COMPLETED PROJECTS
MILITARY AND INDUSTRIAL PIPING SYSTEMS

Title	ANA BULK FUEL STORAGE DEPOT
Location	Afghan National Army Facilities, Afghanistan
Description	Design for repairs, modifications and upgrades of two fuel depots in Afghanistan. The work is part of reconstruction efforts managed by the U.S. Army Corps of Engineers. The facilities will be used by the Afghan National Army. The depots, built by the Soviet Union during their occupation of Afghanistan, have a combined bulk storage capacity of 5600 cubic meters. Eighteen cut and cover tanks store jet fuel, avgas, mogas, diesel and kerosene. Our design work included replacement of most piping and all equipment and valves associated with eight truck offloading stations and eleven truck fill stands. Other work included the cleaning and repair of all fuel storage tanks, provision of barrel loading stations for all product grades, and provision of a retail fueling station dispensing mogas and diesel. Corish Engineering served as the fuel system design consultant for the prime engineering firm.
Construction Cost	$13,500,000
Title	PIPELINE REPAIR
Location	U.S. Department of Defense Facility, Republic of Korea
Description	Emergency repair of a JP-8 pipeline which was exposed and damaged during repair of an adjacent sewer main. Corish Engineering served as the fuel system design consultant for the prime engineering firm.
Construction Cost	$50,000
Title	CONSTRUCT JP-8 TRUCK RECEIPT FACILITY
Location	Department of Defense Facility, California
Description	Design/Build project to provide two truck offload stations at an existing jet fuel storage facility. Corish Engineering provided the mechanical design as part of a multi-disciplined team consisting of three engineering firms.
Construction Cost	$600,000
Title	FUEL SYSTEM ASSESSMENT
Location	Department of Defense Facility, Florida
Description	Investigated various performance deficiencies and safety concerns reported by the operators of a fuel terminal which was recently rehabilitated. Corish Engineering participated as part of a team of three engineering firms in surveying the piping system, interviewing personnel and observing pumping operations. The study resulted in a repair project which corrected system deficiencies.
Title	PIPING INSPECTION
Location	Oil Transshipment Facility, Bahamas
Description	Inspection of two 36" diameter sub sea pipelines, one carrying crude oil and the other in ballast water service. Corish Engineering performed the preliminary investigation as the API-certified piping inspector. We developed the plan of action to complete the inspections and repair the lines as required. We recommended an in-line metal loss inspection of the crude line, which was subsequently performed.
Title	DOBA BLEND PUMPING ANALYSIS
Location	Oil Transshipment Facility, Bahamas
Description	Analysis to determine how a relatively viscous crude oil would affect performance of three existing cargo pumps (4000 gpm, 400 hp each). The pumps were originally selected for pumping light sweet crude. The tanker was already in transit, so time was of the essence. Corish Engineering quickly performed the hydraulic analysis, confirming the client's pumps could handle the crude. This allowed the client to accept the storage contract.
Title	PIPING INSPECTION
Location	U.S. Department of Defense Facility, Japan
Description	Inspection of U.S. Navy fuel terminal piping. Inspection included piping to 17 bulk tanks, two truck loading racks, two marine docks, and two railcar loading racks, & two buried, cased 8" pipelines between terminal operating units. Corish Engineering provided the API 570 certified inspector for the initial visual inspection and developed a list of required repairs and work to complete the inspection.
Title	SITE MANAGEMENT AND PIPING INSPECTION SERVICES
Location	U.S. Department of Defense Facility, Republic of Korea
Description	Corish Engineering provided site management and piping inspection services to the prime engineering/construction contractor in a project to clean, inspect and repair two cut and cover JP-8 tanks at one air base and inspect the JP-8 piping at another. The tank repair project also included provision of vapor detection/alarm systems. We supervised the client's three Korean subcontractors (mechanical, electrical and tank cleaning) and one U.S. subcontractor (tank inspection). Corish Engineering represented the general contractor at each phase kickoff meeting, oversaw subcontractor compliance with safety requirements, reviewed subcontractor submittals, reviewed completed construction elements, and submitted daily reports to the general contractor. We also designed piping renovations to enhance flexibility of pit piping and facilitate filtration of bulk tank contents.
Construction Cost	$500,000
Title	COOLING WATER SYSTEM
Location	Automotive Component Manufacturer, Virginia
Description	Modified the plant's manufacturing process cooling water system. Cooling water streams with no potential to become contaminated with oil were separated from streams which could become contaminated. This reduced oil/water separator throughput, enhancing performance and reducing overflow risk. Corish Engineering surveyed the existing piping and developed a work plan for implementation by plant personnel.
Construction Cost	$10,000
Title	ADHESIVE APPLICATION SYSTEM
Location	Automotive Component Manufacturer, Virginia
Description	Designed new piping system for storing and metering plastic cement to a brake pad manufacturing process. The project also involved construction of a small hazardous liquid storage room within the plant, constructed for a hazardous-rated atmosphere. Corish Engineering provided engineering for the complete project, including the new room. The high viscosity of the cement (50,000 cP) presented pumping and instrumentation challenges which were successfully overcome.
Construction Cost	$50,000
Title	HYDRANT FUELING SYSTEM
Location	U.S. Department of Defense Facility, Maryland
Description	This was a project to construct a new facility for fueling KC-135 refueling aircraft. Corish Engineering provided quality control services to the construction contractor, consisting of fueling system design review and vendor submittal reviews.