
Provided in this section is a listing of various projects and clients that our firm has served since 1994. While not exhaustive, it indicates the cross section and broad range of consulting we have provided over the last ten-plus years.
A particular aspect of this listing that our firm is particularly proud of is the number of repeat clients. Fuel Solutions regularly provides follow-up, secondary, or expansion-related consulting work for clients, several months or even years following the completion of the original work.
To illustrate our experience, a listing of project-design consulting that Fuel Solutions has provided in recent years is provided here. For brevity, only a representative sample of projects is listed.
Developed programming and preliminary design of a high-capacity nine-island diesel-bus fueling facility, with 3 x 12,000 gallon aboveground storage tanks (ASTs) and high-capacity pumps and dispensers. Also prepare design-build specifications design drawings for a turnkey 2-dispenser CNG fueling system. Includes development of sizing and capacity requirements (fueling demand vs. facility capacity), including all mechanical-equipment plans and specifications, review contractor's design drawings and product submittals, oversee construction and startup to verify compliance with bid specifications. Fuel Solutions is working as a subconsultant to an architectural firm for this project. Budgetary estimate for construction of both fueling systems is $2.2 million; award amount for construction with equipment: TBD. Project is under construction.
Develop the design and specifications for one four-lane and two three-lane CNG-transit fueling facilities, each able to refuel buses with 62 diesel-gallon equivalents of CNG in 5 minutes. Work includes development of sizing and capacity requirements (fueling demand vs. facility capacity) for turnkey fueling facilities, develop comprehensive performance-based narrative specifications for CNG systems including conceptual equipment plan, approve design and product submittals, conduct performance testing and verify project completion. Also includes developing custom Excel-based proposal form for comparing aggregated life-cycle costs for capital, maintenance per unit of fuel, and operating energy.
Provide comprehensive engineering and technical support for an LNG fueling facility that will include an LCNG subsystem. Preliminary facility design includes a 15,000-gallon horizontal tank, submerged multifunction centrifugal pump (offload, conditioning, LNG dispensing and booting to LCNG reciprocating pump at up to 80 LNG GPM), saturation coil, LCNG vaporizing coil, simplex reciprocating pump (8 LNG GPM), LNG dispenser mounted on containment wall, and conventional multi-bank CNG subsystem with two-hose 3000- & 3600-PSIG hoses, as well as high-pressure mercaptan and lube-oil dosing panels. LNG system will be expandable to allow future installation of up to two LNG dispensers at fueling islands. Fuel Solutions scope of services includes preparing a system-wide conceptual P&ID and an equipment-site plan, coordinating conceptual 1-line electrical drawing by MDC Engineers, Inc., preparing performance-based technical specifications for the LNG/LCNG facility, reviewing the awarded Contractor's design-construction drawings and equipment submittals, and verifying field performance of the facility upon construction completion. We are providing these services to Gladstein, Neandross & Associates on a subconsulting basis, as GNA is providing project management, coordination of Caltrans funding approval, environmental-assessment coordination and other similar work. Project has recently been awarded for construction.
Develop the design of a high-capacity four-island LNG bus fueling facility, with 2 x 30,000 gallon storage vessels, redundant, three multifunction submerged centrifugal pumps, and dedicated transport offload. System will include high-capacity CNG at two of the islands via a hybrid L/CNG subsystem, with expandability to four lanes of CNG fueling as required. Includes development of sizing and capacity requirements (fueling demand vs. facility capacity) for a turnkey fueling facility, develop comprehensive performance-based narrative specifications for LNG and L/CNG systems including conceptual equipment plan, review contractor's design drawings and product submittals, oversee construction and startup to verify compliance with bid specifications. Also facilitate facility-use training, vehicle-fueling training and specifications for a facility preventative-maintenance contract. Fuel Solutions is working as a subconsultant to an architectural firm for this project. Preliminary budgetary estimate for construction with equipment: $2,600,000; award amount for construction with equipment: TBD. Project construction was completed September 2007.
Develop the design of a two-lane transit-type CNG fueling facility designed to fuel two buses simultaneously with 60 diesel-equivalent gallons of CNG within an 8.5-minute fill-cycle time. Facility will also include an 'outside-the-fence' two-sided public-access fueling island. Includes development of sizing and capacity requirements (fueling demand vs. facility capacity) for a turnkey fueling facility, preparation of '100% design' construction drawings and CSI-type specifications, for all piping-process-mechanical systems, review and approve contractor's submittals for equipment materials and methods, as well as oversee construction and startup of fueling facility for conformance to bid specifications. Also facilitate facility-use training, vehicle-fueling training and specifications for a facility preventative-maintenance contract. Fuel Solutions is working as a subconsultant to a general engineering-design firm for this project. Project is complete.
Develop the design of a two-island public-access CNG fueling facility designed to fuel airport shuttle buses, school buses, shuttle vans, airport support vehicles and light-duty fleet vehicles. Includes development of sizing and capacity requirements (fueling demand vs. facility capacity) for a turnkey fueling facility, develop comprehensive performance-based narrative specifications for CNG system including conceptual plot plan, review contractor's design drawings and product submittals, oversee construction and startup to verify compliance with bid specifications. Also facilitate facility-use training, vehicle-fueling training and specifications for a facility preventative-maintenance contract. Project is complete.
Design expansion of an existing facility at Kearney Mesa Division, including adding a 2 x 1025 SCFM compressor system, as well as integration of emergency-shutdown systems and new dispensers with new and existing compressor system. Includes preparation of '100% design' construction drawings and CSI-type specifications, review and approve contractor's submittals for equipment, materials and methods, as well as oversee construction and startup of fueling facility for conformance to specifications. Facilitate facility-use training, vehicle-fueling training and specifications for a facility preventative-maintenance contract. Fuel Solutions is working as a subconsultant to a general engineering-design firm (Bureau Veritas) for this project. Project was completed in early 2007.
Design expansion of existing facilities at Imperial Avenue Division and South Bay Maintenance Facility, including adding 1500 SCFM compressor systems at each location, as well as integration of emergency-shutdown systems and new dispensers with new and existing compressor systems. Includes preparation of '60% design-build' construction drawings and performance-based specifications, review and approve contractor's drawings and submittals for materials and methods, as well as oversee construction and startup of fueling facility for conformance to bid specifications. Also facilitate facility-use training, vehicle-fueling training and specifications for a facility preventative-maintenance contract. Fuel Solutions worked as a subconsultant to a general engineering-design firm for this project. Budgetary estimate for construction and equipment installation for both facilities: $1,453,110 (equipment was procured separately and previously); award amount for construction and equipment installation: $1,448,240. City of Burbank Design and Manage Development of a CNG Fueling Facility Burbank, CA, January 2001 to September 2002 Develop the design of a two-lane fast-fill and public-access CNG fueling facility for fueling City refuse trucks and other fleet vehicles, as well as taxis and ride-share vans. Work included development of sizing and capacity requirements (fueling demand vs. facility capacity) for a turnkey fueling facility, develop comprehensive performance-based narrative specifications for CNG system including conceptual plot plan, oversee construction and startup to verify compliance with bid specifications. Also included developing custom Excel-based proposal form for comparing aggregated life-cycle costs for capital, maintenance per unit of fuel, and operating energy. Budgetary estimate for construction with equipment: $906,565; award amount for construction with equipment: $815,000; estimated value of 10-year CNG fueling services: $3,067,016.
Develop the design of a two-lane fast-fill and public-access CNG fueling facility for fueling City refuse trucks and other fleet vehicles, as well as taxis and ride-share vans. Work included development of sizing and capacity requirements (fueling demand vs. facility capacity) for a turnkey fueling facility, develop comprehensive performance-based narrative specifications for CNG system including conceptual plot plan, oversee construction and startup to verify compliance with bid specifications. Also included developing custom Excel-based proposal form for comparing aggregated life-cycle costs for capital, maintenance per unit of fuel, and operating energy. Budgetary estimate for construction with equipment: $906,565; award amount for construction with equipment: $815,000; estimated value of 10-year CNG fueling services: $3,067,016.