Globally, our gas infrastructure projects have a combined capacity of 13.5 billion standard cubic feet per day (SCFD).
Detailed engineering for the WSA (Water Separation Unit) and ASC (Hydrogen Sulfide Absorption Unit) of the sulfuric acid plant at the Talara Refinery.
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Engineering, procurement, and construction (EPC) for the expansion of the Petromonagas upgrader facilities, aimed at increasing the diluted crude processing capacity from 157.8 MBPD to 188 MBPD. The project included boosting the feed rate of the delayed coking unit from 48 MBPD to 58 MBPD, which allowed for an increase in upgraded crude production from 109 MBPD to 130 MBPD.
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EPC execution, including detailed engineering, material provision and supply, and assembly, for the remodelation of Topping Unit I at the San Lorenzo Refinery. The project's objective was to double crude processing capacity, increasing it from 1,300 m³/d to 2,600 m³/d.
Engineering, procurement, and construction (EPC) for the modification and expansion of a refinery, aimed at processing heavy crude oil and refining products with improved quality for export. The project involves increasing the processing capacity to 170,000 BPD and export capacity to 98,000 BPD.
This project involved the Integrated EPC Lump-Sum execution for the construction of a crude oil upgrader. It was specifically designed to process 190,000 BPD of extra-heavy crude and produce 180,000 BPD of upgraded crude, along with approximately 25% vacuum bottoms designated for the international market. The comprehensive scope included the development of various crucial units such as heavy crude and vacuum treatment (with a capacity of 180,000 BPD), delayed coking, hydrotreatment, gas treatment, hydrogen production, sulfur recovery, sour water stripping, and amine recovery. Furthermore, the project incorporated all necessary auxiliary facilities, including extensive storage capabilities, raw water and waste treatment systems, robust relief systems, electrical substations, comprehensive power distribution networks, and all essential utility systems.
EPC (Engineering, Procurement, and Construction) project aimed at reducing refinery emissions by recovering gas normally vented through flares. This initiative involves redirecting the recovered gas to the fuel gas system, allowing it to be utilized as fuel. This generates significant energy savings and reduces steam consumption in the flares.
Integrated EPC Lump-Sum execution for the construction of two accommodation platforms in the Gulf, each designed to house 220 people.
Basic engineering for the offshore facilities of the VMOS project, which include two single-point moorings (SPMs) and their interconnection, a subsea pipeline, onshore facilities, and a land pipeline leading to the tank farm, the engineering for which will be developed by McDermott.
General engineering support contract for Phase 2 (pre-FEED) and Phase 3 (FEED) of the offshore development of a field containing approximately 10 trillion cubic feet of natural gas.
Evaluation of options for platform type, deck equipment, and subsea pipelines connecting to Güiria (Venezuela) and Beachfield (Trinidad). The study included defining the compression scheme and pre-selecting the main equipment.
Conceptual engineering for surface facilities dedicated to the production, treatment, storage, transport, and disposal of extra-heavy crude oil. These facilities are designed to be integrated with upgrading units, with a projected capacity of 200 MBPD.
Feasibility study and economic analysis for mature oil fields (Bare Field) focusing on Enhanced Oil Recovery (EOR) in 2016.
Engineering for the expansion of the Haina Hydrocarbon Terminal, aimed at increasing its Liquefied Petroleum Gas (LPG) storage capacity through the incorporation of new storage spheres.
Framework contract for developing solutions aimed at improving fluid handling capacity from the SMS field to the Josie treatment plant, based on a comprehensive technical and economic evaluation of various alternatives.
Detailed engineering for the construction of the Tuxpan International Fuel Terminal, a storage and dispatch facility for clean fuels located in Tuxpan. This terminal will have a storage capacity of 2.2 million barrels of regular and premium gasoline.
Basic engineering for the surface facilities of the Petrocarabobo project. The scope included the complete engineering development necessary for the facilities associated with the production of 400 MBPD of extra-heavy crude (8.4° API), originating from fields located in blocks 5, 3N, and 2S of the Carabobo 3 production area.
Basic engineering for the surface facilities of the Petroindependencia project. The scope included the complete engineering development necessary for all facilities associated with the production of extra-heavy crude oil.
Risk control engineering studies for the Petrolera Sinovensa expansion project, aimed at increasing production capacity from 105 MBPD to 165 MBPD.
Basic engineering for the construction of a crude treatment plant, designed as an Early Production Facility (EPF). This plant is conceived to process 38 MBPD of 8.6° API extra-heavy crude, yielding DCO, gas, produced water, and sand as products and by-products.
Provision of technical assistance, study development, and basic and detailed engineering services for projects focused on operational improvements and strengthening process safety.
Conceptual study for a natural gas pipeline from Güiria, Venezuela, to Trinidad and Tobago. The project scope encompasses the facilities for gas reception, handling, and delivery. The projected supply capacity is up to 600 MMSCFD (million standard cubic feet per day).
Detailed engineering and studies for the gathering station, which has a collection capacity of 200 MMSCFD.
Engineering for the new facilities of the Yucal Placer Phase 300 project, aimed at increasing the gas treatment capacity of the plant from 130 MMSCFD to 300 MMSCFD.
Integrated EPC Lump-Sum execution for the ACOGAS gas conditioning plant expansion, aimed at increasing its processing capacity from 250 MMSCFD to 350 MMSCFD, and simultaneously boosting Natural Gas Liquids (NGL) production from 12 MBD to 35 MBD.
This project was honored with the prestigious "Project of the Year" award by the Project Management Institute (PMI), in recognition of its excellence in management and execution.
Integrated EPC Lump-Sum execution for the expansion of the Pisco Fractionation Plant and its associated storage facilities in Peru, increasing its capacity from 55,000 BPD to 85,000 BPD.
Engineering for the rehabilitation of Pemex Fertilizantes' Ammonia Plant IV, with the objective of restoring its original design conditions, including the integration of its systems and auxiliary services.
Integrated EPC Lump-Sum execution for the recovery of the service factor for Polyethylene Plants I and II, specifically increasing the capacity of Polyethylene Plant II from 9,263 LBH to 12,000 LBH. Both plants produce low-density polyethylene in autoclave reactors through a high-pressure process designed by Dow Chemical, with a design capacity of 57,000 TMA and a service factor of 91.3%.
Integrated EPC Lump-Sum execution for the expansion of methanol units, increasing capacity from 750,000 to 1,600,000 TMA, and the addition of a second production line with 850,000 TMA capacity.
Integrated EPC Lump-Sum execution for the construction of a methanol production plant with a capacity of 726,000 TMA, which was one of the largest in the world in terms of size and production during the 1990s.
Detailed engineering for a chemical product loading and unloading system at the Vopak Altamira terminal, including the design of new facilities and the adaptation of existing ones.
FEED (Front-End Engineering Design) for storage terminals in Tuxpan and Hidalgo, comprising 31 tanks for regular MXC, premium gasoline, distillate, and naphtha.
Integrated EPC Lump-Sum Development of an 825 MW Combined Cycle Power Plant
Basic and detailed engineering development for the repowering of the thermoelectric power plant located in the Manzanillo sector, Mexico. The project involved installing six gas turbines and six heat recovery boilers, along with modifying key equipment such as steam turbines and condensers, aiming to achieve a total generation capacity of 1,400 MW.
Integrated EPC Lump-Sum execution for the installation and commissioning of the Termozulia III combined cycle plant. This project features an estimated net capacity of between 460 and 500 MW, utilizing a combined cycle arrangement consisting of two gas turbogenerators, two heat recovery steam generators, and one steam turbogenerator.
Detailed engineering for the installation and commissioning of a self-contained hydrogen generation system at the Altamira Cogeneration Plant. This system ensures continuous and stable hydrogen production, which is essential for the operation of the gas turbine generator. The plant has an installed capacity of 348 MW.
Basic and detailed engineering for a 360 MW thermoelectric power plant, operating on natural gas. The plant's configuration includes the design of one gas turbogenerator and one steam turbogenerator.
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Basic Engineering (FEED) for the Combined Cycle Power Plant – CEG3 Câmpia Turzii project, a natural gas-fired thermoelectric generation plant located in Romania.
Basic Engineering (FEED) for the Arawak Cay thermoelectric power generation plant, located on Arawak Cay in the Bahamas. This plant operates on natural gas and has a generation capacity of 60 MW.
EPC execution of a self-generation photovoltaic system with a solar panel capacity of 33.30 kWp.
Basic and detailed engineering to develop a safe shutdown system in the DESMET physical refiner at the Sauces and Spreads plant.
Engineering for the improvement of the Hydrogen Peroxide Plant's electrical system.
Detailed engineering for a platforms project at the animal nutrition plant.
Engineering for an agro-industrial complex consisting of a juice plant for the milling of 10,600 TM of sugarcane per day, a distillery plant for the production of 700,000 l/day of dehydrated ethanol, and a torula plant for the production of 100 TM/day of vinasse.
