News Archive for Oil and Gas News, Subsea News

Trelleborg partners with Unique Group to extend presence in India

unique group

Unique Group’s India office has been selected by Trelleborg’s offshore operation as one of its agents in India. As a part of the agreement, Unique Group’s base in India will offer the full range of solutions from Trelleborg’s offshore operation to customers within the region.

The decision was based on Unique Group’s successful track record and their dedicated, proactive team in the region.

Andy Hey, Key Account Manager at Trelleborg’s offshore operation, commented, “We are glad to partner with Unique Group’s India office as they have been our value added partner for the Middle East region for several years now. As they are renowned for their global presence, seamless sales and support structure along with a broad client reach, we are confident that Trelleborg’s offshore operations will have an even greater presence in the Indian market over the years to come.”

 

Sharad Kumar, Managing Director at Unique Group’s India office further added, “Our team in India is continually growing its presence in the region. India is a strategic market for the offshore industry and our partnership with Trelleborg will help us strengthen our global reach and help expand our innovative portfolio of services in the Indian subcontinent.”

Trelleborg is a world leader in engineered polymer solutions that seal, damp and protect critical applications in demanding environments. Its innovative engineered solutions accelerate performance for customers in a sustainable way. Using advanced polymer material technology, Trelleborg’s offshore operation provides high integrity solutions for the harshest offshore environments and specialises in the development and production of polymers and syntactic foam, for all levels of the offshore industry.

This new partnership supports Trelleborg’s strategy to strengthen its positions in attractive market segments.

For more information please visit: www.uniquegroup.com/

uniqueindia

 

 

 

 

Petrochemical plants made in Italy that makes production safe and reliable

logo_h125Cividac1

As one of the most precious natural resources, petroleum contains crude oil and other useful components, and we convert it into different types of fuel or products through petrochemical plants and oil refineries. A Fractionating Column is definitely indispensable in this process.

Crude oil will be heated at very high temperature and sent to the base of a fractionating column, after eliminating the salt in the oil to avoid corrosion to the petrochemical plant. When crude oil moves upwards, it will be separated into diesel, kerosene and naphtha, thanks to their different molecular weight and boiling point. Of course, these oil derivatives should be refined through more distillations to make it more pure and effective.

Cividac2

This type of distillation is composed of different phases, and takes place inside a single column, which has a complex structure with different entry and exit points to allow the crude oil to be reinserted for a better efficiency of the process. It is a delicate work and requires the precision in the processing and excellent quality of the plant. Here it worth mentioning that Cividac, an Italian company with over thirty years’ experience, deeply studied in this field and produce metallic equipment especially for petrochemical industry in both national and international market. Their specialized management and trained operators guarantee a proper processing, eliminating errors that can compromise the quality of the product.

 

Besides the columns, Cividac also produces Pressure Vessels, Heat Exchangers, and so on, designed for complex industrial proposes. And the company uses all types of stainless steels and alloys to achieve the goal of quality and safety. One of the most relevant advantages of using stainless steel is its corrosion resistance, combined with safety and convenience. Thanks to the presence of alloying elements such as chromium or nickel, stainless steel become particularly resistant to corrosive attack of the atmosphere, water and many solutions of acids, salts and alkalis. And it is widely used today in the petrochemical and chemical industries, especially the type of austenitic steels with chromium, nickel and molybdenum.

For more information please visit: http://www.cividac.com/

RUD INOX Star Stainless Steel Eyebolt with Full Working Load in All Directions

RUD Logo

RUD Chains offers over 500 different tested and certified lifting and lashing points which cover a working load capacity range of 0.6 to 250 tonne. RUD’s lifting equipment is used across a wide range of working environments from Heavy Lifting, Engineering, Materials Handling, Offshore, Construction, Rail, MOD and many more.

The INOX-STAR stainless steel eyebolt is made from a pentagonal shape and the body and the bolt is made out of duplex steel 1.4462; which offers a high resistance in sea water and across working environments with a high concentration of chloring ions. It also offers an impressive full working load limit in all load directions.

The innovative lifting point has the ability to rotate 360° offering an easy adjustment in the load direction. It offers a safety factor of 4:1 and is operational from -40° to 280°. Clear marking of the minimum working load limit for all loading directions is marked on the lifting point.

The INOX-STAR comes with a non-removable special bolt which reduces the risk of non-standard bolts being used. The bolt head possesses clear markings of the thread size, batch number and class of strength.

The INOX-STAR is quick and easy to install with just one bolt connection. For permanent installation and recurring lifts a special socket wrench can be supplied to apply the requested torque.

RUD INOX-STAR is typically used across offshore, oil, engineering, construction, shipbuilding & chemical industries to name a few.

For more information please visit: http://www.rud.co.uk/

INOX-STAR

Marex Supports Clients with Industry Legislative Compliance Verification Schemes and SECEs – SCR15

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Safety is a top priority in the oil and gas industry. Marex employs a team of highly qualified Risk and Safety Engineers, Master Mariners, Marine Engineers and Naval Architects to oversee the delivery of a professional, consultative and cost effective solution to the offshore industry’s marine and safety needs.

In 2015 the EU directive on Safety of Offshore Oil and Gas Operations introduced changes to UK Safety Case regulation, resulting in the implementation of the Offshore Installations (Offshore Safety Directive) (Safety Case etc.) Regulations 2015 (SCR15). These regulations apply to all installations engaged in oil and gas operations in territorial sea adjacent to Great Britain and any designated area within the United Kingdom Continental Shelf. The regulations aim to reduce, as far as possible, the occurrence of major accidents relating to offshore oil and gas operations and to limit their consequences. One of the major changes from the previous regulations was the requirement to consider the potential environmental impact of a major accident.

Since the implementation of SCR15, Marex has completed over 10 safety cases for major drilling contractors in the industry and conducted thorough reviews of safety cases for some of the biggest names in oil and gas. This puts Marex’s highly skilled team members in an excellent position to assist companies with the revision of safety cases for SCR15.

One of the key requirements of SCR15 is that each offshore installation should establish a verification scheme to ensure that the installation’s Safety and Environmental Critical Elements (SECEs) remain in good repair and condition.

SECEs are defined as those parts of an installation or of its plant, the failure of which could cause or contribute substantially to a major accident, or the purpose of which is to prevent or limit the effect of a major accident.

Verification Schemes

The verification scheme is a statement of the suitability of the record of safety and environmentally critical elements and the scheme of maintenance.

The verification scheme establishes a system which ensures efficient operation of the installation through the continual review of the SECEs. Each SECE has an associated performance standard, which demonstrates their suitability, state of repair and condition based on function, reliability and availability.

For non-production installations, a verification scheme must be in place before commencement of any oil and gas operations in UK offshore waters.

The verification scheme is a live document, which must be reviewed and updated as often as appropriate and the provisions for such should be outlined within the document. As a minimum the following should be considered during the review of the verification scheme:

  • Any development which could alter the SECEs
  • Anything which affects the verification arrangements appropriate to them
  • Matters which change the nature or frequency of verification activities

This review could potentially lead to a revision or replacement of the verification scheme.

Any changes to the operation of the installation that may change the requirements of the SECEs will result in a revision of the verification scheme and the associated performance standards, for example the conversion of an installation from non-production to production.

By ensuring the SECEs meet their required performance standards the duty holder provides some assurance that the SECEs are suitable and remain in good repair and so minimise the likelihood and potential consequences of a major accident.

A performance standard is developed for each SECE and included within the verification scheme. The performance standard states the required performance of the system described in terms of functionality, reliability, availability and survivability, against which the suitability and condition of the equipment can be assessed.

It is required by SCR15 that a description of the verification scheme is provided within the installation’s safety case, including the following details:

  • Examination and testing of SECEs by independent and competent verifiers
  • Verification of design, standard, certification or other system of conformity of SECEs
  • Examination of work in progress
  • Reporting of any instances of non-compliance

Identification of SECEs

The safety and environmentally critical elements for the installation must be identified before an effective verification scheme can be developed.

It is necessary to undertake a systematic approach to identify those systems which are SECEs. Within these systems many of the individual components may by SECEs, but others may not. SECEs include those systems for detection, control and mitigation of major accidents along with those systems which increase reliability through redundancy. This list of SECEs will vary depending on the installation’s design and operations. There may also be SECEs introduced for limited activities such as combined operations.

For example the BOP on an offshore drilling unit would be considered a SECE and a performance standard for it would be included in the verification scheme.

The starting point for the exercise to identify SECEs would be the identification and qualitative risk assessment of the major accident hazards associated with the installation operations. The risk assessment should identify the threats and potential consequences associated with each major accident hazard, as well are the measures which are in place to prevent occurrence of the major accident and to mitigate the potential consequences.

Bowtie Workshops

In order to help our clients demonstrate compliance with the safety case regulations and to show that the major accident hazards associated with the operation of the installation have been subject to appropriate risk assessment, Marex facilitates bowtie workshops which are designed to enable the identified major accident hazards to be qualitatively risk assessed by relevant stakeholders, including the rig crew. In order to do this BowtieXP software is used. When running workshops to align with the new requirements of SCR15 one of the main aims is to identify the equipment barriers associated with the control of major accident hazards, including those which could have a major environmental impact. It is therefore important to qualitatively assess the environmental risk associated with each major accident hazard, as well as ensuring that sufficient barriers are in place such that all risks associated with identified major accident hazards continue to be as low as reasonably practicable (ALARP).

Each scenario is represented by its own bowtie, such as the one below.

Marex graph.1.1

 

A bowtie diagram presents the hazards and their controls in a logical and structured manner. It can serve several purposes, e.g. as a methodology for identifying barrier functions and elements related to present hazards as well as communicating risks and control mechanisms efficiently.

Any structure, plant, equipment, system or component part whose failure could cause or contribute to a major accident is a safety and environmentally critical element, as is any which is intended to prevent or limit the effect of a major accident. The bowtie diagram is made up of the following components:

  • Hazard – an intrinsic property of anything with the potential to cause harm
  • Top-event – initial consequence that occurs immediately after the hazard is released
  • Threat – potential to cause the top event
  • Consequence – event or chain of events that results from the release of a hazard
  • Barrier – measure that reduces the probability of releasing a hazard
  • Escalation factor – condition that can cause a barrier to fail

The barriers can be classed as people, plant or process barriers. With regards to the verification scheme, the most important of these are the plant barriers as they will help us to identify SECEs. Details of the personnel responsible for the operation and/or maintenance of the barriers are also included. A typical plant barrier is shown below.

marex graph 2.2

This barrier is for the BOP system and tagged on it are the two relevant SECEs (SECE 01 – BOP and SECE 02 – BOP Control System), as well as the person responsible (in this example the Subsea Engineer). Every barrier for each of the identified major accident hazard scenarios is tagged similarly to the barrier shown here with the appropriate associated SECE.

Conclusion

Oil and gas is a fast paced industry where low probability events with catastrophic consequences could easily be overlooked. It is important to ensure that every eventuality has been identified and assessed for all potential outcomes. The introduction of SECEs and the emphasis placed on the verification scheme and performance standards through SCR15 has helped to prevent and mitigate these major accident hazards.

Marex continues to provide a high standard of work for its clients, which in turn enables them to fully demonstrate compliance with SCR15 ensuring all aspects of workplace risk and safety have been accounted for through identifying, minimising and eliminating the risks to their employees, their assets and the environment.

For more information please visit: www.mmass.co.uk

Disruptive technology has a flagship.

New class of vessel to shake up decommissioning.  Topsides and jacket removed in a single lift, without breaking the bank.  This is a floating dry dock with a twist.

Using some of the same principals as their game changing semi-submersible MPSS (Multi-Purpose Semi-Submersible), Seaways Engineering International have changed Heavy lift forever.  With the Novel Extended Semi-Submersible for Installation and Decommissioning (NESSI/D).   This is an economical purpose built workhorse.

Nessie front page of two pager  3600x2880

 

A zero heave vessel

Nessie is a supremely capable vessel.  Envisioned as an economical (by comparison) Installation & decommissioning vessel, her abilities are evident. By lifting from below a great deal of the expensive and dangerous practices associated with heavy lift is eliminated.

Starting with our MPSS building method we designed a massive drydock with a removable center deck/submersible barge and a floating gate at one end. Then we added some “off the shelf” lifting gear to customize on the fly for any lifting situation.  Because Nessie starts as a zero heave vessel we can eliminate motion compensation, a very expensive and elusive process.  This allows us to work as if on land unlike any other vessel.  Even in severe weather, Nessie would not have to run for cover.  She could back away from the rig to a safe distance and sit at anchor to wait the storm out, saving transit time.

A floating dock with a gate at one end and a removable deck will allow NESSIE to operate as a traditional drydock but also allow the vessel to surround a rig and lift from below, much like a forklift.  This method of lifting is much safer and more efficient.  Others build a vessel to hold a crane we use the vessel as the crane.  Getting over the load has always presented problems, we eliminated the need.

The topside lift.  Nessie can surround a rig, that changes everything.  Using ballast water Nessie gets low enough to get under preinstalled structural supports she dumps ballast lifts the topsides.

The heaviest topsides weigh Between 20,000 & 30,000 tons.  What is an impossible lift for a standard crane would be easy.  Simply by draining some of her 300,000 tons of ballast in a controlled manor she will simply lift and carry that weight.

With the Jacket still low in the water, we attach lifting cables to the jacket by ROV.  The anchoring pylons are cut, we deballast and lift the jacket free of the seabed.  Our programing will control the winches in a manner that will lift then rotate the Jacket under water.  Once horizontal the jacket is secured in position between the pontoons.  The process is reversed for installation and delivery.

Although typically much lighter than the topsides, the heights of some Jackets can be difficult for a traditional crane vessel to handle.  Cranes simply don’t have the reach to lift a tall tower onto the deck of a barge.

Safety, always on everyone’s mind, is a byproduct in Nessie’s case.  Traditional cranes operate on at perceived safe margin.  Figuring in things like “acceptable risk” is all part of it.  As we all know on a crane, if anything goes wrong, everything goes wrong.  We don’t have those problems.  Our lifting capacity is far beyond any actual required lift in the North Sea.  Our topside connections are solid and over engineered.  Our Jacket “sling” is made of far more connections than needed.  So if one breaks, it is a surprise and the program compensates for the loss and nothing more.

Avoided because we can.  Motion Control systems, high volume ballast balancing systems, operating at vessel limits, they are all unsafe and they all cost a lot of money.  Nessie can lift many times the stated limit of even the largest SSCV or purpose built Decom Vessel.  She carries 300,000 ton of ballast at her low operating draft.  That translates a theoretical lift >300,000 ton.

We have a smaller version for the shallow southern North Sea.  Wee Nessie is suitable for Topside only lift or vertical lift in shallow areas where she won’t need to rotate the jacket.  Depending how tall the jacket is we can lift the entire rig topsides and all and transport to the desired location.

2016-09-01_Wee Nessie Sketch

 

Decommissioning with NESSIE presentation:

https://sway.com/63fZperBS9XwYBI1

The Semi-sub.  Describes MPSS presentation:

https://sway.com/lrAdEthJVNPXBEc9

This is a step by step explanation with Wee Nessie focus

https://sway.com/cGx0kECRmByleLrq

 

For more information please visit: WWW.SWAEI.COM

Serving the needs of the training sector; HTL Training Services

 

HTL Training Services - Logo

 

 

 

 

 

HTL Group are delighted to have Bob Fogerty BSc CMIOSH as Director of Training for HTL Training Services.

Personally delivering training alongside a team of highly skilled Technical Trainers, Bob is responsible for developing a training programme to serve the growing training demands of the oil, gas, and renewable energy sectors.

With over three decades of experience in engineering and a team of Technical Trainers with expertise in a number of industries, Bob ensures that HTL Training Services consistently delivers training which exceeds industry standards.

World class training facilities based in Cramlington, Aberdeen and Great Yarmouth coupled with an ever increasing portfolio of approved courses ensures delegates have the best learning experience with HTL Training Services whether they are looking to reskill, upskill or transfer skills.

A full suite of approved courses can all be delivered onsite at client’s premises globally or at any dedicated HTL training facility with flexible study periods to suit individual requirements.

Worldwide recognised courses available include the ECITB’s Mechanical Joint Integrity training (Topside, Subsea & Wind Energy), Gas Turbine Introduction and Operations, Mechanical Valves and Maintenance, Effective Communication in Construction Engineering, CCNSG Safety Passport, NEBOSH National General Certificate in Health and Safety, IOSH Managing Safely and QNUK First Aid training.

Bob Fogerty comments:

Having spent the past 25 years in the Controlled Bolting Sector, the role of Director of Training for HTL Training Services felt like a natural step for me. The position allows me to take the successful HTL business model and apply it to the training services arena, ensuring that HTL will continue to develop its training course portfolio in response to its clients and industry needs.”

To view the full course portfolio available from HTL Training Services visit http://www.htl-trainingservices.com/upcoming-courses/.

To enquire about individual or group course bookings please call +44 (0) 1670 700 005 or email info@htl-trainingservices.com.

Bob Fogerty

 

Praxair to expand Kirtland, New Mexico nitrogen facility

Praxair, Inc. (NYSE: PX), announced today that it has started up a second nitrogen plant at its facility in Kirtland, New Mexico to support growing nitrogen demand in the San Juan basin, which includes southwestern Colorado and northwestern New Mexico. The new plant, along with an additional liquefier expansion to be completed later this year, will increase total capacity at the site to 300 TPD (tons per day) of liquid nitrogen, in addition to gaseous nitrogen that is being supplied to local pipeline customers under long-term contracts. Read more…

Sasol disposes of its investment in the Iranian joint venture Arya Sasol Polymer Company (“Arya”)

JOHANNESBURG, Aug. 19, 2013 /PRNewswire/ – On 16 August 2013, Sasol Investment Company (Pty) Limited, a wholly owned subsidiary of Sasol, entered into a definitive sale and share purchase agreement pursuant to which Main Street 1095 (Pty) Limited, a South African subsidiary of an Iranian investor, completed and effected the acquisition of 100% of the shares of SPI International (Pty) Limited (“SPII”)(“Transaction”).  SPII is the indirect owner of a 50% interest in Arya. Read more…

Cobalt International Energy, Inc. provides operational update on its West Africa and Gulf of Mexico drilling operations

Cobalt International Energy, Inc. (“Cobalt”) (NYSE:CIE) today provided an update on its deepwater drilling operations in West Africa and the Gulf of Mexico, and announced that it has entered into a new rig contract. Read more…

Chevron introduces GST® Premium 32 turbine oil

Chevron Products Company, a Chevron U.S.A. Inc. division, maker of technologically advanced engine oils, lubricants and coolants, today introduced its new GST® Premium 32 turbine oil. The new oil has exceptional thermal and oxidative stability and meets strict requirements of a wide variety of turbine OEMs, including Mitsubishi Heavy Industries, Siemens and Alstom. The product is well suited for power generation applications in markets like petrochemical production, utilities and heavy industry. Read more…

ABB to provide power distribution and automation solution for Sevan offshore accommodation vessels

ABB, the leading power and automation technology group, has won an order to provide integrated solutions that include the electrical propulsion system, Azipod® CZ and automation system onboard two offshore accommodation vessels. Read more…

Scana Offshore Services signs a contract for BOP Stacking services

Scana Industrier ASA has through its subsidiary Scana Offshore Services Inc been awarded a contract for BOP stacking services of approx. 2,7 MUSD to a non-disclosed customer. Read more…

Dundee Corporation acquires further interest in Eagle Hill Exploration Corporation

In accordance with regulatory requirements, Dundee Corporation (TSX:DC.A) (“Dundee”) announces that it has acquired in a private placement, 62,346,000 units (“Units”) of Eagle Hill Exploration Corporation (“Eagle Hill”) at a price of $0.075 per Unit. Each unit consists of one common share (“Share”) in the capital of Eagle Hill and one-half of one transferable common share purchase warrant (“Warrant”). Each whole Warrant entitles the holder to purchase one Share at a price of $0.10 per Share at any time within 48 months. Read more…

Unique System FZE appoints new division head for its oil & gas division

Unique System FZE, a Unique Maritime Group company, which is one of the world’s leading integrated turnkey subsea and offshore solution providers, has announced the joining of Martin Bolton as the new Division Head for its Oil & Gas Division for the Middle East Region.  He will be based at Unique’s head office in Sharjah in the UAE. Read more…

Roc Oil Company Limited (ROC) announces Beibu Gulf project – fifteen well development drilling campaign completes

Roc Oil (China) Company, a wholly owned subsidiary of Roc Oil Company Limited (ASX: ROC), advised today that final stage of the Beibu Gulf Block 22/12 development drilling has been completed with the successful conclusion of the five well drilling programme on the WZ 12-8 West field and the demobilisation of the jack up drilling rig COSL HYSY 931. Read more…

Number of events planned for 2013 Year of Ecology in Gazprom already three times surpassed

A meeting of the Gazprom Coordinating Committee for Environmental Protection and Energy Efficiency took place at the Gazprom headquarters under the chairmanship of Vitaly Markelov, Deputy Chairman of the Company’s Management Committee – Head of the Coordinating Committee. Taking part in the meeting were Members of the Gazprom Management Committee and heads of the Company’s structural units and subsidiaries. Read more…

Eni announces Paolo Scaroni meets Denis Sassou Nguesso in Congo

The President of the Republic of Congo, Denis Sassou Nguesso, and Eni’s CEO, Paolo Scaroni, met today in Djambala, in the Central region of Plateau, to discuss Eni’s ongoing activities and projects in the country. Read more…

Abest Power & Gas launches energy services in the State of Massachusetts

Corporate Resource Services, Inc. (OTCBB: CRRS), a diversified technology, staffing, recruiting, and consulting services firm, today announced that Abest Power& Gas, its joint venture in retail energy, has been issued its license to begin selling energy services in the State of Massachusetts. Read more…

ConocoPhillips announces sale of Trinidad and Tobago asset

ConocoPhillips (NYSE: COP) today announced that it has closed a transaction with the National Gas Company of Trinidad and Tobago Limited (NGC) for the sale of its wholly owned subsidiary, Trinidad and Tobago Holdings LLC, for a total consideration of $600 million plus customary adjustments. Read more…

Halliburton opens expanded manufacturing and technology centre in Malaysia

Halliburton (NYSE: HAL) officially opened the expansion of its Malaysia Manufacturing and Technology Centre in Senai, Malaysia, today. The additional capability will allow the company to expand its delivery of high-quality products to meet the growing needs of customers in the Eastern Hemisphere and globally. Read more…

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