Major Projects

Description:
(300,000 BPSD)

Single treatment train with a processing capacity of 24,400 T/D of NGL. NGL feedstock is supplied from OGD III plant in Habshan fields and AGD II from Asab area. 

Scope of Work:
Engineering, Procurement, Construction 

Description:

(526,000 BPSD)
Gas oil separation, wet crude handling and crude stabilisation. Abu Safah facilities.

Scope of Work:
Engineering, Procurement, Construction 

Description:

KCC: Khurais Crude Contract Four GOSP trains (300,000 b/d each):
part of the Khurais Central Processing Facilities (KCPF), the KCC project will produce 1,200 MBCD of dry crude in four parallel GOSP trains.

KUC: Khurais Water Injection Facilities and Utilities
Seawater supply pipeline system feeding the water injection system for 430 km of onshore pipeline.

WIPS: Khurais Water Injection Plants
Revamping, modernizing and increasing the capacity of four existing pumping stations.

QSTP: Qurayyah Seawater Treatment Plant facilities (4,500 MBPD)
Increase the treated seawater capacity by 4,500 MBPD.

Scope of Work:
QSTPand KUC‘Convertible’ Engineering, Procurement, ConstructionKCCand WIPS- Engineering, Procurement, Construction 

Description:
Oil production and treating facilities including gas oil separation, wet crude handling and crude stabilisation, gas gathering and conditioning, to a limited extent of the gas compression system. 

Scope of Work:
‘Convertible’ Engineering, Procurement, Construction 

Description:
Gas oil separation, wet crude handling, crude stabilisation and gas gathering. 

Scope of Work:
Engineering, Procurement, Construction 

Description:

Trains n. 1 & 2(5.9 MM t/y)
Gas transmission system linking the plant by pipeline to the gas supply fields; a two train gas liquefaction plant; associated utilities, storage/loading facilities; residential quarters.

Train n. 3(3.0 MM t/y)
Expansion of the LNG complex including the third liquefaction train, the third cryogenic storage tank, the upgrading of utilities and infrastructures.

Trains n. 4 & 5(8 MM t/y)
Expansion of the LNG complex including the fourth and fifth liquefaction trains, the fourth cryogenic storage tank, the upgrading of utilities and infrastructures.

Train n. 6(4 MM t/y)
Air cooled liquefaction train with supporting LPG fractionation, a carbon copy of trains 4/5 as constructed under NLNG Plus.

Scope of Work:
Engineering, Procurement, Construction 

Description:

Train n. 3 (4.7 MM t/y)
New liquefaction train to expand the existing facilities (trains 1 & 2).

Train n. 4 (4.7 MM t/y)
Expansion of the previous project for train no. 3, and the 4^thliquefaction train, with relevant utilities/offsites, a new LNG storage tank, loading facilities.

Train n. 5 (4.7 MM t/y)
New liquefaction train to expand the existing facilities (trains 1, 2, 3, 4) as well as all necessary utilities.

Scope of Work:
Engineering, Procurement, Construction 

Description:

FEED to develop the engineering for an additional train (8.00 MM t/y) with associated utilities and offsites.

Scope of Work:
Front End Engineering Services 

Description:

Four LNG trains - Capacity 5.5 MM t/y each.

FEED for inlet facilities, acid gas removal;
mercury removal;
NGL recovery;
liquefaction & refrigeration;
nitrogen rejection;
LPG fractionation;
LNG, LPG cryogenic storage;
condensate storage & Utilities

Scope of Work:
Front End Engineering Services 

Description:

Gas compression sweetening and dehydration, NGL recovery & fractionation to produce ethane, propane & butane, natural gas liquefaction unit, LNG storage and loading (mm t/y)

Scope of Work:
Engineering, Procurement, Construction 

Description:

Complete LNG receiving, storage and regasification terminal:
• To produce 1,000 MMCSFD of LNG.
• Unloading facilities for ships from 65,000 cu.m up to 250,000 cu.m.
• Pumping and vaporizing facilities.
• Gas send out facilities.
• Three 160,000 cu.m LNG storage tanks.

Scope of Work:
Engineering, Procurement, Construction 

Description:

Complete Liquefied Natural Gas (LNG) receiving, storage and regasification terminal with a total storage capacity of 1,000,000 cu. m ; including:

• 10  x  100,000 cu. m, fully-refrigerated, LNG storage membrane tanks erected on seismic isolators.

• A 1,200 m long jetty and a platform equipped with unloading arms.

Scope of Work:
Engineering, Procurement, Construction 

Description:

Complete LNG receiving, storage and regasification terminal including:
• An offloading jetty with mooring facilities for 135,000 cu.m LNG carriers.
• Two 150,000 cu.m full containment LNG storage tanks.

Scope of Work:
Engineering, Procurement, Construction 

Description:

A complete LNG receiving, storage and regasification terminal including:
• An unloading jetty for up to 160,000 m3 LNG carrier, with mooring facilities, berthing assistance and 3x16" unloading arms + 1x16" gas return line.
• Three LNG storage tanks, full containment type, 160,000 cu.m each, erected on seismic isolators, including submerged pumps.

Scope of Work:
Enginnering, Procurement, Construction. 

Description:

Complete LNG receiving, storage and regasification terminal including:
• An unloading berth for up to 250,000 cu.m LNG carrier, with mooring facilities, berthing assistance and unloading arms.
• Two LNG storage tanks, full containment type, 160,000 cu.m each, including submerged pumps.

Scope of Work:
Engineering, Procurement, Construction. 

Description:

Conversion from crude oil to gas service of existing pipeline 975 km 48” plus various plant facilities.

Scope of Work:
Engineering, Procurement, Construction 

Description:

Secondary national natural gas transport and distribution system for a total length of almost 40,000 km.

Scope of Work:
Engineering Services 

Description:

Construction of the two 800 km oil and gas onshore pipelines system connecting the Piltun-Astkhskoye and Lunskoje field’s landfalls in the NE of Sakhalin island to the LNG plant and oil export terminal in the South.
Oil pipeline 171 km x 20” + 614 km 24”.
Gas pipeline 171 km x 20” + 616 km 48”.

Scope of Work:
Engineering, Procurement, Construction 

Description:

Gas gathering treatment and transport system at Menzel Ledjmet East, to produce: Gas 9.0 M Std. cu.m/day; LPG 14,000 bbl/day; Condensate 10,000 bbls/day; Oil 8,350 bbls/day.

Scope of Work:
Engineering, Procurement, Construction, Commissioning 

Description:

Last phase of the P.G.U. project. Construction of 184 km of 36” gas line from Meru to Lumut including launcher trap facilities.

Scope of Work:
Procurement, Construction 

Description:

Refinery expansion and bottoms-of-the-barrel upgrading.

Vacuum distillation unit (54,300 BPSD). Hydrocracking unit (36,000 BPSD).

Scope of Work:
Engineering, Procurement, Construction Management 

Description:

Major refinery expansion

Condensate processing with atmospheric crude distillation unit (280,000 BPSD).

Scope of Work:
Engineering, Procurement, Construction 

Description:

Integrated hydrocracking complex (60,300 BPSD)

Scope of Work:
Front End Engineering 

Description:

2 atmospheric crude distillation units (116,000 BPSD each).

Asphalt blowing (130,000 BPSD).

Scope of Work:
Engineering, Procurement, Supervision – Original ProjectFront End Engineering and Technical Services for Expansion 

Description:

New oil sands processing refinery.

3 hydrotreaters (total 136,000 BPSD).

Scope of Work:
Engineering, Procurement, Construction Management 

Description:

Vacuum residue upgrading with H-oil Technology (34,000 BPSD).

Crude oil distillation plant (80,000 BPSD).

Scope of Work:
Engineering, Procurement, Construction Management 

Description:

Complex with two lines of ammonia production (2x1,800 t/d) and urea production (2x2,200 t/d).

The complex is still today the largest ammonia-urea complex in Latin America.

Scope of Work:
Technology License, Engineering, Procurement, Construction 

Description:

The complex was the first plant to break the 3,000 t/d production target in single stream urea.

Ammonia plant capacity: 2,050 t/d. Urea plant capacity: 3,250 t/d.

Scope of Work:
Technology License, Engineering, Procurement, Construction 

Description:

The complex with an ammonia capacity of 3,500 t/d and an urea capacity of 5,060 t/d was at the time of the start-up the largest plant in the world.

Scope of Work:
Technology License, Engineering, Procurement, Construction 

Description:

Ammonia-Urea complex with an ammonia capacity of 2,194 t/d and an urea capacity of 3,835 t/d.

The complex will be one of the two largest single train urea plants in the world.

Scope of Work:
Technology License, Engineering, Procurement, Supervision 

Description:

Gas-to-Liquids complex using the process technologies of Sasol, Haldor Topse, Chevron and others. 2 lines of 17,000 BPSD capacity each.

Scope of Work:
Engineering, Procurement, Construction 

Description:

Complex with a total capacity of 4,600 t/d of ammonia partially converted into 3,850 t/d of granular urea.

Project to be followed by another urea 3,850 t/d line (Qafco 6).

Scope of Work:
Technology License, Engineering, Procurement, Supervision 

Description:

520,000 t/y ethylene plant (Lummus technology) combined with 2x275,000 t/y MTPE/LLDPE swing plants (Univation technology)

Scope of Work:
Engineering, Procurement, Construction 

Description:

450,000 t/y HDPE/LLDPE swing polyethylene plant designed on the basis of Univation gas phase process.

Scope of Work:
Engineering, Procurement, Construction 

Description:

1,185 MW (3GTG+3ST4)

Turbine model: V94.3 A

Scope of Work:
Engineering, Procurement, Construction 

Description:

480 MW (2GTG+1STG)

Turbine model: GT 13

Scope of Work:
Engineering, Procurement, Construction 

Description:

1,050 MW (2GTG+2STG)

Turbine model: V94.3A (1GTG+1STG)
Turbine model: V94.2

Scope of Work:
Engineering, Procurement, Construction 

Description:

790 MW (2GTG+2STG)

Turbine model: V 94.3 A

Scope of Work:
Engineering, Procurement, Construction 

Description:

480 MW (2GTG+2STG)

Turbine model: Frame 6FA

Scope of Work:
Engineering, Procurement, Construction 

Description:

Greenfield container terminal

• 600 m combi-wall quay.

• 1 km rubble mound breakwater down to 22 m dept.

• 20 ha container yard including facilities.

• 2 millions cu.m dredging.

Scope of Work:
Design and Construction 

Description:

2 km + 510 m breakwaters for container terminal.

Main breakwater (2,070 m) :
• Rubble mound: 940 m, down to 22 m depth.
• Four-lobe caissons: 1,130 m (40 caissons).

Lee breakwater (510 m)
• Rubble mound: 400 m
• Four-lobe caissons: 110 m 600 m quay behind main breakwater.

Scope of Work:
Design and Construction 

Description:

Marine facilities for LNG export

• 1350 m long approach trestle (concrete cubic blocks).
• Rock load out facility.
• Quarry exploitation.
• LNG berth (trestle and dolphins).
• 800 m long offshore breakwater.
• Access channel dredging.

Scope of Work:
Engineering, Procurement and Construction 

Description:

Marine Facilities for LNG import

• Rubble mound breakwater (2.3 M cu.m of materials, 12850 Accropode® units).
• LNG berth.
• Seawater intake.

Scope of Work:
Engineering, Procurement and Construction Management 

Description:

Container terminal

• 650 m berth 17 m Draft.
• 20 hectares of reclamation.
• Dredging.
• Container terminal facilities (4,500 sq.m of buildings and parkings, paving of the 20 hectares).

Scope of Work:
Engineering, Procurement and Construction 

Description:

The treatment is designed for the removal of metals (basically arsenic, iron, manganese, lead), hydrocarbons (basically TPH).

The treatment goal is to achieve a water quality suitable for the downstream demineralisation plant and to minimise the final water discharge and atmospheric emissions.

The treatment is based on:
- Chemical–physical pre-treatment for the oil and metals removal.
- Membrane bioreactor for the organic micropollutants removal.
- Reverse osmosis for water desalination.
- GAC section for final removal of micropollutants in the RO concentrate stream.
- Gas discharge thermal oxidation.

Scope of Work:
Engineering, Procurement, Construction 

Description:

Rotary Kiln waste to energy plant, treating hazardous solid and liquid wastes. Design data: capacity 45,000 y/y plus 30,000 t/y RDF, heat load 36,980,000 kcal/h, power to national grid 8,800 kW

Scope of Work:
Engineering, Procurement, Construction 

Description:

Municipal waste to energy plant, with roller grate type furnace. Advanced flue gas treatment section: combined NOx, dioxins/furans removal by catalytic DeNOx-Catox system. Design data: capacity 60,000 t/y, heat load 19,159,000 kcal/h, flue gas flow rate 54,000 Nm³/h

Scope of Work:
Engineering, Procurement, Construction 

Description:

Protection of the coast nearby Syndial and Polimeri Europa plants by means of physical barrier (sheet pile) in order to avoid polluted group water to reach the sea and at the same time to avoid seawater to wash out the industrial site.

Scope of Work:
Engineering, Procurement, Construction 

Description:

In-situ soil remediation based on contaminated (hydrocarbons) soil treatment plant design and realization:
- Soil excavation, storage and treatment.
- Backfilling with remediated soil.

The “Ensolvex” technology (Patent Eni R&M) consists of the following treatment phases, soil/waste pre-treatment (dry, or wet), 3/5 hydrocarbon extraction stages operated by solvent, (Ethyl Acetate-ETAC), final washing (2-3 stages) of the soil/waste with water, ETAC recovery by distillation and hydrocarbon storage, remediated soil dewatering and reutilisation.

Scope of Work:
Engineering, Procurement, Construction 

Description:

The largest operating IGCC plant in the world utilising GE gasification technology. 550 MW (3GTG+3STG)

Turbine model: PG 9171 E

Scope of Work:
Engineering, Procurement, Construction 

Description:

IGCC complex based on Shell gasification technology. 260 MW (1GTG+1GTG)

Turbine model: V94.2

Scope of Work:
Engineering, Procurement, Construction 

Description:

One of the largest “new wave” IGCC plants in a refinery 512 MW (2GTG+2STG) utilising Texaco, UOP, Lurgi technology

Turbine model: V94.2

Scope of Work:
Engineering, Procurement, Construction 

Description:

182 km (300 km/h), two tracks, 200 km of new roads and resurfacing and modifications of existing roads and highways, 216 km power line at 132 Kv. Environmental safeguards. 40,000,000 man-hours worked and >5,000 construction workers at peak time.

Scope of Work:
Engineering, Procurement, Construction 

Description:

International airport designed for traffic of 12,000,000 pax/year, two runways to accommodate all commercial aircrafts, pax apron (43.5 ha), freight apron (6.5 ha), pax terminal (200 sq.m), freight terminal (200 sq.m), many buildings, roads and parkings, railway station and inside connections.

Scope of Work:
Construction Management Services