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LNG Canada’s new inlet facilities module arrived in Kitimat yesterday afternoon (March 10).It is more than 10 storeys hi...
15/03/2022

LNG Canada’s new inlet facilities module arrived in Kitimat yesterday afternoon (March 10).

It is more than 10 storeys high and arrived at the LNG Canada Project Site. The module will serve as the entry point for natural gas delivered to the site via Coastal GasLink’s (CGL) pipeline.

“Taking delivery of our inlet facilities module represents another key milestone for our project, which is now approaching 60 percent completion,” LNG Canada CEO Peter Zebedee said.

The module will evenly distribute natural gas at a constant flow to treatment facilities and processes, including liquefaction and storage before it is then loaded into carriers for marine transport, according to LNG Canada.

The module will first be moved from LNG Canada’s material offloading facility at the Port of Kitimat to its place at the main LNG processing site.

It will join several other large pieces of infrastructure installed in recent months.

Read More: Phase one of the LNG Canada piling project in Kitimat is complete

has arrived at the LNG Canada project site in Kitimat, B.C., in the traditional territory of the Haisla Nation, marking another phase in construction activities at Canada’s first major liquified natural gas facility.

Sinopec informed via social media that the world’s largest LNG storage tank has been accelerated at Qingdao LNG terminal...
15/03/2022

Sinopec informed via social media that the world’s largest LNG storage tank has been accelerated at Qingdao LNG terminal in Shandong Province.

The LNG tank will have a storage capacity of 270,000 cubic meters

The world's first LNG dual-fuel very large crude carrier (VLCC) 'Yuan Rui Yang', manufactured by China State Shipping Co...
13/03/2022

The world's first LNG dual-fuel very large crude carrier (VLCC) 'Yuan Rui Yang', manufactured by China State Shipping Corporation (CSSC), has been delivered in Dalian, Northeast China's Liaoning Province on Monday, marking a milestone in China taking a lead in applying green, environmentally friendly and energy-saving technologies within the industry.

Against the background of a global energy transition, the successful delivery will promote the application of LNG as the main fuel on VLCCs, which will help the energy conservation and emission reduction of large ships and the shipping industry to promote the goal of carbon peaking and carbon neutrality, observers said.

'Yuan Rui Yang' will be operated by COSCO Shipping Energy Transportation Company and has a length of 333 meters, molded breadth of 60 meters, and molded depth of 30.5 meters.

Using LNG as its main fuel, it is equipped with the dual-fuel engine, power generators and boiler. In gas mode, the ship's endurance can reach 12,000 nautical miles, with a combined endurance for fuel and gas of 24,000 nautical miles.

During the construction process, CSSC has achieved independent research on many engineering application challenges including cutting, welding, assembly and inspection of corrosion-resistant steel, forming a complete mass production and engineering application technology system of marine corrosion-resistant steel, and enhancing the international competitiveness of high-end marine steel.

The system, developed jointly by Hamburg-based Marine Service GmbH and Newport Shipping UK LLP, is designed both for new...
11/03/2022

The system, developed jointly by Hamburg-based Marine Service GmbH and Newport Shipping UK LLP, is designed both for new and existing container vessels. LNG fuel tank containers are stowed in a safe area where piping, venting and fire-fighting systems are integrated in the cell guide structure.

The gas handling room is sited adjacent to the container storage area but separated by a cofferdam and fire protection systems. Low- and high-pressure fuel gas systems for all known four-stroke and two stroke dual-fuel engines are available, the companies said.

Related: BHP: Don’t overlook LNG waiting for zero carbon silver bullet

They claim an immediate carbon reduction of 20-25%, with scope for additional cuts when more bio-LNG and synthetic LNG become available. The LNG containers, which have capacity for 33 cu m of LNG, are suitable for use on a wide range of ship sizes from mainhaul arterial vessels to feeder ships. They have class-approved Type C tanks in line with the IGF Code and are based on TÜV-certified, IMDG-approved requirements. The fuel containers are available with a standard structure and should facilitate faster retrofits, the companies said, as compared with some other retrofit arrangements.

The system would, however, result in a reduction in cargo capacity with illustrations showing the entire aft row of the container stack turned into a fuel storage system.

Related: BV AIP for boxship jumboisation and dual-fuel retrofit

Newport Shipping, which operates through a network of 15 shipyards with 38 docks, is now offering full retrofit services with flexible financing options. Asked about the record LNG prices prevailing today and its possible impact on owners’ strategies, Newport Shipping CEO Lianghui Xia pointed out that fuel prices are noted for their volatility and, in any case, the challenges faced by shipowners today are not only about the cost of fuel.

Many existing ships will have to address the issue of carbon efficiency within the next 2-3 years. There are advantages to the company’s retrofit scheme, Xia said, including access to finance and the fact that the fuel containers could be leased, rather than owned.

Christian Krämer, chairman of Marine Service, said: “We are glad to have reached an Approval in Principle from BV for our containerised LNG as fuel solution. LNG is one of the most promising alternative fuels by now.”

Korean shipbuilding companies saw their stock prices soar Wednesday, on growing expectations that they will receive more...
11/03/2022

Korean shipbuilding companies saw their stock prices soar Wednesday, on growing expectations that they will receive more liquefied natural gas (LNG) ship orders, as Germany and other European countries are likely to import more gas by sea amid the escalating Russia-Ukraine military conflict, according to company officials and industry analysts.

Natural gas prices have been increasing sharply due to a series of negative factors, such as Germany’s decision Tuesday to halt the Nord Stream 2 Baltic Sea gas pipeline project, designed to supply natural gas directly from Russia to Germany.

Concerns have also been raised that Russia could stop its natural gas pipelines supplied to Europe through Ukraine. The analysts expect that European countries will move to import more LNG via ships to reduce their dependence on natural gas from Russia, which will increase demand for LNG carriers built by Hyundai Heavy Industries, Daewoo Shipbuilding & Marine Engineering (DSME) and Samsung Heavy Industries.

“Russia accounts for 16.5 percent of the world’s natural gas production, but its share in the LNG export market is only 8.3 percent. This is because a significant amount of natural gas is exported through pipelines. There is a possibility that European countries will strategically increase the proportion of LNG imports in the future,” Han Young-soo, an analyst at Samsung Securities, said in a recent report.

Han said that the Russia-Ukraine conflict seems to reflect expectations that European countries could ultimately expand the proportion of LNG delivered by ships made in Korean shipyards.

Spokesmen from local shipbuilders said that the Russia-Ukraine crisis will have no immediate impact on their business, given that the shipbuilding industry is structured around a multi-stage, long-term process, taking a year and a half to two and a half years to build a ship.
However, they expect that Korea’s shipbuilding companies will be able to benefit from the current crisis, as more countries will recognize the need for LNG carriers to stabilize the supply of natural gas.

“Theoretically, orders for LNG carriers to Korean shipbuilders could increase. Due to the Russia-Ukraine issue, the gas price will go up and then more LNG carriers will be needed. If that happens, Korean firms that are capable of manufacturing the world’s highest-quality LNG carriers will have more orders,” a DSME spokesman said.

However, he added that the shipbuilding business is not short-term like car manufacturing, so it is too early to conclude whether Korean companies could benefit.

A Hyundai Heavy spokesman also agreed that Korean shipbuilders may receive a significant increase in orders for LNG carriers, but added that it is difficult to make hasty conclusions.

“It takes a year and a half to two and a half years for shipbuilders to build a ship, so the shipbuilding industry is a business that requires long-term vision,” the spokesman said.

“As environmental regulations are tightened, companies are increasing their investments in developing eco-friendly ships and working hard to get more orders for LNG carriers. Moreover, a lot of investments are also being made in the ammonia hydrogen carrier business.”

On Wednesday, Hyundai Heavy shares closed at 109,500 won, up 7.35 percent from Tuesday. DSME shares ended at 27,000 won, up 21.9 percent, while Samsung Heavy shares closed at 5,930 won, up 6.65 percent.

Source: Korea Times

US LNG exporting giant Cheniere said it has awarded a lump sum, turnkey, engineering, procurement and construction contr...
11/03/2022

US LNG exporting giant Cheniere said it has awarded a lump sum, turnkey, engineering, procurement and construction contract to compatriot Bechtel for the proposed Stage 3 expansion at its Corpus Christi export plant in Texas.

In addition, CCL Stage III, a unit of Cheniere, has released Bechtel to start early engineering, procurement and other site work at the expansion project under a limited notice to proceed.

The Corpus Christi liquefaction plant now consists of three operational trains with each having a capacity of about 5 mtpa.

Under the expansion, Cheniere plans to add up to seven midscale trains, each with an expected liquefaction capacity of about 1.49 mtpa, with a total production capacity of more than 10 mtpa.

In December, Cheniere asked US energy regulators for an extension to construct the proposed expansion at its Corpus Christi plant until June 2027.

Bechtel has recently handed over operational control of the sixth train at the 30 mpta Sabine Pass export plant in Louisiana to Cheniere. The engineering firm also built the three Corpus Christi trains.

“Important steps” towards FID
“The signing of this EPC contract and the issuance of LNTP mark important steps towards a final investment decision on the project, which we expect to occur this summer,” Jack Fusco, Cheniere’s CEO said.

“We are excited to have the project underway and are focused on the remaining steps required in order to reach FID,” he said.

Fusco said that the Corpus Christi expansion project commences as global LNG market fundamentals highlight the “criticality of natural gas in the global energy mix.”

“We look forward to providing our customers with reliable and flexible LNG from the Corpus Christi Stage III Project starting in 2025,” he said.

30%A more efficient gate rudder system, designed at the University of Strathclyde, will be demonstrated as part of a €6 ...
28/06/2021

30%
A more efficient gate rudder system, designed at the University of Strathclyde, will be demonstrated as part of a €6 million EU-funded research project. The GATERS project led by the University of Strathclyde under the Horizon 2020 Fund, will see the gate rudder – a novel propulsion and steering system – retro-fitted to a commercial vessel as part of a trial.

Unlike a traditional rudder which sits behind a ship’s propellers to steer the vessel, the U-shaped gate rudder – essentially two separate rudders – sits astride the propeller which, as a result, acts like a nozzle around the propeller and generates additional thrust.

Both rudders can be independently controlled to provide better steering as well as providing additional crabbing ability when docking.

In early trials, the gate rudder has shown ‘remarkable’ fuel-saving potential of 15% in calm waters, while this can be as high as 30% in rough seas, the team claims. The gate rudder is also quieter than a traditional rudder system, reduces hull wake, and can help to protect the propeller from damage – particularly beneficial in sensitive environments such as the Arctic.

Professor Mehmet Atlar, who is the project coordinator from Department of Naval Architecture and Marine Engineering (NAOME) at Strathclyde, said: “GATERS demonstrates significantly reduced emissions from ships particularly within coastal and port areas, challenging and even exceeding the current and future legislative requirements of the International Marine Organisation and local regulations for emissions.

The researchers will use data gathered from the sea trials to demonstrate for the first time whether the system could be applied to an existing 90m coastal cargo ship as a “retrofit” and to explore its applications for other oceangoing vessel types and sizes, hence, ultimately become the next generation propulsion and steering system for waterborne transport.

13/05/2021

Hydrogen fuel is a zero carbon fuel burned with oxygen.
Hydrogen fuel propels rockets into space.
With many governments around the world ploughing money into hydrogen production and distribution projects, here are some answers to frequently asked questions about this clean fuel.
Why is hydrogen so important?

It’s a super-versatile energy carrier with exceptional energy density (MJ/kg). It can be a fuel to supplement or displace others in transportation, heavy industry, buildings, energy grids and many other applications. Around 70 million metric tonnes are produced worldwide, primarily for the chemicals market. Explore the global hydrogen landscape.

How is hydrogen produced?

The vast majority (99.6%) currently comes from hydrocarbons. Around 71% is grey hydrogen, produced via the reforming of natural gas to produce CO2 and hydrogen. Most of the rest is brown hydrogen, from coal via gasification.

A small portion is blue hydrogen, a lower-carbon alternative that pairs natural gas reforming with carbon capture and storage (CCS). But CCS isn’t yet widely commercial.

Related news: Hydrogen will power Japan’s Olympic village

What’s green hydrogen?

Green hydrogen is produced from water by renewables-powered electrolysis. Its green credentials will make it critical for difficult-to-decarbonise industries like steel – but in 2020 it only constitutes 0.1% of global hydrogen production. Green Hydrogen is not that cheap and the production cost varies per method. The economics are a challenge. Read Future energy – green hydrogen to find out more.

Will green hydrogen overtake other forms of production?

The pipeline of new projects is growing fast. We’re seeing larger integrated energy, industrial and financial players advancing innovative new projects, with the tailwind of net-zero carbon policy at their back.

Author: Bryan Groenendaal

08/04/2021

Sulzer Engine History:

WinGD continues the long tradition of the Sulzer Diesel Engine business founded in 1893.

The first low-speed marine engine in the world running on gas entered service in 1972. The Sulzer 7RNMD90 engine was running on natural gas in the Norwegian 29,000m3 LNG carrier «Venator» my ship 1973 to 1974.

A radical change in scavenging from loop to uniflow was made in 1983 with the introduction of the RTA low-speed engines of 380 to 840 mm cylinder bore, increasing to 960 mm in 1994. In 1981 tests with electronically-controlled fuel injection began on a four-cylinder research engine.

In 1998 the world’s first large, electronically-controlled low-speed engine with common-rail injection was introduced and running in the Diesel Technology Centre in Oberwinterthur, Switzerland leading to the launch of the RT-flex commonrail system.

The first RT-flex engine entered service in September 2001. The world’s largest Diesel engines are now the 14-cylinder RT-flex96C engines of 80,080 kW (108,920 bhp) of which the first entered service in September 2006.

In February 2011 a project began to develop dual-fuel gas engine technology for low-speed engines as a solution for complying with the upcoming IMO Tier III NOX emission limits without additional exhaust after-treatment. Only seven months later, on the 19th of September, the new technology was successfully demonstrated on a full-scale research engine at the Wärtsilä factory in Trieste, Italy.

Later in 2011 Generation X-Engines were introduced to the market, offering greater efficiency in terms of fuel consumption and emissions. In 2012 the large bore X92 engine was added to the Generation-X engine portfolio. This engine type serves the market for large and ultra-large container vessels.

Aside from the significant fuel cost savings, the X92 engine directly reduces the emission levels of carbon dioxide, making it easier for the shipyard to achieve a better Energy Efficiency Design Index (EEDI).

In 2013, WinGD introduced the X-DF engine series. Dual-fuel engines , using gas admitted at low pressure and ignited by a low volume of liquid pilot fuel was a breakthrough in the marine industry. The X-DF engines offer new marine standards with low-pressure gas technology.

Spanish energy firm Repsol said it has completed its first   bunkering operation which included carbon offsets in the po...
13/03/2021

Spanish energy firm Repsol said it has completed its first bunkering operation which included carbon offsets in the port of Cartagena. Furetank Rederi AB Enagás

Spanish energy firm Repsol said it has completed the first carbon-neutral LNG bunkering operation in the port of Cartagena.

Siemens Energy supplying 260 MW CCPP in CyprusSiemens Energy will supply three SGT-800 gas turbines to the 260 MW Cyfiel...
13/03/2021

Siemens Energy supplying 260 MW CCPP in Cyprus

Siemens Energy will supply three SGT-800 gas turbines to the 260 MW Cyfield Mari combined-cycle power plant in the Republic of Cyprus. The turbines will operate in a 3×1 combined-cycle configuration. Cyfield Construction Ltd. and Siemens Energy agreed to the deal.

The plant expects higher efficiency levels in its range and carbon dioxide emissions 50% lower than the average current emissions of electricity production in Cyprus, which has historically relied on fuel oil for power generation.

Siemens Energy will supply three SGT-800 gas turbines, three SGen5-100A generators and a 20-year long-term service and maintenance agreement. The plant anticipates a start to commercial operations by 2023 and is projected to be in line with the arrival of liquified natural gas (LNG) on the island.

Cyprus’ new LNG terminal is currently under construction. Until now the island grid of Cyprus is almost completely served by heavy fuel oil fired boilers. As the space for wind and solar power is limited on the island, the company sees a switch to natural gas as key to minimizing sulphur oxide emissions and particle emissions.

Full article:
https://lnkd.in/ejBBcCv

Siemens Energy will supply three SGT-800 gas turbines to the 260 MW Cyfield Mari combined-cycle power plant in the Republic of Cyprus. The turbines will operate in a 3×1 combined-cycle configuration. Cyfield Construction Ltd. and Siemens Energy agreed to the deal.

150 MW plant expansion online in ColombiaPlant delivers about 2% of nation’s powerThe 150 MW expansion of the Termoyopal...
10/03/2021

150 MW plant expansion online in Colombia

Plant delivers about 2% of nation’s power

The 150 MW expansion of the Termoyopal Power Plant in Colombia has achieved commercial operation using three GE’s LM6000 aeroderivative gas turbines.

The expansion and modernization of the natural gas-fired power plant that included two pre-existing units providing a total of 50 MW and three new generation units—each with a capacity of 50 MW—is expected to improve the efficiency and flexibility needed to support renewables growth in the country and bolster its ability to respond to possible severe weather events.

“This plant plays a crucial role in supporting the diversification of energy sources,” said the President of Colombia, Iván Duque. “Termoyopal power generation represents 2% of the national power, and 10% of the national thermal power. This shows the relevance of Termoyopal plant and its impact on our energy system transformation. Our national goals are to reduce greenhouse gas emissions by 51% by 2030 and achieve carbon neutrality by 2050.”

Full article:
https://lnkd.in/ex98pKU

Termoyopal facility upgraded with three new GE LM6000 gas turbines

A unit of Singapore’s downstream   player Atlantic, Gulf & Pacific Company (AG&P) has secured approval to develop its im...
10/03/2021

A unit of Singapore’s downstream player Atlantic, Gulf & Pacific Company (AG&P) has secured approval to develop its import and regasification terminal in the Philippines, located in Batangas Bay on the main island of Luzon.

A unit of Singapore’s downstream LNG player AG&P has secured approval to develop its LNG import and regasification terminal in Philippines.

Jacket of CPP platform for prestigious KG-DWN-98/2 of  ’s deepwater project in east coast off Andhra (Bay of Bengal), la...
10/03/2021

Jacket of CPP platform for prestigious KG-DWN-98/2 of ’s deepwater project in east coast off Andhra (Bay of Bengal), launched on 6 March 2021. On completion, this project would provide significant boost to India’s gas production capability under

Jacket of CPP platform for prestigious KG-DWN-98/2 of ’s deepwater project in east coast off Andhra (Bay of Bengal), launched on 6 March 2021. On ... 35 comments on LinkedIn

Wärtsilä proceeds with €100m Colombian power plant despite COVID-19Finnish energy generation equipment company Wärtsilä ...
10/03/2021

Wärtsilä proceeds with €100m Colombian power plant despite COVID-19

Finnish energy generation equipment company Wärtsilä has announced that it is proceeding with the construction of a 200MW flexible baseload power plant in Colombia, despite the challenges brought by COVID-19.

The €100 million ($118.9 million) project is being built in the Colombian province of Córdoba.

Wärtsilä won the engineering, procurement and construction contract for the project from Termotesorito in June 2020.

Termotesorito is a joint-venture enterprise between private utility companies Celsia and Proelectrica, and the natural gas provider Canacol.

Wärtsilä is installing some eleven 50SG engines which will be fuelled by natural gas from nearby gas wells.

When operational, the flexibility of the fast-starting power plant will provide critical grid balancing capability as Colombia incorporates increasing levels of intermittent energy from renewable sources, such as solar and wind. It will also provide back-up power for the system in case of shortage.

Engineering of the power plant is completed.

Full article:
https://lnkd.in/eMf-qQ8

Wärtsilä has announced that it is proceeding with the construction of a 200MW flexible baseload power plant in Colombia, despite COVID-19.

🇬🇭 Ghana To Become First LNG Importer In Sub-Saharan AfricaIn a bid to develop gas-fired power generation, Ghana is set ...
10/03/2021

🇬🇭 Ghana To Become First LNG Importer In Sub-Saharan Africa

In a bid to develop gas-fired power generation, Ghana is set to become sub-Saharan Africa’s first liquefied natural gas (LNG) importer, with the Tema LNG terminal ready to receive its first cargo by the end of the first quarter of 2021. This will add to the country’s imports from Nigeria through the West African Gas Pipeline.

The Tema LNG terminal will be ready to receive its first cargo by the end of Q1 2021.

We're growing our public network every week, but we don't want any charge points left behind! bp pulse is making £2 mill...
10/03/2021

We're growing our public network every week, but we don't want any charge points left behind!

bp pulse is making £2 million available to radically improve the UK's legacy charging infrastructure, working with local authorities to upgrade and replace charge points across the country.

Read more https://bit.ly/3l2tJHF

Investment by bp pulse to deliver radical improvement in reliability of older UK charging infrastructure bpContinue Reading

Italian oil and gas company Eni reached an agreement to sell its shares in its entities in Pakistan to Prime Internation...
09/03/2021

Italian oil and gas company Eni reached an agreement to sell its shares in its entities in Pakistan to Prime International Oil&Gas Company.

Italian oil and gas company Eni reached an agreement to sell its shares in its entities in Pakistan to Prime International Oil&Gas Company.

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