Power Barges.docx

Power Barges Innovative Thinking. Sound Engineering

Power Generation Barges, Margarita I and Josefa Rufina I, in transport to Venezuela

Offshore green energy is our future. Developing the technology to harness these resources for improved quality of life is what we do best at Waller Marine, Inc. From concept to installation, we provide comprehensive solutions to meet your needs. We have an integrated team of some of the brightest engineers and naval architects with extensive knowledge in a variety of industries, thinking outside of the box to design alternative offshore oil and gas solutions. Utilizing sound engineering we solve complex problems, meeting or exceding regulatory standards. As EPC Contractors, we have designed, constructed and installed Floating Power Plants using every available generating technology for worldwide clientele. Waller Marine is a world leader in the creative design, engineering and construction of power barges. The Margarita I and the Josefa Rufina I will become the world's largest floating power generation facility when installed side-by-side. The two power barges were built at Signal International's shipyard in Orange, Texas. The generation facility is comprised of two floating power plants and each is installed with a single GE 7FA gas turbine generator. The completed plant will generate much needed power to Caracas, Venezuela and surrounding areas.

Launching of the vessels at Orange culminated a fast-track engineering, procurement and construction program undertaken by Signal and Waller to design, construct and deliver the two power barges, each having an output of 171 MW (ISO). This was accomplished within a 180-day period. Constructed to approval and survey of the American Bureau of Shipping, each barge represents the largest of its kind in the world. This first phase of the facility will surpass the capacity of the Waller-designed, 220 MW combined cycle floating power plant installed in India in 2001; which heretofore has been the world's largest.

Margarita I and Josefa Rufina I moving to launch site

Power Barges, Margarita I and Josefa Rufina, in Venezuela

GE 7FA Gas Turbine and 171 MW Generator          

Length overall: 300 ft (91.4m) Breadth: 100 ft (30.5m) Depth: 20 ft (6.1m) Draft: 7 ft (2.1m) Deadweight: 6,700 Short Tons Design Deck Load: 6,000 psf Deck Square Footage: 30,000 Turbine Generator Type: GE 7FA Generating Capacity: 171 MW - Simple Cycle Construction: All Welded Steel

~Turning Challenges into Solutions~ Challenge us. We'll design a solution for you. Our design portfolio includes a 220 MW combined cycle floating power plant using aero-derivative technology installed in Mangalore, India Other designs that are in operation throughout the world use industrial turbines, heavy fuel diesel engines and steam turbines. Current design work is being carried out on even larger power barges; a 520 MW combined cycle facility for U.S. installation and a

modularized Integrated Gasification Combined Cycle (IGCC) power plant, using petcoke and coal gasification technology. Waller Marine provides turnkey designs and project management services for barge-mounted power plants and full EPC services, from design to installation.

220 MW Combined Cycle Power Barge Hyundai Engineering Co., Ltd.

220 MW Combined Cycle Power Barge      

106M x 55.2M x 6M ABS Classed Barge 4-LM 6000 Gas Turbines Chilled Inlet Air 4-Once Through Steam Generator 55 MW Steam Turbine Generator 6-T>ransformers

Power barges were initially conceived as a means of monetizing stranded offshore natural gas, while simultaneously permitting offshore oil production in the deep waters of the Gulf of Mexico. Interest is now being show by Independent Power Producers (IPPs) to generate electrical power offshore in order to reduce the need for lengthy permitting applications needed for land based power plants. A permanently moored semi-submersible platform with dimensions of 300 ft by 200 ft supports the power plant and it's associated equipment. Design considers hurricane storm conditions and temporary loss of gas supply, with diesel storage to maintain generation availability.Consideration is given to reducing pollution by installing selective catalytic reduction (SCR) units to reduce NOX on the HRSGs. The power plant may be operated similarly to any land based combined cycle generating facility, with on-board operators performing similar functions. The multiple turbines, gas compressors and transformers built into the design provide a high degree of redundancy.

500 MW floating offshore power generation facility

115 MW simple cycle power barge - Guayaquil, Ecuador

115 MW Simple Cycle Power Barge   

Single Westinghouse 501D5A Gas Turbine 115 MW, 13.8 KV, 60 HZ, 3 Phase Step up Transformer, 230 KV

35 MW power barge - Enron Engineering and Procurement

35 MW Power Barge  

Designed, Engineered, Constructed and Delivered to Lagos, Nigeria Two (2) 35 MW Simple Cycle, Dual Feed GE Frame 6B Power Barge

90 MW heavy fuel diesel power barge - Calaca, Philippines

90 MW Heavy Fuel Diesel Power Barge

  

Three (3) 30 MW Power Barges One fuel Barge and One Cooling Water Pump Barge 90 MW, 13.8 Kv, 60 Hz, 3 Phase