PEMEX PETROQUIMICA

Refrigerated Pararitos Terminal, in Coatzacoalcos, Veracruz. (13,000 M/H)

Basic Engineering and risk study Flow Control System for the transfer of
liquid ethylene from the Morelos and Cangrejera Petrochemicals to the liquid
ethylene ring and the 1200 TPD Sub-cooling system.
Storage of liquid ethylene at -100 °C in Refrigerated Pajaritos Terminal in
Veracruz. (TRP).

PEMEX PETROQUIMICA BASICA Y GAS

Modernizing storage areas and product pumping in the Gas Processing
Centers: Cactus, Nuevo Pemex and Coatzacoalcos Area (110,000 M/H).

Complying with the applicable Regulations regarding operation reliability and
flexibility in storage, pumping systems, conveyance, safety and
environmental impact of facilities.
Improving local and remote supervision of operation conditions of associated
facilities, through current condition analysis and diagnosis.
Selection and development of basic Engineering for implementing a solution
that allows the integral rehabilitation and conditioning of facilities.

Mission Hills

Detail engineering for electrical layouts, control panel board, feeding
calculus and installation of the heating system in PEG, SLS and
glycerine process lines for the toothpaste plant at Mission Hills in San
José Iturbide, Guanajuato. (2,500 M/H).
Detail engineering for the installation of a sorbosil chute in the
toothpaste plant.
Detail engineering for the installation of the Sident-Nitrate Chute in
the toothpaste plant.

PEMEX REFINERIA

Lubricant formulation Refining plant “Antonio M. Amor”, in
Salamanca, Guanajuato. (16,000 M/H)

Detail engineering for lubricant formulation facilities, using current tanks.
Defining new equipment to be added to the Process and finished
product storage areas, empty drums and scaffolds.
Detail engineering for installing the 200 l. drum filling and handling system.

Rosarito – Mexicali 10”/8” poliduct (7,000 M/H)

Carrying out detail engineering for increasing pumping capacity in
the Rosarito-Mexicali poliduct, from 20.4 MBD to 30 MBD.
Carrying out works to integrate an infrastructure to satisfy pumping
requirements of hydrocarbon fuel pumping.
Automating the pumping System, to make service more efficient.

ASA (Aeropuertos y Servicios Auxiliares)

Detail engineering for implementing turbosene supply through a
network of hydrants in platform and a growth study of the fuel
station at the Toluca Airport, State of Mexico. (8,000 M/H)
Evaluation, diagnosis and project of electrical installations at the fuel
station of the International Airport of Puerto Vallarta, Jalisco. (9,000
M/H)
Design and development of the Basic and Detail Engineering for
preparing the executive project of the fuel station at the new
International Airport “Ángel Albino Corzo” in Tuxtla Gutiérrez,
Chiapas. (18,000 M/H)