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Compliance with IMO 2020 rule to be high despite concerns

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Compliance with the International Maritime Organization’s global sulfur limit for marine fuels will likely settle around 90% in the initial years after 2020 as most shipowners switch to 0.5% sulfur bunker fuels to meet the rule, a bunker industry veteran and senior partner at 2020 Marine Energy Adrian Tolson said.

Less than 15 months remain for the regulation to be implemented, but there have been widespread industry concerns in the past about the extent of compliance with the rule due to the magnitude of the change and the costs involved. Availability of 0.5% sulfur compliant bunker fuels has also been cited as a potential deterrent to achieving full compliance to the impending regulation.

However, this is changing as shipowners plan ahead and refiners make investments to provide such fuels, Tolson told S&P Global Platts on the sidelines of the 20th Singapore International Bunkering Conference and Exhibition.

“In the transitional months, mostly everybody [shipowners and operators] will look at purchasing distillates… but the shift to very low sulfur fuel oil will be fairly quick,” he said.

In the initial six months or so after 2020, the differential between HSFO and distillates could be as high as $450-$600/mt, Tolson said.

However, this is expected to narrow as the distillate market gets over the initial shock and HSFO availability dwindles due to the limited uptake of exhaust gas cleaning systems, or scrubbers, he said.

While there is momentum around LNG bunkering, its contribution in the global bunker fuel mix is only expected to be around 5% by 2030, Tolson said.

LNG could be a cheap and viable compliant fuel option, but only if you can get through the infrastructure issues and build the volumes,” he said.

As the years progress, VLSFO is expected to become significantly cheaper than diesel, prompting its widespread use, Tolson said.

While quality issues around VLSFO consumption have been a concern for some, I have far more faith in their use,” he said. “The sort of contaminants in 0.5% sulfur bunker fuels are not significantly much different from those found in 3.5% sulfur bunker fuels,” he added.

Concerns around stability and compatibility are also expected to diminish over time as refiners are increasingly developing fuels to overcome such issues, he said.

Compliance with the IMO 2020 rule is also likely to be spurred by strict enforcement by both flag states and port authorities, Tolson said.

Compliance is primarily the shipowners’ responsibility… and most will be unlikely to risk non-compliance,” Tolson said, adding that errant players will have to deal with fines, penalties and detentions, as well as a possible loss of charter parties.

CHANGING INDUSTRY LANDSCAPE

While the product mix is set to change due to the 2020 rule, the industry is also re-organizing itself, Tolson said.

The role of independent bunker suppliers is being increasingly challenged amid increasing competition and shrinking margins, requiring many to reinvent themselves as 2020 approaches, he said.

As we approach the post-2020 world, bunkering companies firstly need to position themselves as more than just basic suppliers, looking at every opportunity within the physical supply chain to add value, beyond the typical storage, distribution and supply process,” he said.

What shipowners and operators really need is help in structuring their purchasing habits, utilizing technology, data and intelligence so that their procurement and buying process is fully optimized. This can yield 1% to 2% in fuel cost savings, which is significant when we consider the dramatic increase in prices post 2020,” he added.

Traditional oil companies and large commodity players will likely emerge as the major beneficiaries post 2020, but many of them may not want to deal with credit, logistics and claims, so there will always be room for suppliers, Tolson said.

In addition to the global sulfur cap rule, to meet IMO’s upcoming greenhouse gas emissions reduction targets, the industry will have to move to clean energy sources, from hydrogen-based fuels, biofuels, wind to battery power and so forth; distillates and hybrid products just won’t exist, he said.

Physical suppliers need to consider what their role and position in this new world looks like now, and begin the process of building a business model and brand that can deliver it and is fit for purpose, he added.

Source:hellenicshippingnews

Ørsted Acquires Deepwater Wind

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Ørsted has entered into an agreement with the D.E. Shaw Group to acquire a 100 percent equity interest in Rhode Island-based Deepwater Wind at a purchase price of $510 million. 

The two companies’ offshore wind assets and organizations will be merged to become the group with most comprehensive geographic coverage and the largest pipeline of development capacity in the U.S.

Deepwater Wind’s portfolio has a total potential capacity of approx. 3.3GW comprising:

•   Block Island (30MW), the only operational offshore wind farm in the U.S. Block Island comprises five General Electric 6MW turbines with a total capacity of 30MW. The Block Island wind farm, located three miles from Block Island, Rhode Island, came into operation in December 2016.

•   Three offshore wind development projects in Rhode Island, Connecticut, Maryland and New York totaling 810MW of capacity with long-term revenue contracts in place or pending finalization.

•   Approximately 2.5GW of offshore wind development potential across three lease areas in Massachusetts and Delaware. Of this, 1.2GW is developed through an equal joint venture with PSEG, a New Jersey utility.

Ørsted’s current U.S. offshore wind portfolio has a total capacity of approx. 5.5GW comprising:

 •   Development rights for up to 2GW at the Bay State Wind site off the coast of Massachusetts owned in a joint venture with Eversource.

•   Development rights for up to 3.5GW at the Ocean Wind site off the coast of New Jersey.

•   In Virginia, Ørsted will be constructing two 6MW wind turbine positions for phase one of Dominion Energy’s Coastal Virginia Offshore Wind Project. Ørsted has exclusive rights with Dominion Energy to discuss the potential development of up to 2GW of offshore wind capacity.

With the combined organization and asset portfolio, Ørsted will be able to deliver clean energy to the seven states on the U.S. East Coast that have already committed to build in total more than 10GW of offshore wind capacity by 2030.

After closing of the transaction, the name of the new organization will be Ørsted US Offshore Wind. The new organization will be represented by a local management team headed by Ørsted US Offshore Wind CEO Thomas Brostrøm, Co-CEO Jeff Grybowski, President and CFO David Hang both from the Deepwater Wind team, and COO Claus Bøjle Møller from the Ørsted team.

The transaction is subject to clearance by the U.S. competition authorities and is expected to close by end of 2018.

Deepwater Wind projects

Deepwater Wind's development projects with revenue contracts awarded or under negotiation are:

Revolution Wind (600MW): located within Deepwater Wind’s northern Massachusetts-Rhode Island BOEM lease area, Revolution Wind will interconnect into southern New England where it will deliver power to Rhode Island (400MW) and Connecticut (200MW). Subject to permitting, securing power purchase agreements and final investment decision, Revolution Wind is expected to be commissioned in 2023. The Revolution Wind lease area is located more than 15 miles south of the Rhode Island coast.
     
Skipjack (120MW): located more than 19 miles from Ocean City, Maryland, Skipjack will interconnect into the Delmarva peninsula where it will deliver power to the residents of Maryland under the 20-year OREC order which was issued by the Maryland Public Service commission in 2017. Subject to permitting, further development, and final investment decision, Skipjack is expected to be commissioned by the end of 2022.
     
Southfork (90MW): located 35 miles east of Long Island, Southfork will interconnect into eastern Long Island where it will deliver power to households under a long-term power purchase agreement with the Long Island Power Authority. Subject to final investment decision, Southfork is expected to be commissioned by the end of 2022.

Future development:

Garden State Offshore Energy: a 50-50 joint venture with PSEG, a leading New Jersey utility and power generation company, holds the rights to a lease off the coast of Delaware and New Jersey with the potential for approximately 1.2GW of offshore wind.
     
New England lease areas: Deepwater Wind holds the rights to two lease areas off the coast of New England which contain the potential for a further 1.3GW with close proximity to the growth markets in the North East.

Ørsted projects

Ørsted entered the U.S. in 2015 and currently has development rights for the up to 2GW Bay State Wind site off the coast of Massachusetts, and for the up to 3.5GW Ocean Wind site off the coast of New Jersey.
     
Bay State Wind is located 25 miles off the Massachusetts South Coast, and 15 miles off the coast of Martha’s Vineyard. The project is a 50-50 joint venture between Ørsted and Eversource. Ocean Wind is in the early stages of development and will be located approximately 10 miles off the coast of Atlantic City.
     
In Virginia, Ørsted will be constructing two 6MW wind turbine positions for phase one of Dominion Energy’s Coastal Virginia Offshore Wind Project. The two companies have signed a memorandum of understanding giving Ørsted exclusive rights to discuss potential development of up to 2GW of offshore wind capacity.
     
Ørsted recently acquired Lincoln Clean Energy, a U.S. developer of onshore wind farms. In addition, Ørsted is active in battery storage and solar development and last year established an office in Austin, Texas, to lead those efforts.

Source:maritime-executive

New venture launches subsea lifting system

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Following the sale of Ecosse Subsea to Oceaneering earlier this year, subsea entrepreneur Mike Wilson has launched Ecosse IP Ltd. (EIP), with start-up investment of £2 million ($2.6 million).

The company’s first technology to market, Ambient Lifter, can be used to lift, lower, or hover any subsea object by controlling buoyancy and ballast in low pressure pipes. It aims to improve efficiency in subsea construction by 25-30% and on decommissioning debris clearance by 35-40%, the company said.

During harbour trials, Ambient Lifter successfully lifted 5Te in controlled lifts in a range of different configurations. The trials demonstrated the use of the new system in realistic operating conditions and showed its capabilities to offer an adaptable lifting solution in varying weather and tide states.

The trials were witnessed by the Oil and Gas Technology Centre, who provided support for the trial process and, the company said, see Ambient Lifter as an important technology for cost-effective subsea development of marginal fields.

Source:offshore-mag

Tankers: Northwest European clean MR freight rallies in as gasoline prices drop

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Clean Medium Range tanker freight rates have rallied this week as gasoline traders scramble to ship gasoline out of Northwest Europe, where a significant build in stocks has pressured gasoline prices.

The UK Continent-US Atlantic coast route for 37,000 mt cargoes was assessed at Worldscale 150 Thursday, up 25 points from Wednesday, representing a 50% rise in less than two weeks.

The Stena Performance was heard on subjects to BP for a 37,000 mt gasoline cargo loading in Brofjorden on October 9 for a voyage across the Atlantic at w155, with a UKC option at w165.

One shipbroker said with gasoline in NWE cheaper than anywhere else this week, there is now “an arb working in pretty much any direction,” and that traders with relet vessels saw this and snapped up tonnage promptly, while holding back the relets for their own stems.

The tonnage as a result tightened incredibly quickly, and those late to the game, and felt market may stutter as it had done previously, were forced to pay over the odds again from bullish owners that held back on offering while the market rose,” the shipbroker added.

The Eurobob gasoline crack spread — the value of FOB Northwest European gasoline barges relative to Dated Brent crude — has hit a three-and-a-half-year low due to slowing demand and buoyant crude prices.

After two slow weeks with the arbitrage route to the US Atlantic coast closed, gasoline stocks have built up. The number of available vessels, however, has thinned out rather quickly and there were 13 MRs in the 10-day window on Friday morning, according to another shipbroker.

Source:hellenicshippingnews

Chelsea Logistics Buys Two Vessels

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Philippine-based Chelsea Logistics Holdings (CLC), wholly owned subsidiary of Udenna Corporation, added two new ships to the company’s existing fleet of 83 as part of its expansion program.

CLC  inaugurated the M/T Chelsea Providence and M/V Salve Regina at the Manila North Harbour Port, the two vessels that CLC bought with  an investment worth around $50 million.

Manila Standard quoted CLC founder and chairman Dennis Uy as saying that his company has  long dreamed of having its presence felt in the international waters and to commence its  foray into the regional liquid carrier market.

M/T Chelsea Providence is its biggest registered vessel yet, a 183.3-meter long, medium-range oil tanker that has a holding capacity of 54 million liters of petroleum.

The M/V Salve Regina, meanwhile, is a roll-on, roll-off (RoRo) passenger vessel with a carrying capacity of 500 passengers and 41 vehicles.

CLC operates 16 tankers, 20 RoPax, 9 cargo vessels and 14 tugboats through Chelsea Shipping, Starlite Ferries,Trans-Asia Shipping Lines Inc. and Fortis Tugs. In addition, its investee 2GO Group, Inc. operates eight RoPax vessels, five cargo vessels and 11 fast craft.

Source:marinelink

Equinor Doubles Reserves At Norne Field With Cape Vulture Discovery

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Equinor has confirmed a new play and doubled the remaining oil reserves to be produced at the Norne Field with Cape Vulture, one of the operator’s latest discoveries on the Norwegian Continental Shelf.

Shutdown of the field, which began production in 1997, was originally planned for 2014; however, added volumes have extended its life to 2036, the Norwegian major said in a news release Oct. 4. The appraisal wells, drilled by the Songa Encourage rig, on the Cape Vulture discovery confirmed a volume potential of between 50 million barrels (MMbbl) and 70 MMbbl of recoverable oil and a new play on the Nordland Ridge.

Cape Vulture came as a gift in early 2017, and it confirmed that exciting subsurface secrets still remain to be unlocked in the Norne area,” Siri Espedal Kindem, Equinor’s senior vice president, operations north, said in a news release. “Our exploration people have been scrutinizing the area for more than 40 years, and they are still cracking codes.”

The appraisal wells, located 7 km (4 miles) northwest of the field’s production vessel Norne in the northern Norwegian Sea, successfully achieved their objective of delineating two reservoir zones in the 6608/10-17 S oil and gas discovery and investigating a new zone in the Lower Cretaceous-aged Lange Formation. The wells hit oil in all three reservoir zones in the formation, according to the Norwegian Petroleum Directorate (NPD).

The NPD said appraisal well 6608/10-18, drilled to a vertical depth of 3,437 m (11,276 ft), encountered an oil column of about 15 m (49 ft) in the middle zone and a 2-m (7-ft) thick sandstone layer “with good reservoir properties” in the deepest zone.

The 6608/10-18 A appraisal well, drilled to a vertical depth of 3,114 m (10,217 ft), also had success. It struck oil columns of about 10 m (33 ft) in the upper zone and about 10 m in the middle zone.

Drilled to a vertical depth of 3,256 m (10,682 ft), well 6608/10-18 B struck an oil column of about 80 m (262 ft) in the upper zone, while a 13-m (43-ft) gas column and a 110-m (361-ft) oil column were proven in the middle zone, according to the NPD.
Source:epmag

New Thruster Solutions Developed for Arctic Shipping

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A team of European marine research institutes and companies have developed creative technologies for thruster solutions that are specifically engineered for ships operating in the Arctic.

With the new solutions created under the three-year ArTEco project led by Finland's VTT and Wärtsilä, thruster lifetimes can be increased, their maintenance need can be decreased and their reliability improved, particularly in extreme conditions, the project partners said.

While at sea, a ship must overcome tough resistance as it displaces water masses from its path. Ice creates extreme loads when the power of the ship's engine is directed through the ice by the propeller. Extreme loads wear the propulsion equipment, or thruster, thereby shortening the life cycle and reducing technical reliability. Limited operations or even equipment failure cause direct and indirect costs for owners, operators and equipment and component manufacturers

The ArTEco (Arctic Thruster Ecosystem) project involved the development of innovative technologies and solutions for mechanical and rotating propulsion technology in extreme conditions. According to VTT, the results will enable the better use of ships, and the predictability of loading and failure. ArTEco has revealed a clear path to further possibilities to optimize the design of equipment even more effectively and secure the full capabilities of vessels in difficult ice conditions. Environmental loads will also be reduced when maintenance vessels are less often needed in sensitive, Arctic sea areas.

VTT developed and measured damping solutions for torsional vibrations, caused by issues such as the impact of propeller blades on ice.

"The results of the project can be applied on various vessels, icebreakers and the autonomous ships of the future, which will be able to operate in both non-Arctic and Arctic sea areas. The smart products and services of the future and new, competitiveness-boosting business opportunities will be created via the ecosystem projects. The best international research institutes in the field and industrial contributors were involved in the project," said Project Coordinator Jari Halme of VTT.

The project also involved the development of cutting-edge propeller simulation and load-specification methods, vibration damping solutions, environmentally friendly lubricants, measurement technology, and the improvement of the gear unit’s load carrying capacity. These led to the creation of innovative, tested and reliable solutions. For example, changing external hubcap shapes reduced the maximum ice impact load by 30 percent, while a damper reduced vibration in the transmission by more than 20 percent. The results have been achieved in a full-scale testing environment. Similar measurements and testing have earlier never been done in this size and scale.

ArTEco has allowed us to increase the technology readiness level for several promising solutions for propulsion products. At Wärtsilä we are committed to innovation and are continuously working in different ways to provide better products for our customers,” said Anders Hedin, Project Coordinator at Wärtsilä.

VTT and Wärtsilä coordinated the ArTEco project, in which the following organizations were also involved: ATA Gears, Katsa, the Finnish Transport Safety Agency, Tampere University of Technology, SKF, TU Luleå, Klingelnberg and TU Dresden. The main funders of the project are Business Finland in Finland, Sjöfartsverket in Sweden and state funding in Germany. The project is part of the European MARTEC II (Maritime Technologies as an ERA-NET).

Source:marinelink

Carnegie issued Oz wave ultimatum

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Wave developer Carnegie Clean Energy has been given nine weeks to provide a detailed funding plan to the Western Australia (WA) state government to continue with its Albany project.

Upon receipt of the plan, WA will assess whether the company has the financial capability to complete the 1.5MW project.

The move follows an agreement by regional development minister Alannah MacTiernan to pay Carnegie the previously negotiated and revised first milestone payment of A$2.625m for the Albany scheme.

Carnegie said WA was satisfied Carnegie has commenced site development activities and design works, and has complied with its contractual obligations.

The financial viability of the project consisting of a single Ceto 6 device has come under question following changes to federal R&D tax incentives.

 “The proposal to change R&D tax incentives, contained in their 2018-19 budget, has threatened the bottom line of several Western Australian companies, from renewable energy to tech metals,” the company said

Given the circumstances surrounding the changes, the state government is committed to protecting its investment and building safeguards in the project to minimise financial exposure.”

Source:Renews

SINN Power rides Guinea wave

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German wave developer SINN Power has agreed to take on a feasibility study on the potential of wave energy and other renewable technologies on behalf of an unnamed customer in Guinea.

The company said it will install multifunctional sensors at selected locations in Guinea from this month.

The sensors will measure wave, solar and wind data over a period of eight months.

The generated data will be evaluated by SINN Power in Germany and summarized in the feasibility study, it said.

After the completion of this feasibility study, SINN Power will provide a site-specific recommendation for an off-grid power system for the customer.

SINN Power visited the Guinea capital Conakry in the summer of 2018 to perform a geographical assessment using 3D analysis to verify the suitability of the proposed sites for the different energy sources.

Source:renews

Stolt-Nielsen, Golar and Höegh target small-scale LNG and bunkering

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Stolt-Nielsen, Golar LNG and Höegh LNG are investing $182m in Avenir LNG to develop small-scale LNG distribution and LNG bunkering.

Avenir LNG was a company formed by Stolt-Nielsen in 2017 to distribute LNG to markets without pipeline connections. The investment by the three companies will be made through cash and equity-in-kind and will fund the construction of six small-scale LNG carriers, and a small-scale terminal and regasification facilities.

Stolt-Nielsen will be consolidating all its LNG activities in Avenir LNG including four 7,500 cu m LNG carriers order at Keppel Singamarine’s yard in Nantong, China, and a joint-venture LNG terminal and distribution facility to be constructed in the port of Oristano, Sardinia. Avenir LNG also plans to order two further small-scale LNG carrier newbuildings.

Stolt-Nielsen will have 50% stake in Avenir LNG while Golar LNG and Höegh LNG will hold 25% each.

As well as small-scale LNG distribution the joint venture is looking to LNG bunkering utilising the same small-scale LNG vessels. Niels G. Stolt-Nielsen, ceo of Stolt-Nielsen Limited “With the implementation of the IMO's 2020 emissions regulations approaching, demand for LNG as a cleaner, low-sulphur marine fuel is increasing. Each of the LNG newbuildings is designed to perform safe and efficient ship-to-ship LNG bunkering, which Avenir LNG plans to introduce at key strategic ports."

Höegh LNG president and ceo Sveinung J.S. Støhle commented: “Due to the size and location of our FSRU fleet, Höegh LNG has for some time seen small-scale LNG services as an attractive complement to our core offering of full-scale FSRUs.

The investment provides Höegh LNG with an opportunity to enter the segment through a venture that is at an advanced stage of development. It represents a highly attractive opportunity for growth and has direct synergies with our core full-scale FSRU business through the incremental LNG demand it is expected to deliver,” he added.

Source:seatrade-maritime