Saipem

  • As some pre-salt plays begin production, a wide range of subsea infrastructure is being built, with O&G transportation pipeline grids being one of the vital downstream systems. Saipem has been recipient of the first major contracts to install deepwater pre-salt pipelines by national operator Petrobras. Claudio Paschoa, Maritime Reporter’s correspondent in Brazil brings us an in-depth look at Saipem’s vessels and projects in Brazil.

    Saipem’s pipelaying segment is part of a unified Business Unit Engineering & Construction, an entity with more than 30,000 employees from more than 100 nationalities, with more than 60 permanent establishments and numerous project execution centers worldwide, which has maintained yearly revenues exceeding $13 billion.


    Saipem is capable of developing projects from feasibility and conceptual studies to complex integrated solutions combining design, engineering, procurement, field construction, fabrication and offshore installation and ancillary services such as revamps, upgrading, maintenance, decommissioning, reclamations and decontaminations in virtually every world market. Often this is in remote locations with harsh environmental conditions and challenging logistics, through its proven experience across significant sectors of the oil and gas industry, such as deepwater O&G transportation via offshore pipeline systems. Saipem’s fleet of about 40 offshore construction vessels undertake large offshore and subsea installation tasks worldwide, performed either within major complex EPIC projects or as stand alone T&I contracts. “2014 will be a transition year in which a significant proportion of Engineering & Construction activities will stem from low-margin legacy contracts,” said Saipem CEO, Umberto Vergine. In the pipe layer segment, one of Saipem’s main vessels is the Saipem FDS (Field Development Ship), a special purpose vessel used in the development of deepwater fields, equipped with a dynamic positioning system, a crane with a 600 ton lifting capacity and a vertical pipelaying system capable of operating in water depths of up to 2,000 m (6,561 ft). Deep and ultra-deepwater projects can be tackled by using the J-lay technology on the almost vertical towers of the powerful FDS, FDS2 and Saipem 7000, and by the steep lay of the new company flagship MV Castorone. Saipem maintains that with the J-lay technology they have available even the depth of the Mariana Trench could be reached or exceeded, with the limit only resting in the line pipe resistance. Looking at the future, Saipem has been strengthening its fleet by completing the construction of a new state-of-the-art vessel in 2012, the MV Castorone, a deepwater pipelaying vessel for high productivity operations in extreme environments. The extraordinary growth of the world subsea market over the past decade and the rising demand for O&G plays in deep and ultra-deep waters to begin production and for the deep and ultra-deep water drilling to continue in Brazil, the Gulf of Mexico and in West Africa, has led to the development of a range of new offshore field development and support vessels, including this large new pipelay vessel, currently laying pipelines along the GoM.


    Saipem has been present in Brazil since 1987, and. Saipem do Brasil, founded in 2002, has become one of the leading companies in the Oil and Gas sector in the country. According to a Petrobras Engineer directly involved in pre-salt O&G transportation projects, who asked to remain anonymous, “Saipem was chosen for these projects due to their track record in deepwater projects and their investment in state-of-the-art vessels that are perfect for our deepwater pipeline installation needs. Another major factor weighing in their favor was their willingness to build a yard in Brazil and therefore increase the level on local content in their projects.” The integration of the Engineering and Projects Center, the company base located in Rio de Janeiro, with the Offshore Construction Technology Center being built in Guarujá (CTCO), and the use of modern deepwater capable vessels offered Petrobras unique advantages and features.

    Saipem FDS
    The Saipem FDS mobilized to offshore Brazil in late 2009. The FDS undertook the installation of the Uruguá to Mexilhao gas trunkline. Stretching more than 170 km (105 miles), this 18-inch gas export line represented Saipem’s first major trunkline work in Brazil in many years. The Saipem FDS had previously been a mainstay of the West African offshore construction market. The relocation of this vessel highlights the enormous potential seen offshore Brazil. The vessel is currently working on a project connected to the P-55 production platform at the Roncador field in the Campos Basin, around 120 km (74.5 miles) off the city of Arraial do Cabo, in Rio de Janeiro. Development of the deepwater Roncador field is considered to be one of the most challenging projects from the technological and dimensional points of view, given the depth of the water, which ranges from 1,500 - 2,000 m (4,950 - 6,600 ft.), the size of the field, which is 111 sq. km  (43 sq. mi.) and the characteristics of the hydrocarbons, which are located among high quality siliciclastic rock from the Cretaceous age with average porosities of 25% and average absolute permeability of 800 mD. The field is divided into two great blocks separated by an expressive normal fault, with oil gravity varying from 18 - 22º API in Footwall Block and 28 - 30 ºAPI in Hanging wall Block. For development purposes the field is divided in four modules. Preparatory work began in the second half of 2010, while underwater installation operations began in the second half of 2012. Vergine said Saipem has invested heavily to make these new deals in Brazil possible. “Let’s look at Brazil. A closed market where the discovery of big offshore oil fields has created huge perspectives. To enter that market we first closed small deals and now we’re negotiating on a completely different basis.”


    Since 2012, Saipem has been operating the MV Castorone, a pipelay vessel with an overall length of 330 m (1,082 ft), excluding stinger and DP 3 capable. The Castorone was classed by ABS and is also Ice classed, capable of berthing 700.


    The Castorone is currently the largest PLSV at sea and is officially classed as a PCV (Pipelay Crane Vessel). It was designed to transit at speeds of up to 13 knots, allowing it to reduce the downtime, usually caused by long transits. The Castorone can remotely prefabricate pipe strings 36m long and is capable of laying up to 60” pipes in S-lay mode or up to 36m pipes, with the capability of joining two 18 m pipes as an alternative to the 3 by 12 m conventional joints, in J-lay mode. With her unique J-lay tower capacity of 2,500 tons installed, Castorone can deploy pipelines and trunklines in water depth down to 3,000 m (9,842 ft.). The stinger is specifically designed for any pipe diameter and water depth through continuous control of the overbend stresses on the pipe. The MV Castorone is currently contracted for three projects at the GoM. Following completion of that work, the MV Castorone will move to the Santos Basin in Brazil and join the Saipem FDS 2 in laying Petrobras’ 380 km (236 mile) Lula NE to Cabiúnas trunkline to the coast of Rio de Janeiro, in depths of up to 2,230 meters (7.316 ft.). It will be the first major trunkline connecting Brazil’s offshore pre-salt plays to the coast.


    The Saipem FDS 2 vessel already has an EPIC contract for the Guara & Lula-Northeast gas export pipelines in the Santos Basin approximately 260 km (161 miles) off the coast of the Rio de Janeiro, in water depths between 2,100 - 2,200 m (6,889 - 7,217 ft). The contract encompasses the transportation, installation and pre-commissioning of two export pipelines, as well as the engineering, procurement and construction of related subsea equipment: the first 18-inch line will be 54 km (33.5 miles) long and will connect the Guara’s FPSO to a subsea gathering manifold in the Lula field; the second 18-inch line, will be 22 km (13.6 miles) long and will connect the Lula-Northeast FPSO to the same manifold in the Lula field. Saipem has also been awarded an EPCI contract by Petrobras for the Sapinhoá Norte and Iracema Sul Project, to be developed in the Santos Basin pre-salt, approximately 300 km (186 miles) off the coasts of the Rio de Janeiro, in this project the scope of work includes engineering, procurement, fabrication and installation of two offshore pipelines, with related terminations (PLETs) to be installed in the Sapinhoá Norte and Iracema Sul fields in water depths up to 2,200 m (7,217 ft.), along with engineering, procurement, fabrication, installation and pre-commissioning of the SLWR (Steel Lazy Wave Riser) for the collection system at the Sapinhoá Norte field, and of the FSHR (Free Standing Hybrid Risers) for the gas export systems at the Sapinhoá Norte and Cernambi fields. The work will be done by the Saipem FDS 2 vessel, in the fourth quarter of 2014. The FDS 2 is currently working off the coast of Cape Town, South Africa.


    In October 2011 Saipem agreed on the acquisition of 100% of TPG (Terminal Portuário de Guarujá S.A.), a company, which fully owns, as a perpetual concession, an area of 35 hectares in Guarujá, within the industrial hub of the Santos Port, the largest port of South America, in the state of São Paulo. The area is strategically located, approximately 350 km (217 miles) from the Santos Basin, where the largest ultra-deepwater pre-salt fields have been discovered and where some plays are already being developed, and approximately 650 km (404 miles) from the Campos Basin, currently the most important Brazilian offshore oil basin, where over 80% of Brazil’s oil is produced. Saipem will develop the area through the construction of a fabrication yard for subsea and floating structures and a logistics base. In the new yard, Saipem will carry out activities which are complementary to the services provided by the highly specialized ultra-deep water fleet recently built by the company.
    The yard’s activities will help satisfy the ambitious Brazilian local content requirements in the high-tech industry of ultra-deepwater subsea development. Saipem’s new yard in Guarujá, São Paulo, currently under construction, will be used for pipe logistics and storage for the MV CastorOne, Saipem FDS and the Saipem FDS 2.

     
    Saipem Finances

    2013 (restated in accordance with CONSOB indications)

    Revenues:     €12,256 million
    EBIT:     €147 million
    Net profit: -    €159 million

    2013  (pro-forma consistent with 2013 reporting)*

    Revenues:     €12,011 million
    EBIT: -    €98 million
    Net profit: -    €404 million
    Investments:     €908 million  
        (€1,015 million in 2012)
    Net debt:     €4,707 million  
        (€4,278 million at 12/31/2012)
    New contracts:    €10,653 million          (€13,391 million in 2012)
    Backlog:     €17,514** million
        at 12/31/13)
        (€19,739 million at 12/31/2012)

    New contracts awarded in January and February 2014:     € 800 million

    Guidance for 2014
    Revenues:     €12.5 to €13.6 billion
    EBIT:     €600 to €750 million
    Net profit:      €280 to €380 million
    Investments:     approx €750 million

    * Data “consistent with 2013 reporting” do not include the effects of  Consob restatement.

    ** Excluded from backlog:  €72 million for Perro Negro 6, €795 million for FPSO Firenze.

     

    (As published in the April 2014 edition of Maritime Reporter & Engineering News - http://magazines.marinelink.com/Magazines/MaritimeReporter)

  • Equipped with a unique computerized positioning system, the Saipem Castoro Sei, the world's largest pipelaying barge, began its sea trials in August off the Italian coast. The column-stabilized, semisubmersible barge, which measures 470 by 212 by 98 feet is designed to lay pipe on the floor of the

  • This past summer marked the entrance of large crane vessel Saipem 7000 into Botlek Harbor of Rotterdam. Within hours of its arrival, Hydrex's diving and repair crew boarded the vessel to carry out underwater servicing work, which required extensive dismantling of the vessel's thrusters. The Hydrex

  • Xodus Group, Saipem and Chiyoda join forces on new subsea company to rival largest subsea engineering firms for a share of the global market International energy consultancy Xodus Group announced the launch of a global subsea engineering company in partnership with major oil and gas contractor Saipem and

  • developing and trailing 3D simultaneous localisation and mapping technologies based on an in-stereo camera system developed in Saab some time ago.  Saipem: Moving from concept to realityAnother vehicle operator has been testing its new system; Saipem with its Hydrone. In June, the Hydrone R started a

  • which was aimed at being able to be launched from a floating production platform or docked subsea. (read more in November/December 2016 MTR). In March, Saipem and Shell agreed to work together to commercialise the FlatFish.There is now increasing interest from other operatots. Since 2016, Norwegian oil and

  • those needed for offshore renewables work, opening the door toward new revenue streams that come with building a greener future. Offshore players such as Saipem, McDermott, Subsea7 and the soon-to-be demerged TechnipFMC, among others, while still heavily involved in oil and gas, have been winning renewables

  • times this average. Orders placed during the year are shown below.  The unit EPC contractor/lessor is in parentheses.     FPSOs (10) •    Kaombo CLM (Saipem) •    Kaombo GGC (Saipem) •    Deep Producer 1 (TH Heavy) •    Catcher (BW Offshore) •    Armada Ali (Bumi Armada) •    Libra EWT (Teekay/Odebrecht) •

  • Filanovsky project for nine of its offshore support vessels (OSVs) amounting to approximately $20m. The vessels have been deployed to offshore contractor Saipem and will support the development of the Filanovsky oil and gas field in the Northern Caspian Sea. The vessels will provide anchor-handling and tug

  • Catcher (U.K.) BWO is likely to get a build/lease award from Premier for a 60kb/d + 60mmcf/d FPSO for use offshore the U.K. • Kaombo GC & CLM (Angola) Saipem and Modec are competing for an award from Total for two similar FPSOs with 100kb/d + 105mmcf/d processing plants • Atlanta (Brazil) QGEP is set to

  • Williamsburg, and numerous drilling, derrick, pipelay, and offshore construction barges for owners that included Brown & Root, Mc- Dermott, ETPM, and Saipem. ASRY anticipates that the Dana will be the forerunner to other major rig overhauls from the large number of offshore drilling rigs located in

  • prior leaving the Middle East for Italy and installation at a terminal offshore Livorno, Italy. The unit will be owned by OLT Offshore and operated by Saipem. She will eventually leave Dubai during the first quarter of 2013. This is one of the most sophisticated conversion projects carried out by the shipyard

  • MT Mar-23#49  understood to be working on 
Saipem’s Hydrones
the quali?)
    March 2023 - Marine Technology Reporter page: 49

    center. Worth noting, Sonsub is understood to be working on Saipem’s Hydrones the quali? cation of new materials and components in order Italian company Saipem is known mostly for its large off- to extend operability down to 6,000-m water depth. shore construction and decommissioning vessels, pipelay- ers

  • MT Mar-23#47 ©Saipem
©Saipem
a signi? cant decrease in CO2 emissions)
    March 2023 - Marine Technology Reporter page: 47

    ©Saipem ©Saipem a signi? cant decrease in CO2 emissions overall which, com- croprocessor for intuitive and precise arm control. bined with an electric system that has minimal oil volume, Saab Seaeye said that the future would see signi? cant makes eWROV a signi? cantly environmentally friendly op- growth

  • MR Feb-23#27  
Sofresid is a subsidiary of Saipem, an Italian multinational)
    February 2023 - Maritime Reporter and Engineering News page: 27

    , a French ? rm with of? ces in Brest and other coastal cities. because equipment isn’t available? Benoit said that depends Sofresid is a subsidiary of Saipem, an Italian multinational on the equipment, which she described as available “at vari- energy services company. Renewable hydrogen is one pillar

  • MR Jan-23#38  like Boskalis, Vallianz, Saipem.  piping in a retro? )
    January 2023 - Maritime Reporter and Engineering News page: 38

    in 2023. While InTank involves lations. Currently most sales are to op- the installation of signi? cant additional erators like Boskalis, Vallianz, Saipem. piping in a retro? t context, it is small Their vessels, with semi-submersible op- diameter straight run. There is no ? tting erations, bene

  • MT Sep-20#55  universal solution which all  Saipem will verify its functionality)
    September 2020 - Marine Technology Reporter page: 55

    interface, we believe we have suc- One is also due to go to Italy where applications, enabling a reduction in ceeded in a universal solution which all Saipem will verify its functionality risk to personnel, who can operate the subsea vehicles will be able to utilize.” with its underwater vehicles. vehicles

  • MT Sep-20#40  (ROVs). The  from Equinor. For Saipem, that means its Hydrone-R)
    September 2020 - Marine Technology Reporter page: 40

    an idea dubbed subsea resi- docking station, built by Blue Logic in Norway, with support dent remotely operated vehicles (ROVs). The from Equinor. For Saipem, that means its Hydrone-R vehicle, idea, in simple terms, is that you increase ROV which is set due to be deployed at Equinor’s Norne ? eld in the

  • MT Sep-21#72  another site, while charging, 
Saipem
without needing to bring)
    September 2021 - Marine Technology Reporter page: 72

    propeller entanglement. If deployed via a USV, a subsea vehicle could be brought up to under the hull for transit to another site, while charging, Saipem without needing to bring it on deck, with the USV providing a As part of its all-electric Hydrone R resident ROV devel- communications gateway to

  • MT Sep-21#8  scheduled for October 2021.
Saipem SpA
www.saipem.com
partnership)
    September 2021 - Marine Technology Reporter page: 8

    now underway, with of? cial mar- of its eight-thruster design,” says Craig easier, while maximizing the power-to- ket release scheduled for October 2021. Saipem SpA www.saipem.com partnership of Senai Cimatec and DFKI, funded by EMBRA- PII and by Shell through a four years ANP R&D program. Saipem is enhancing

  • MT Sep-21#2 .............................74 Saipem .....................)
    September 2021 - Marine Technology Reporter page: 2

    ........................................................................46 Falmouth Scienti? c, Inc. ....................................................74 Saipem ...........................................................................8,70 Farsounder .......................................................

  • MT Jul-21#30  maybe electric, with a 
year. Saipem is working on the Hydrone)
    July 2021 - Marine Technology Reporter page: 30

    intervention,” he says. ing. SMD unveiled its electric vehicle (EV) WCROV early last So, the future is more automated and maybe electric, with a year. Saipem is working on the Hydrone W fully electric work greater mix of vehicles out there. Andy Rose, technical advisor class ROV. Saab Seaeye is developing

  • MT Jan-21#17  and use of re- creep forward. Saipem’s Hydrone-R is set to)
    January 2021 - Marine Technology Reporter page: 17

    strategies campaigns, while moves towards subsea residency continue to are focusing on emissions reduction, production and use of re- creep forward. Saipem’s Hydrone-R is set to be deployed at Equi- newables alongside and oil and gas, but also power from shore, nor’s Njord ? eld offshore Norway some

  • MT Jul-20#42 100
MTRMTR
The Hydrone-R
© Saipem
Send in 
The Robots
Robotics)
    July 2020 - Marine Technology Reporter page: 42

    100 MTRMTR The Hydrone-R © Saipem Send in The Robots Robotics have been on the development fast track, driven to remove humans from dull, dirty and dangerous jobs; to remove ships for economic reasons; and to ‘live’ where they work. Here we review some of the most compelling advances in the past year.

  • MT Jul-20#2 .............................62 Saipem (robotics)  .........)
    July 2020 - Marine Technology Reporter page: 2

    ..............................................................43, 49 Dynautics Ltd ..................................................................62 Saipem (robotics) ...........................................................42 EdgeTech ...............................................................

  • MT Jul-19#35 Saipem: From concept to reality 
Image: Saipem
Saipem’s)
    July 2019 - Marine Technology Reporter page: 35

    Saipem: From concept to reality Image: Saipem Saipem’s Hydrone R – in the ? esh and ready for real world testing. (which bought BG Group, which had in turn been developing the same base, or 20km, if it’s transiting to another base. the FlatFish concept with Brazilian and German institutions). Saipem

  • MT Jul-19#2 .............................76 Saipem  ....................)
    July 2019 - Marine Technology Reporter page: 2

    ..................................................................36 DOER Marine ...................................................................76 Saipem ...........................................................................34 Dong Fang Hong 3 ..................................................

  • MT Sep-19#31  is primarily in- trials. Saipem has likewise invested)
    September 2019 - Marine Technology Reporter page: 31

    by L3 ASV C-worker has developed their e-ROV, and seen positive results in early USVs. In these con? gurations the objective is primarily in- trials. Saipem has likewise invested signi? cantly in this area. spection. An operator ashore, connected via radio or satellite Their Hydrone-R vehicle is the

  • MT Sep-19#30  of 
development.
Image: Saipem Image: L3 ASV
September)
    September 2019 - Marine Technology Reporter page: 30

    Above: In commercial practice, SAAB ROVs have been supported by L3 ASV C- worker USVs. Below: The Hydrone-R vehicle is the result of nearly two-years of development. Image: Saipem Image: L3 ASV September 2019 30 MTR MTR #7 (18-33).indd 30 8/29/2019 1:31:03 PM

  • MT Mar-19#33  remov-
al lead engineer for Saipem. A decision 
was made)
    March 2019 - Marine Technology Reporter page: 33

    of the ? are tip, which, at 163m above the sea, was the tallest in the North Sea, says Christina Krachtoudi, topsides remov- al lead engineer for Saipem. A decision was made to leave it on, instead of add- ing operational hours offshore, and it being removed at the same time as the well bay it was

  • MT Mar-19#32  fast work of by Petrofac and Saipem.
By Elaine Maslin
Two)
    March 2019 - Marine Technology Reporter page: 32

    No More Miller BP’s Miller platform was made fast work of by Petrofac and Saipem. By Elaine Maslin Two years ago, the Miller platform stood complete in the ended in 2007, but the facility was maintained, for plugging central North Sea 270km north east of Aberdeen. Today, and abandonment operations and to

  • MT May-18#40  hour endurance, and 50km ex-
Saipem also has a resident vehicle)
    May 2018 - Marine Technology Reporter page: 40

    Subsea Valley in Norway. gio, with an interchangeable tooling skid, operable down to Hydrone 3,000m water depth, with 8-12 hour endurance, and 50km ex- Saipem also has a resident vehicle concept, which is part of a cursion ability. ? eet of vehicles, labelled the Hydrone platform. The SonSub Saipem has

  • MR Feb-18#10  is currently on contract with Saipem, 
the Italian oil and)
    February 2018 - Maritime Reporter and Engineering News page: 10

    to bunker.” Offshore construction vessel Normand Maximus is one of SolstadFarstad’s largest and most advanced vessels. It is currently on contract with Saipem, the Italian oil and gas industry contractor. TM Master Suite for 150 0ffshore Vessels Tero Marine Wins Photo: Pekka Leino SolstadFarstad Deal Autonomous

  • MT Apr-17#40  powering skids and also has 
Saipem
Saipem’s new Innovator)
    April 2017 - Marine Technology Reporter page: 40

    220hp heavy work class ROV. The cage and Tether Management System (TMS) supplies an additional 110hp, is capable of powering skids and also has Saipem Saipem’s new Innovator 2.0 ROV is a heavy work class ve- thruster control and auto heading features. April 2017 40 MTR MTR #3 (34-48).indd 40 MTR

  • MT Apr-17#39 Photo: Saipem
www.marinetechnologynews.com
Marine Technology)
    April 2017 - Marine Technology Reporter page: 39

    Photo: Saipem www.marinetechnologynews.com Marine Technology Reporter 39 MTR #3 (34-48).indd 39 MTR #3 (34-48).indd 39 3/30/2017 11:08:53 AM3/30/2017 11:08:53 AM

  • MT Apr-17#2  Advertiser’s Index
 Photo: Saipem
2017  April 
2  
MTR
MTR)
    April 2017 - Marine Technology Reporter page: 2

    work class sector. 4 Editor’s Note 8 MarineTechnologyNews.com 10 People & Company News 38 Products: ROVs 46 MTR100 2017 3838 48 Advertiser’s Index Photo: Saipem 2017 April 2 MTR MTR #3 (1-17).indd 2 MTR #3 (1-17).indd 2 3/31/2017 9:51:11 AM3/31/2017 9:51:11 A