeline between the Gardendale and Three Rivers Terminals, with pump stations at Gardendale and Tilden. The terminal sites are located at Gardendale, Fowlerton, Tilden and Three Rivers and consist of up to eight floating roof storage tanks with capacities up to 150,000 barrels, custody transfer metering and tie-in to 3rd party connections and truck unloading for delivery of products into the system.

The project consists of providing total turnkey services to develop and build out more than 200,000 acres in the Eagle Ford Shale. Acreage involves 10 Texas counties and four fields of varying oil and gas plays. UPI is providing EPCM services including, but not limited to, AFE development, overall project management, project controls and scheduling, production engineering, hydraulic modeling, environmental services, field development, gathering system design and routing, commercial and economics’ support, detailed process design, wellhead facility design, central delivery facilities, vessel and process equipment design, HAZOP reviews, frac / produced / treated water systems, procurement and expediting, survey, construction management and commissioning.

The project consists of providing services to develop and build out several miles of water systems in the Eagle Ford Shale. Systems include frac water, produced water and treated water. UPI is providing EPCM services including, but not limited to, AFE development, project management, project controls and scheduling, hydraulic modeling, production engineering, environmental services, field development, design and routing, detailed process design, pump facility design, central delivery facilities, frac ponds, vessel and process equipment design, HAZOP reviews, material management, survey, construction management and commissioning.

The project consisted of 5 miles of 36” pipeline and associated facilities. UPI provided EPCM services including, but not limited to project development, AFE development, project management, project controls/scheduling, procurement assistance, routing, survey, engineering, design, construction management, construction bid packages/evaluations and inspection services. UPI worked closely and supported third party right of way and environmental team members.

The project consisted of 22.5 miles of 24” and 4 miles of 12” pipeline and associated facilities. UPI provided EPCM services including, but not limited to project development, AFE development, project management, project controls/scheduling, procurement assistance, routing, survey, engineering, design, construction management, construction bid packages/evaluations and inspection services. UPI worked closely and supported third party right of way and environmental team members.

EPCM services including, but not limited to project development, AFE development, project management, project controls/scheduling, procurement assistance, routing, survey, engineering, design, construction management, construction bid packages/evaluations and inspection services. UPI worked closely and supported third party right of way and environmental team members.

The project consisted of 6.7 miles of 16” pipeline and associated facilities. UPI provided EPCM services including, but not limited to project development, AFE development, project management, project controls/scheduling, procurement assistance, routing, survey, engineering, design, construction management construction bid packages/evaluations and inspection services. UPI worked closely and supported third party right of way and environmental team members.

The project consisted of 7 miles of 36” pipeline and associated facilities. UPI provided EPCM services including, but not limited to project development, AFE development, project management, project controls/scheduling, procurement assistance, routing, survey, engineering, design, construction management, construction bid packages/evaluations and inspection services. UPI worked closely and supported third party right of way and environmental team members.

The project consisted of 12 miles of 16” and 4 miles of 12” pipeline and associated facilities. UPI provided EPCM services including, but not limited to project development, AFE development, project management, project controls/scheduling, procurement assistance, routing, survey, engineering, design, construction management, construction bid packages/evaluations and inspection services. UPI worked closely and supported third party right of way and environmental team members.

UPI performed preliminary survey, mapping, permitting support, design and project management, bidding services, construction management, and as-built survey for 10-miles of varying pipe size 12-inch through 24- inch in Sabine County, TX. Services include three (3) long laterals connecting the TPFII East Texas gathering systems with the Endeavor line.

UPI performed final design, bidding services, construction management, and as-built survey for a 10-mile 24-inch pipeline in Sabine County, TX.

UPI provided project management, design engineering, construction management, procurement, scheduling, survey, & inspection for 3 interconnect sites with 20" & 24" pipe.

UPI provided Nextera preliminary survey, mapping, permitting support, design and project management for a 10-miles 24-inch pipeline in Sabine County, TX. The project was designed for Nextera and later purchased by Tenaska.

UPI provided survey, drafting and engineering for preliminary, construction and as-built of approximately 12 miles of 8-inch and 10-inch pipe.

Survey, engineering design, mapping, drafting and project management for approximately 240-miles of 42-inch high pressure natural gas pipeline for Gulf South's East Texas to Mississippi Expansion Project. The pipeline is extended from Keatchie, Louisiana to Harrisville, Mississippi with three compressor stations located in Panola County, Texas, Ouachita Parish, Louisiana and Madison Parish, Louisiana. The project included five (5) meter stations for the measurement of receipt and delivery of natural gas transported.

Survey, engineering design, mapping, drafting and project management for 355-miles of 42-inch high pressure natural gas pipeline extended from Sherman, Texas to Tallulah, Louisiana. The project also included two compressor stations in Texas and two compressor stations in Louisiana and five meter stations for the measurement and delivery of gas transported within the new pipeline system.

Survey, GIS/GPS, Inspection, As-Built Survey & Mapping, Project Management, Detailed Design, Feasibility Study, FEED, FERC, & Cost Estimate, for 888 miles of 36" natural gas pipeline and seven compressor stations from Canada to markets near Chicago. This project was unique because it transported natural gas in a high pressure dense phase and automatic welding machines were used for pipeline construction.

EPCM, Survey, As- Built Survey & Mapping, Inspection, and GIS Data Loading for 682 miles of 36-inch pipeline from Evanston, Wyoming thru Utah and Nevada to Mojave, California, and 119 miles of 42-inch pipeline in California. UPI provided approximately 82 crews at peak time of the project and also provided: preliminary, pre-construction staking, and as-built surveys; plat and description mapping; GPS Technician Support and GIS support.

EPCM, Preliminary and As-Built Survey, & Inspection services for 270 miles of 42” pipeline in Illinois, Indiana, & Michigan.

Construction Management, As-Built Survey, & Inspection services for 150 miles of 30- inch and 36- inch gas transmission pipeline from Gallup to Farmington, New Mexico and 25 miles of 36 inch gas pipeline from Topak, Arizona to Needles, California; that included three major river crossings. UniversalPegasus also inspected the installation of the grassroots Bloomfield compressor station in New Mexico and the addition of compressor units at a station in Kingsman, Arizona.

UniversalPegasus performed GPS positioning and inventory of 144,000 miles of county roads in Texas for the purpose of including their exact location on the State of Texas GIS Database. Work included transversing all roads with a truck mounted mobile GPS unit and satellite base station. Sub-meter accuracy was obtained for horizontal and vertical geographical positions.

UniversalPegasus provided engineering services to Swift Energy to boost production of a 35,000 BPD Oil Delivery System, incorporating tankage, charging pumps, LACT Unit, shipping pumps, and departing pipeline with associated generators and air supply unit located in Louisiana. The scope of work included the design of four shallow water platforms, a barge load-out facility with a Marine Vapor Combustion System (MVCS), a barge LACT unit, and an 8 inch departing pipeline. Also, this project included the design and layout of topsides equipment, piping, and pipe supports and electrical and automation equipment.

UniversalPegasus provided engineering, procurement, construction inspection and commissioning and start-up support services for the addition of a third process train at Kinder Morgan's existing SACROC CO2 treating facility.

UniversalPegasus performed a FEED study and provided engineering design, procurement assistance, construction inspection and commissioning assistance for a major inland waters grass-roots production facility located in Louisiana for Swift Energy. The facilities included vapor recovery compression, fuel gas conditioning to reduce BTU content, glycol dehydration and Sulfa-treat for gas treating and dual flare stacks for low and high pressure release.

UniversalPegasus performed a FEED study and provided engineering design, procurement assistance and construction inspection to add oil treating and gas compression capacity to an existing Swift Energy production facility in Louisiana's inland waters.

UniversalPegasus assisted Oceaneering International/Sonangol – Angola Africa - Ocean Producer–FPSO – with the design of a 30,000B WPD water treatment and injection system that was an addition to the existing production systems. The project included debottlenecking and general upgrades to the existing 10,000 BOPD production facility to increase effectiveness of crude emulsion handling. UniversalPegasus scope included process facilities, electrical, instrumentation, controls and structural.