Civil Engineering

• Calculation and design of restraining dike for 3 tanks with a total capacity of 515 M³
• Calculation and design of room to receive hydrocarbons (diesel and lubricant oil)
• Calculation and design of room for the system against fire.
• Calculation and design of room to receive and send sand to an existing elevated deposit tank.
• Design of check-point and drainage to interconnect to the existing oil drainage system. Design of platform for the unloading of hydrocarbons from carriage tanks.

Engineering of Diesel and Lubricant Supply

• Electro mechanical repair of equipment and taking reception piping of hydrocarbons to storage tanks.
• Calculation and design of vertical tanks of carbon steel of 250 M³ for the storage of diesel.
• Calculation and design of vertical tank of carbon steel of M³ for the storage of lubricant oil.
• Electro mechanical repair of hydrocarbon dispatch equipment from storage tanks to dispatch islands.
• Electric repair of main control panel, power and
  light panels, cabling of equipment, lighting and 110
  and 220 volts contacts.
• Design of supports and bridges for mechanical and
  electric piping.
• Isometrics of diesel and lubricant oil lines.
• Memories of calculation.

Engineering of water supply.

• Studies of adaptation of existing tank (diesel), for the use of water for services.
• Repair of piping and trajectories of water lines from storage tanks to dispatch islands.
• Isometrics of water lines.
• Engineering of the system against fires.
• Calculation and Design.
• Lay-out of equipment for the system against fires.
• Repair of equipment: pumps, piping and the trajectories of piping lines.
• Repair of foam system.
• Isometrics of lines that supply water and foam.

Engineering of Systems against Fire.

• Calculation and Design.
• Lay-out of equipment system against fires.
• Repair of equipment: pumps, piping and the trajectories of piping lines.
• Repair of foam system.
• Isometrics of lines that supply water and foam.

Electrical Engineering.

• Design of networks of low pressure for the supply of electric energy to panels, engines, equipment, lighting and contacts.
• Repair of pressure regulators, micro-switch, and thermometers to control the dispatch of hydrocarbons to locomotives.

FERROMEX
Project: Elaboration and execution of the Executive Project for the Supply station and Locomotive Inspection Centre Area in Campos,
Col. (2003)

Civil Engineering.

• Studies of Floor Mechanics.
• Calculation and design of cementation and construction of buildings.
• Calculation and design of cementation for hydrocarbon storage tanks and retaining dike.
• Design of the oil and pluvial drainage network.
• Calculation and design of the dispatch platform and the inspection pit for four locomotives.
• Design of road network.
• Design of platforms for the unloading of hydrocarbons (pipes and carriage tanks).
• Calculation and design for the cementation of the sand storage tower.
• Calculation and design for the cementation of the water storage tank.

Mechanical Engineering.

• Calculation and design of vertical carbon steel tanks for the storage of diesel (420 M³), oil (25M³), sand (40 M³) and water (200 M³). .
• Calculation and design of the receiving systems (unloading from carriage tank and auto-tank) and the supply (filling up of locomotives) of diesel and oil in four dispatch islands. This includes: calculation of pumps and accessories, piping and the design of trajectories.
• Calculation of metallic structures for sliding supports in the inspection pit for four locomotives.
• Calculation and design of the compressed air system, a selection of compressors, air drier and accumulator tanks of air, calculation of piping and design of trajectories.
• Calculation and design of the system of water for services, this includes: calculation of the hydro-pneumatic equipment, pumps, piping and the design of trajectories.
• Calculation and design of the system of water against fires, this includes: calculation of equipment, pumps, hydrants, piping and the design of trajectories.

Electrical Engineering

• Calculation and design of electrical installations, including: Pedestal style electrical sub-station of 300 KVA, emergency electrical generator of 175 KW, control centres for engines (normal service and emergency service), power, control and lighting circuits.

Automization and Control Engineering.

• Design of automization system to control the receiving, storage and dispatching of hydrocarbons (diesel and lubricant oil), controlling the starting and stopping of pumps, registering the litre count, automatic activation valves for the feeding lines, unloading of tanks and dispatch islands (hardware and software).

 

Elaboration of Detailed Engineering

Mechanical

• Metallic structures, Containers and Tanks (Carbon and stainless steel).
• Pieces for maintenance.
• Raisings
• Isometrics
• Mechanical pieces: new and replacements
• Service lines and processes in stainless steel, carbon steel and PVC.
• Selection of pump systems.
• Various softwares: Autocad, surfcam.

 

Electrical

• Internal and External lighting Systems.
• Control and Power Systems.
• Systems for lightening conductors and physical soils.
• Sub-stations for Distribution
• Projects for lines and aerial and subterranean Distribution Networks under medium and low pressure.
• C.F.E. Procedures.

 

Civil

• Projects
• Supervision of works
• Urban Infrastructure
• Cementation
• Construction
• Metallic Structures (Marcos)
• C.F.E. Procedures and Permits, Organisations of Public Water, S.C.T., Public Works in Municipals and State Government.

 

Instrumentation and Control

• Detail Engineering
• Elaboration of Project
• Implantations
• Activation
• As-built Documentation