OIL & GAS
EPC
ABB Lummus Global
AMEC
Bechtel
Chevron
Det Norske Veritas
Fluor Daniel
Marathon Oil Company
Millennium Chemicals
Parsons Engineering
Syncrude
Washington Group International
MANUFACTURING
Allison Engines
Commonwealth Aluminum
IBM
Millennium Chemicals
Multiplex
Precision Castparts
Whirlpool
Wyman Gordon
ENERGY
UTILITY
Cinergy
Enron
COMMERCIAL
Boyd's Gaming Sam's Town
Harrah's and Caesars' Entertainment
The Houstonian Hotel
& Spa Watergate Complex LLC
INSTITUTIONAL GOVERNMENT
Columbus Regional Hospital
Community Hospitals Indianapolis
Houston Advanced Research Center
Indiana University
Longwood College
Maryland Science Center
Patuxent River Naval Air Station
Purdue University
St. Vincent Hospital
University of Evansville
University of Maryland
Virginia Tech
Whether it's on the court or at the jobsite, Bocci Engineering creates an 'advantage' improving the speed and quality of your energy and environmental projects. Bocci will
Step in for project overflows to ensure that deadlines are met
Assist in securing government contracts
Outsource existing project scope without expanding payroll or overhead
Provide on- or off-site support
Review, analyze, develop and manage projects
Estimate "cost of operation" to in-development projects
Research new energy and environmental concepts and technologies such as renewable and alternative energy resources, green building, volumetric risk, government incentives, emissions trading and commodity evaluations.
Background & Expertise
Bocci Engineering understands infrastructure and equipment, and the systems that control them. Our team is at the forefront of new technology application, regulations, risk assessment, and environmental economic policies and incentives.
Our expertise includes power generation, HVAC, distribution systems, boilers, chillers, furnaces and incinerators, compressed air, steam, lighting, water and waste water systems, process gas and liquids, heat recovery, and environmental treatment systems.
Westbury Hospital CHP Development, Ardenwood Group
Feasibility assessment and preliminary project development for application of Combined Heat & Power (CHP).
Research Projects, Houston Advanced Research Center (HARC)
Emissions Characterization of Reciprocating Engines Using Renewable Biodiesel Fuel Optimization; Per EPA testing protocols, Nitrous Oxides (NOx) emissions resulting from the use of various bio-diesel fuel blends in stationary grid-connected reciprocating engine applications.
CHP Emissions Assessment in Houston Galveston Brazoria (HGB) Non-Attainment Zone; Combined Heat & Power potential and emissions impact assessment in commercial, institutional, and industrial facilities in the ERCOT power market.
Market Opportunities for CHP in Texas Agriculture; Characterization of the technical and economic potential for combined heat and power (CHP) systems using bio-fuels in Texas agricultural sector including; generating a Texas-wide Biomass-to-useable Bio-fuel inventory, analysis of thermal loads in the agriculture sector, and assessment of power potential from use of biofuels.
Study by American Council for an Energy-Efficient Economy (ACEEE) "Potential for Energy Efficiency, Demand Response and On-site Renewable Energy to Meet Texas's Growing Electricity Demands", February 2007. Responsibilities included technical review of analysis and assumptions, project analysis and modeling, assessment of CHP emissions impact, report component review and feedback.
CHP Development Projects, Houston Advanced Research Center (HARC)
CHP Feasibility Studies: supported multiple feasibility assessments for application of Combined Heat & Power (CHP) by providing technical review and consultation.
University of Maryland, Trigen-Cinergy Venture
Participated in the engineering, development, and analysis of the 26 MW Combined Heat & Power (CHP) Plant with 6400 tons chilled water, dual electric and steam generated equipment.
Wright Patterson Air Force Base, Trigen Baltimore
Participated in the engineering, development, and analysis of the 2.2 MW Combined Heat & Power (CHP) Plant.
Veteran's Affairs Medical Center, Trigen Baltimore
Participated in the engineering, development, and analysis of the 2400 ton CHW plant.
Bristol-Myers Squibb, Energy Systems Group
Participated in the engineering, development, and analysis of the 200,000 lb/hr HP Steam plant.
Good Samaritan Hospital, Energy Systems Group
Participated in the engineering, development, and analysis of the 1.5 MW peak shaving, HVAC & Lighting improvements.
Major Projects—Oil& Gas Industry
Alba LNG (Equatorial Guinea), Marathon Oil Company
Integration Gas Productivity Study.
LNG Cascade Optimization, ConocoPhillips-Bechtel
Analysis of various compression and power generation drivers.
Burnaby LSG, ChevronTexaco
Desulphurization process analysis of a LSG plant from Catalytic Cracking products of High Cat and Low Cat products and storage.
Kizomba A
Fully integrated Production Efficiency from downhole wells through FPSO assessment of the Kizomba A development located in Block 15 off the coast of Angola.
Sakhalin I
Assessment of a generic power generation plant with weighted productivity analyses.
IGCC Reference Plant, Chevron
Integrated Gasification Combined Cycle (IGCC) Reference Plant analysis of multiple configurations for the reference plant, numerous major drivers, and sensitivities of operations at various power production states.
Magnolia Gas Production, Alliance Engineering/Conoco
Analysis of gas productivity of the Magnolia development project.
Marlin TLP Project, BP
Oil and gas production efficiency analysis for the Tension Leg Platform (TLP), three dry tree production wells & two sub sea wells on the Marlin development project in the Gulf of Mexico.
