9,870
Welded diametral inches
292.000
man-hours worked
271
people, staff peak
4
work packages
Four Projects, One Mission
WP1
WP1 — Pagoreni Rebundle Fase 4
Main Objective
Ensure operational continuity due to the natural decrease in pressure in the reservoirs. Adaptation of TCS1 and TCS2 from phase 3 (400–200 psia) to phase 4 (200–100 psia).
Technical impact
Critical operational migration that ensures the sustainability of the compression system, adapting to the new reservoir pressure conditions.
Main scopes
Assembly of new lines
Segregation of air coolers
Scrubber containers
WP2
WP2 — condensate bridge
Main Objective
Provide greater contingency operational flexibility in the TCS3 unit of Cashiriari, creating a backup system to redirect liquids to CSU3.
Technical Impact
Ensures continuity of production through operational redundancy, minimizing the risk of process interruptions.
Main scopes
8”–900# line
Integral mount
Operational tie-ins
WP3
WP3 — Jump Over Malvinas
Main Objective
Increase transport capacity in the face of projected production growth, installing interconnections between existing pipelines to optimize flow.
Technical Impact
Bypass in “trident” that connects three lines of 16”, maximizing the efficiency of the transport system.
Main scopes
16” Valves High Pressure Hot Taps
“Trident” Bypass
WP4: PHASE I
Phase I: WP4 — Jump over Pagoreni A
Main Objective
Install interconnections (TIE-INS) between the three existing flowlines in Pagoreni A to enable gas transport from lots 56 and 57 at high pressure through dedicated lines, increasing operational flexibility.
Technical Impact
It reduces the back pressure, allows wells to operate wells with greater energy wealth and maximizes the use of compression in the Malvinas, strengthening the performance of the system.
Main scopes
4 jump overs
4 tie-ins during plant stops
5 actuated valves of 16”
WP4: PHASE II
Phase I: WP4 — Jump over Pagoreni A
Main Objective
Build two 16” buried parallel lines between Tie-Ins 1 and 2 and Tie-Ins 3 and 7 installed in Phase I, completing the interconnection network.
Technical Impact
Optimizes the continuity of high pressure flow to the Malvinas and strengthens operational efficiency through physical integration of the connections established in phase I.
Main Scopes
Trench excavation: 232 linear meters
Earthwork: 500 m³
Installation of 2 buried lines: 250 linear meters
Ø2 bypass interconnection.
Execution on site
1,000
Meters of pipe laying
673
m³ of earthworks
22
TIE-INS executed on operating systems
36
Valves installed (manual and actuated)
11.9
Tons of electromechanical assembly
Operational Excellence
0
Accidents with waste of time
0
Lost Days
0
Environmental Events
32.226
SSMA training carried out
Project Chronology
Contract start
January 2025
Contract termination
April 2026
Execution time
352 days