Fall 2020 Brings Increased Regulatory Focus on Financial Institution Detection of Human Trafficking – JD Supra

On October 15, 2020, the Financial Crimes Enforcement Network of the U.S. Department of Treasury (FinCEN) released its Supplemental Advisory on Identifying and Reporting Human Trafficking and Related Activity (Supplemental Advisory). The last time FinCEN provided guidance on identifying trafficking in anti-money laundering (AML) processes was in Guidance on Recognizing Activity that May be Associated with Human Smuggling and Human Trafficking Financial Red Flags on September 11, 2014. The evolving tactics of human traffickers and behaviors of victims required updated guidance in order for financial institutions to better meet Bank Secrecy Act (BSA) obligations to assist the government in detecting and preventing money laundering.

The Supplemental Advisory focuses on four emerging tactics used by human traffickers to carry out and hide the proceeds from their illicit operations: front companies, exploitative employment practices, funnel accounts, and alternative payment methods. Front companies are lawful, licensed, and registered businesses which are used by traffickers to comingle the illicit proceeds generated from their scheme of human exploitation with that of a legitimate business. Examples include massage parlors, nail salons, even electrician services, and faith-based mission work.

Labor trafficking can be harder to detect than sex trafficking for AML departments. FinCENs Supplemental Advisory alerts financial institutions to examples of exploitative labor practices, including visa fraud, wage withholding, and recruitment fee advances. Note that in 2019, the Federal Acquisition Regulation: Combating Trafficking in Persons was amended to address prohibited recruitment fees and broadened contractor responsibility for violative recruitment fees in supply chains.

Funnel accounts continue to be a common tactic wherein a trafficker coerces a victim to open one or more bank accounts in their own name, and then directs them to deposit, transfer, wire, and withdraw monies in amounts below a reporting threshold, for the benefit the trafficker or the enterprise. Because the accounts are often held exclusively in the victims names, the trafficker remains anonymous.

Such account activity may lead to an Unusual Activity Report or Suspicious Activity Report but that would erroneously target the victim, not the perpetrator. Accounts may be closed by the financial institution, or at the direction of the trafficker, following overdraft or low balances, which can cause victims to incur bad credit status and prevent them from accessing financial services in the future.

The Supplemental Advisory further alerts financial institutions to the prolific use of prepaid cards, virtual currencies, smartphone cash applications, and third-party payment processors to advertise their sex trafficking business and receive payment.

Although the indicators list addended to the Supplemental Advisory is not significantly different than past iterations, it adds a set of case studies. Specific perpetrator and victim vignettes are effective in modernizing detection tools as they allow financial institutions to keep their pulse on real life examples relayed by law enforcement and survivor advocates. The Supplemental Advisory also reminds financial institutions that they are protected from liability for information sharing afforded under Section 314(b) of the USA Patriot Act. Traffickers often implicate multiple financial institutions and only through a wider lens and open communication can otherwise lawful-appearing activity be identified as suspicious.

Finally, the Supplemental Advisory notes FinCENs Customer Due Diligence Rule, promulgated in 2018, which generally requires some financial institutions to identify beneficial owners of commercial customers. Under the Trafficking Victims Protection Act, whoever knowingly benefits, financially or by receiving anything of value may be subject to criminal and civil liability. Therefore, diligence and monitoring processes are to include potential third-party participants in an exploitive scheme.

FinCENs advisory on human trafficking is timely. In the last few months, regulators have signaled increased attention on financial institution responses to human trafficking. This past summer, Deutsche Bank was fined $150M by The New York State Department of Financial Services (NYDFS) for compliance failures related to client Jeffrey Epstein, his sex trafficking enterprise and correspondent banks. In the Consent Order, NYDFS found the Deutsche Bank conducted business in an unsafe and unsound manner [and] failed to maintain an effective and compliant anti-money laundering program. This September, Westpac Bank was fined $920M USD by the Australian Transaction Reports and Analysis Centre (Australias financial intelligence, anti-money laundering and counter-terrorism regulator) for failures in AML reporting, record keeping and detection, including transfers indicative of child sex trafficking. This fine is the largest paid to an Australian regulator for violation of money laundering laws to date. Also in September, the United Kingdom announced that the U.K. Modern Slavery Act of 2015 will be strengthened to (i) allocate more funding to enforce its requirements and (ii) mandate that companies modern slavery statements cover certain topics ranging from due diligence to risk assessment.

Increased regulatory focus on financial institution responses to human trafficking deserves attention.

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Fall 2020 Brings Increased Regulatory Focus on Financial Institution Detection of Human Trafficking - JD Supra

THE STAKES 2020: Catherine Coleman Flowers on the environmental justice movement and elections – Facing South

(This is the third installment in The Stakes 2020, a series of interviews with community leaders, organizers, and advocates highlighting what's at stake for Southern communities during this year's election. We're going beyond the candidates on the ballot to dig into how elections influence the policies, budgets, and regulations that affect Southerners'everyday lives. Find the rest of the interviews here.)

The rural South is plagued with the interconnected problems of failing infrastructure, poverty, and poor health, and the situation is particularly dire in the Black Belt a region stretching from Virginia to Texas where many Black descendants of those enslaved on plantations still live.

Catherine Coleman Flowers has worked to research and provide solutions to these problems for years, first as a resident of the rural Black Belt community of Lowndes County, Alabama, and then as the founding director of the Center for Rural Enterprise and Environmental Justice. Her work to expose failing waste management and water systems has made Lowndes County once a site of pitched battles over civil rights a focal point for politicians and policymakers concerned about poverty in the rural South. She also helped discover that hookworm, a parasitical infection common in countries with poor access to sanitation that was thought to have been eradicated in the U.S. South, was still prevalent in Lowndes County. Last month, she was named a MacArthur Fellow, receiving a no-strings-attached $625,000 award commonly known as a "genius" grant.

We spoke with Flowers about her life'swork in environmental and climate justice, and how she has leveraged her grassroots organizing to impact federal policy and the national conversation on poverty. Our conversation has been edited for length and clarity.

* * *

You've been doing grassroots environmental justice work for years, and recently you won a MacArthur Foundation "genius" award. Do you take this as a sign that more people are realizing the importance of the environmental justice movement especially in the South?

Yes. I think that it sends a clear signal. Another signal is the excitement I've gotten from people that have called me, like Sen. Cory Booker, who expressed that it not only elevates the environmental justice (EJ) movement in the South, but it elevates environmental justice.

I think that environmental justice has not been given the kind of attention that it should be given. And the people in EJ communities have proved that they're on the front lines of all kinds of injustices especially climate injustice.

Right! I know some of your behind-the-scenes work had already received international attention, like the 2017 report on hookworm showing up in Alabama.

To be quite honest, I was the one who came up with the theory for the hookworm. I reached out to Dr. [Peter] Hotez [the founding dean of the National School of Tropical Medicine at Baylor's College of Medicine] because I realized something was going on, and I wondered if it was something American doctors were not testing for.

He decided to look for hookworm, and that's how we ended up finding it. Because of the relationships I have in Lowndes County where I'm from we were able to get people to participate in the study.

We found out that the U.N. special rapporteur on extreme poverty was coming to the U.S. on an official visit, so we wrote him and asked him to come to Lowndes County.

Speaking of Lowndes County, how did growing up in such a historic place inform your activism?

Both of my parents were activists, and that was a large part of it. I also was an activist as a teenager. I had the opportunity to meet with people from the Student Nonviolent Coordinating Committee (SNCC). A lot of my organizing techniques and strategies are based on what I've learned from SNCC and how they organized in Lowndes County.

The other thing that helped me is the fact that I'm a native, and a lot of my cousins are in a community where everybody is related to each other. Even today, people can look at my face and tell that I'm a Coleman; there are not many places in the world that are like that.

You are an environmental justice activist, but a lot of your work also involves looking at the intersection of race and poverty. Why is that important?

Because one informs the other, and in a lot of cases, one could not exist without the other. A lot of the poverty is because of the issues around race, white supremacy, and slavery. There were systems that were put in place to keep people of color poor, so that they could get their labor for next to free. All that's connected to slavery.

On top of that, a lot of these communities are without infrastructure that allows them to have a decent standard of living. That puts them in positions to be preyed on by unscrupulous lenders, or by people not giving them access to housing that would allow them to build wealth.

Then on top of that, a lot of dirty industry is located in places where people have been deprived of the kind of infrastructure that they would need to have the type of green industries that would want to go there. They have also just been deprived, period, to keep the labor cheap so they can also be a source of essential jobs that dont pay a living wage.

All of this is connected at the intersection. We also found that it's in these same communities that we see high rates of COVID.

What are some of the misconceptions about the South that you find yourself battling against in your work?

That we are not as smart as we really are. There's a lot of victim blaming and there's a lot of shaming, but the people that are being blamed didn't put these systems in place. They didn't entrap themselves. These are systems that were designed to do just what they are doing.

Oftentimes I have to fight against these stereotypes of people in the South. People just assume that we don't know what we know, but I've found that a lot of people in the South are very smart to even have survived in the South all these years. It took a skill to exist in what I call a "parallel universe."

I think that the other misconception is that the only place you will find racism is in the South. That's not true. It'slike Malcolm X said anything south of the Canadian border is down South.

Can you talk about the Biden-Sanders Unity Task Force you were appointed to? What work needs to be done to uplift climate change as a key policy in election issue?

I was appointed to be on that task force by Sen. Bernie Sanders. My role is to provide a perspective that was not present: a grassroots activist that has worked primarily in the South to talk about environmental injustice and climate justice and how it was impacting people on the ground, and to make sure that whatever goals that were put in place were goals that could have a direct impact right now on frontline communities.

Oftentimes when we talk about climate change and climate justice, the benchmark is set to be measured 10 to 15 years down the road. But what about the people who are suffering from cancer? How do we make sure they get the resources they need right now? That was my role to make sure that that was always at the forefront. It was assumed that these things would just happen, but our systems are not designed this way, no matter who the president is.

Regardless of who is elected president, what do you imagine the environmental justice movement will look like over the next few years?

I think the environmental justice movement will continue to put the pressure on and even put more pressure on the politicians and the structures that allow these communities to exist in the first place.

Now that more attention is being placed on this issue and people are starting to understand environmental justice, we can lift up the voices of those communities that have been crying out in the darkness for years and hopefully bring about the change that needs to happen. I believe that most Americans, if they really knew how folks were suffering from industrial contamination of the air and water where people live especially marginalized people and people of color they would not stand for it.

We have to continue to bring the pressure. The systems will still be in place after the election. Our goal is to try to dismantle and modify those policies and structures that have allowed this to exist for so long.

Are there any specific races you're watching because of their potential implications for environmental justice?

I'm following all of them. We have to pay attention to not just the presidential election. One thing that COVID has taught us is that where the leadership is not coming from the federal level, we can get it from the city level or the state level.

A lot of times it's the local leadership partnering with the state leadership to bring in these [polluting] plants. Then there's the federal policy that allows these plants to exist and go unchecked. A lot of these plants, especially if you go to places like Louisiana's Cancer Alley, these are multinational corporations that are existing in these communities. So there has to be a federal role. The EPA plays a role, but there are other organizations that play a role, too.

We have to watch each and every one of these elections because they are all important

How do we best honor people like Pamela Rush, a Lowndes County resident who died an early death of COVID this year because of bad policy decisions and neglect?

Vote. The way we honor Pamela and people around the country who are in the same situation as Pamela is to vote. Vote for people who have a shared value system. That's what's going to make the change in terms of the policies. My message to people is to vote and take 10 people with you to vote as well.

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THE STAKES 2020: Catherine Coleman Flowers on the environmental justice movement and elections - Facing South

Floating Offshore Wind Turbines Set to Make Inroads in U.S. – Scientific American

A second phase of offshore wind development is about to get underway in the U.S., starting in Maine, a state that sees its energy future built on a new type of wind turbine. It is one that can float in deeper waters and that may be built more cheaply than existing wind turbines being constructed or planned along most of the U.S. East Coast.

One of the main beneficiaries of what are called floatersturbines that are held by mooring lines attached to anchors in waters deeper than 160 feetwill likely be the U.S. West Coast, where California and Hawaii are planning wind farms and Oregon and Washington are expected to follow.

This will be a global industry, predicted Walter Musial, the leading expert on offshore wind for the National Renewable Energy Laboratory. At the moment, the business is in its infancy, but he noted that 80% of the worlds offshore waters suitable for wind turbines near major population centers are deep.

The major type of offshore turbines built in Europe and just beginning to rise along the East Coast are installed in shallower waters on fixed foundations that may be too expensive to build in deeper waters. But floaters, which have the added cost-saving advantage of being assembled in nearby ports and then towed out to sea, Musial predicted, will be close to or near to being cost competitive with them by 2024.

Floaters are likely to give a major boost to what has already become a large, capital-intensive renewable energy business. According to an estimate by the University of Delaware, the existing fixed-bottom offshore turbines underway or in advanced planning in seven East Coast states involve capital costs of $70 billion and would result in 18.6 gigawatts of electricitythe equivalent output of 18 average-size nuclear power plantsbetween 2020 and 2030 (Climatewire, July 30).

Unlike fixed-bottom turbines, a business now dominated by European companies, floaters have been pioneered by U.S. innovators, including a team of researchers at the University of Maine. They went to work in 2009 to find an energy source that could save the state from a looming economic crisis because the price of heating oil had risen to $4 a gallon.

If that persisted, noted Habib Dagher, executive director of the University of Maines Advanced Structures and Composites Center, it would mean a $10,000 annual heating bill, pushing families and communities in northern Maine into poverty during its frozen winters. It was not sustainable and a big crisis in the state, he recalled in an interview.

So the team plunged into a plan for a potential solution: Daghers dream of a turbine sitting on a base made with hollow, bucketlike concrete floats.

Backed by Maines Legislature with one vote short of a unanimous approval and financial help from the U.S. Department of Energy, the team erected a model wind turbine, one-eighth the size of a conventional turbine, and put it on a float. Then the team had a tugboat tow it out to an offshore site.

It was small but strong enough to stand up to powerful winds and crashing waves, and made history in 2013 as the first floatable wind turbine to feed electricity into the U.S. power grid.

On paper that looked impressive because Maines offshore wind-making potential is 36 times greater than the states total electricity demand. In the following years, not much happened, but recently two serious industry players joined Maine in a $100 million partnership to build a full-size floating turbine near the site.

They are Diamond Offshore Wind, a subsidiary of Japans Mitsubishi Corp., and RWE Renewables, a subsidiary of a large German electric utility and the second-largest offshore wind company in the world. Maine also has begun meeting with the U.S. Interior Department, Massachusetts and New Hampshire to explore the possibility of other offshore sites that could supply clean power to upper New England.

Now what started as Daghers dream has turned into a larger one: The strength of Maines economy, the preservation of our natural resources, the long-term health and well-being of our communities and of future generations depend in great part on our transitioning to clean energy and tackling the threat of climate change, said Maine Gov. Janet Mills (D) in announcing the RWE-Mitsubishi partnership.

The U.S. pioneer on the West Coast is Alla Weinstein, now CEO of a company called Castle Wind, which is proposing to build a floating wind farm with as many as 100 turbines spinning offshore in Morro Bay in central California. When Weinstein, an immigrant from Russia who arrived in 1974 with little command of English and a half-finished college education, first proposed the idea in 2008, the reaction was underwhelming.

Floating offshore wind? they asked. Come back in 15 years, recalled Weinstein in an interview. Two years later, we had a demonstration project.

While Dagher had the state of Maine behind him, Weinstein found only tepid support in California. But she did find two investors willing to finance a demonstration project, a full-size wind turbine on a floating platform to be located offshore from Portugal. It began generating electricity in 2011.

The demonstration helped Weinsteins first company, Principle Power Inc., build two more floaters in Portugal and another off the coast of Scotland. And Weinstein was selected to be the first president of a new trade association, the European Ocean Energy Association, where new contacts helped her sharpen her next goal, which was to go back and jump-start construction in the deep waters of offshore California.

She left Principle Power in 2015 and later formed Castle Wind, a joint venture with EnBW North America, a subsidiary of one of Germanys largest energy companies and among the global leaders in offshore wind. Her unsolicited proposal to build a floating wind farm 30 miles off the central California coast has stimulated interest from 13 other potential bidders likely to participate in a federal auction for the lease site early next year.

California offers one of the nations biggest renewable energy markets. It has set goals for 50% renewable energy by 2025 and 100% by 2045. It is considering proposals for a second floating wind farm offshore from Humboldt County, 270 miles north of San Francisco.

Weinsteins old company, Principle Power, located in Emeryville, Calif., is among the companies that hope to sell turbine bases to her new company and others preparing to bid on Californias leases. Alla is a great client of ours, and we look forward to working with her, said Joo Metelo, who succeeded her as the CEO of Principle Power.

Unlike other offshore wind turbine technologies, which have been mainly designed in Europe, Principle Powers patented WindFloat bases were invented in Berkeley, Calif. They operate on a system that distributes water to each of the turbines three floating ballasts to keep the spinning turbine upright regardless of the pitch and roll of the ocean.

The technology has matured into wind farms in waters off Portugal, Scotland and France, and Metelo now expects the worlds biggest projects to rise in the deeper waters off the West Coast and Hawaii. Shes made great things for the industry, Metelo said, referring to Weinstein.

Offshore wind, even in deeper, more remote waters off California, is not a business for the fainthearted. Fishing groups have raised objections in California. So has the U.S. Department of Defense, which is concerned about offshore pilot training areas and the spinning turbines interference with radar installations.

Weinstein, who got her electrical engineering degree from Stevens Institute of Technology in Hoboken, N.J., and then worked as an aeronautical engineer for several years, decided that a career as an entrepreneur in renewable energy was worth the risks.

Its more that you kind of feel what you want to do, and when it comes in front of you, you feel right. As long as youre not afraid of doing something that you dont have the manual for, then those things happen, she explained in an interview.

While floaters are currently more expensive than wind turbines with a fixed foundation in the ocean, Musial of NREL believes they will remove a big economic barrier in the offshore wind business because wind turbines are growing larger, and a U.S. law called the Jones Act requires very large and very expensive U.S.-owned ships to install them at sea.

But floaters can be assembled in local seaports, towed out to sea for installation and even towed back to port for major repairs, if necessary, he explained, reducing labor costs.

There is a third stage in offshore energy now developing in Europe, which applies to both fixed and floating wind turbine farms. As demand for renewable energy has grown, companies have begun considering ways to reduce power line congestion by making and storing excess energy offshore. One way is by using electrolysis to split hydrogen out of seawater and storing it in underwater bladders near wind farms.

Germany has begun experiments. The Dutch government recently announced Crosswind, an unsubsidized offshore wind farm being built by Royal Dutch Shell PLC, an oil major, and Eneco, a local utility. It will test a variety of ways of making and storing excess offshore energy, including floating solar arrays, temporary battery storage and an electrolyzer.

A letter sent to the Dutch parliament by the minister of economic affairs titled Offshore Wind Energy Roadmap 2030 explained that so-called green hydrogen could prevent the price of electricity generated at sea from becoming too low to support further offshore investment. That would be accomplished by making more hydrogen at sea and shipping it to shore for a variety of purposes. They include supplying hydrogen for fuel cell-equipped electric cars and for heating buildings as the Netherlands continues in its planned phaseout of fossil fuels.

Despite the renewable energy ambitions of various states, the U.S. is not ready for this yet, Musial pointed out. But my crystal ball says that in 10 years well be worrying about green hydrogen. Right now it might be a little early.

Reprinted from Climatewire with permission from E&E News. E&E provides daily coverage of essential energy and environmental news atwww.eenews.net.

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Floating Offshore Wind Turbines Set to Make Inroads in U.S. - Scientific American

Vestas to Acquire Full Control Of Offshore Turbine Business – Greentech Media News

Global leading wind turbine manufacturer Vestas has taken full ownership of its offshore turbine joint venture, MHI Vestas.

The Danish companyrevealed Thursday that it has acquired Mitsubishi Heavy Industries half of the offshore business. MHI will take a 2.5 percent stake in Vestas and a seat on the board in return. The all-stock deal is valued at around 709 million ($832 million).

Vestas istargeting market-leading status in offshore wind by 2025 and will launch a new technology platform imminently.

We wont achieve market leadership with the current turbine, said Henrik Andersen, group president and CEO of Vestas, during an analyst call.

Rival supplier Siemens Gamesa is the market leader for offshore wind turbines. In May SGRE revealed a new 14 MW turbine, whileGEs Haliade-X platform, now scaled up to a 13-megawatt turbine, has provided it with fresh momentum in the offshore sector too.

MHI Vestas largest turbine is currently rated at 10 MW. In a statement, the company said its new tech would improve efficiency and drive the levelized cost of energy further down.

Vestas also said it would be eyeing savings and synergy in sales, technology, manufacturing footprint and procurement to sustain customer relationship [and] lower costs.

When were sitting with two entities, were not going to maximize the value creation, Andersen said on the call with analysts and investors.

Work on thatintegration begins immediately and Andersen said efforts on bringing together procurement is also underway now the acquisition is public. That process will accelerate once the deal closes, which is expected in Q4 2020 or Q1 2021.

Vestas and MHI will create a sales JV for both on and offshore turbines in the Japanese market.

Global offshore wind deployment is poised for growth with the biggest markets getting bigger and a raft of demand emerging in new locations too. The global offshore wind project pipeline has grown 50 percent in 2020, according totrade body RenewableUK.

Developer rsted is tracking as much as 30 GW of tenders in the next 15 months. Asia-Pacific is building momentum in Japan, Taiwan and South Korea. The U.S. will host seven tenders during that period. The largest end-market so far, the U.K., has committed to deploying 30 GW on its own between now and 2030. It currently has an installed capacity of around 10 GW.

Were very well localized and taking orders in Taiwan, said Andersen. Were well-positioned in Europe on the Isle of Wight [off the south coast of England] and Im sure as the U.K. expands we can take advantage of the localization there.

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Vestas to Acquire Full Control Of Offshore Turbine Business - Greentech Media News

Global Offshore Wind Pipeline Up Nearly 50 Per Cent in 2020 – RenewableUK – Offshore WIND

The total pipeline of global offshore wind projects has grown by 47 per cent since January, despite the COVID-19 pandemic, new research published by RenewableUK shows.

RenewableUKs latest Offshore Wind Project Intelligence report reveals that the total capacity of offshore wind projects worldwide which are operational, under construction, consented, in planning, or in development currently stands at 197.4 GW, up from 134.7 GW in mid-January. Just over half of the pipeline, 99.6 GW or 50.5 per cent, is in Europe.

The UK retains its top spot with a total pipeline of 41.3 GW, up 12 per cent since January when it stood at 36.9 GW.

China has leapt from fourth place into second with an 80 per cent increase from 14.5 GW to 26.1GW.

The USA retains third place with 10 per cent growth from 16.2 GW to 17.8 GW.

Brazil has emerged from nowhere to go straight into fourth place with 16.3 GW. The South American countrys ten offshore wind projects have all been announced since the start of the year, RenewableUK said.

Taiwan stays at number five with a 65 per cent increase from 9.2 GW to 15.2 GW.

Germany has dropped from second to sixth place due to a 29 per cent decrease in its pipeline from 16.5 GW in January to 11.7 GW in October. The Netherland is in seventh position with a 58 per cent increase from 7.2 GW to 11.4 GW. In eighth place, Irelands pipeline expanded by 44 per cent from 6.3 GW to 9.1 GW. Poland is in ninth position with 72 per cent growth this year from 5.3 GW to 9.1 GW.

Vietnam was outside the top ten at the start of the year but is now in tenth place with 8.6 GW.

The global appetite to develop new offshore wind projects remains enormous, despite the pandemic this year, as this research proves. The UK and many other countries are counting on the rapid growth of the offshore wind sector to be a key driver in the worldwide green economic recovery, RenewableUKs Deputy Chief Executive Melanie Onn said.

The UK remains the biggest market for offshore wind in the world and our capacity is set to quadruple over the course of this decade following the Prime Ministers landmark commitment to power every UK home with offshore wind by 2030. As well as providing clean, low-cost power, our industry will continue to revitalise coastal communities, grow the UK supply chain and export our offshore wind goods and services around the world, as our unrivalled expertise is now in huge demand globally.

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Global Offshore Wind Pipeline Up Nearly 50 Per Cent in 2020 - RenewableUK - Offshore WIND

Global Offshore Drilling Market 2020-2024: Market is Poised to Grow by $11.34 Billion – ResearchAndMarkets.com – Business Wire

DUBLIN--(BUSINESS WIRE)--The "Global Offshore Drilling Market 2020-2024" report has been added to ResearchAndMarkets.com's offering.

The offshore drilling market is poised to grow by $ 11.34 bn during 2020-2024 progressing at a CAGR of 6% during the forecast period.

The report on the offshore drilling market provides a holistic analysis, market size and forecast, trends, growth drivers, and challenges, as well as vendor analysis covering around 25 vendors.

The report offers an up-to-date analysis regarding the current global market scenario, latest trends and drivers, and the overall market environment. The market is driven by the growth in demand for oil and natural gas, rise in deepwater and ultra-deepwater E&P activities and increase in global offshore rig count. In addition, growth in demand for oil and natural gas is anticipated to boost the growth of the market as well.

This study identifies the seizing of funding for E&P activities by World Bank as one of the prime reasons driving the offshore drilling market growth during the next few years. Also, declining costs of offshore projects and emergence of next-generation automated drilling rigs will lead to sizable demand in the market.

The robust vendor analysis is designed to help clients improve their market position, and in line with this, this report provides a detailed analysis of several leading offshore drilling market vendors that include Baker Hughes Co., China Oilfield Services Ltd., Halliburton Co., KCA Deutag Alpha Ltd., National Oilwell Varco Inc., Schlumberger Ltd., The Drilling Co. of 1972 AS, Transocean Ltd., Valaris Plc, and Weatherford International Plc.

Also, the offshore drilling market analysis report includes information on upcoming trends and challenges that will influence market growth. This is to help companies strategize and leverage on all forthcoming growth opportunities.

Key Topics Covered:

Executive Summary

Market Landscape

Market Sizing

Five Forces Analysis

Market Segmentation by Application

Customer landscape

Geographic Landscape

Vendor Landscape

Vendor Analysis

Appendix

For more information about this report visit https://www.researchandmarkets.com/r/g314mt

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Global Offshore Drilling Market 2020-2024: Market is Poised to Grow by $11.34 Billion - ResearchAndMarkets.com - Business Wire

Scorpio Bulkers is Selling Off its Fleet and Shifting to Offshore Wind – The Maritime Executive

Illustration courtesy Scorpio Bulkers

By The Maritime Executive 10-28-2020 02:19:11

The NYSE-listed bulker owner Scorpio Bulkers is selling off its fleet and moving into the business of wind farm installation. It has been gradually disposing of its dry bulk vesselsfor several months, and it is closing in on a contract with DSME for the construction of its first wind turbine installation vessel (WTIV).

"The wind turbine installation vessel contract signing is now imminent, only days away. And shortly after that, we will be able to give more clarity on how fast we will be exiting the dry cargo business," said chairman and CEO Emaneule Lauro in an earnings call Tuesday.

The reason for the massive transition is market-driven, he said. The EU plans to spend $750 billion on post-COVID recovery, with a focus on green energy. The UK wants to install offshore wind at the rate of one turbine per day between now and 2030. And the U.S. market is primed to take off, though the timing is widely seen as contingent upon the outcome of the November election.

The next generation of offshore wind turbines will be far bigger, and a new generation of wind turbine installation vessels (WTIVs) will be required to build out future projects. That means a business opportunity for new market entrants with access to capital and maritime operations experience. "With this in mind, we decided to focus on installation and build those assets which are going to be required by the market starting 2024, maybe end 2023," Lauro said.

The wind business is attractive to Scorpio for traditional reasons -shareholder value and return on investment. The project pipeline is known; the government commitment is largely in place; and the financing is available. Compared to a dozen-oddKamsarmax bulkers, one high value WTIV is expected to bring "more predictable, higher and better-quality returns over multiple years . . . at comparatively low levels of leverage," according to managing director David Morant.

Scorpio's first new WTIV is planned for delivery in the first quarter of 2024, and its new business line would launch in parallel with the wind industry's accelerating expansion. This means that the first revenue from wind is three years away, and Scorpio is selling off its bulker fleet now. The reason for the early liquidation is signalling, the firm's management team said: it is sending a clear message to all stakeholders that Scorpio wants to do wind, and only wind. "It's not quite as extreme as Cortes burning his boats when he arrived in America, but it's somewhere along that theme," said president and director Robert Bugbee.

Bugbee sees the nascent American market as a natural development for U.S.-based Scorpio, and he expects that it "could well kick off very hard and fast depending on what happens in the U.S. election in a few days' time." If that does occurs, Scorpio could have an advantage as a pure-play wind vessel operator with the U.S. East Coast market in its backyard. "We won't go into detail about Jones Act compliant [solutions] except to say that we're fully confident that we will comply," said chief operating officer Cameron Mackey.

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Scorpio Bulkers is Selling Off its Fleet and Shifting to Offshore Wind - The Maritime Executive

Floating Foundations: The Future of Offshore Wind | Liskow & Lewis – JD Supra

With recent increased investments in wind power, the development of floating offshore wind farms presents the potential to access areas previously unavailable. On floating offshore wind farms, a wind turbine is attached to a floating structure which is tethered to the sea floor, as opposed to the turbine being a fixed foundation in the sea. This allows the wind turbines to operate in deeper waters.[1]

There are four main floating foundation designs leading the market today. The spar buoy foundation design, which relies on gravity for stability, has a large ballast-stabilized spar. This design is utilized at the worlds first commercial floating wind farm, Hywind Scotland.

Another favored design is the semi-submersible platform, which relies on buoyancy for stability. A 2019 analysis of upcoming projects in the floating offshore wind market showed a vast majority of floating offshore wind farms will be installed on semi-submersible platforms.[2] The two other main designs are the tension-leg platform, which relies on a taut mooring system to provide stability, and a square barge with a damping pool to maintain stability. The type of platform used matters for two reasons. First, developers want a design that is inexpensive to build. Second, the platforms design determines the depths that can be accessed.

The floating offshore wind market has several advantages, whether it is the availability of untapped energy resources or the additional opportunities for energy companies to participate in the renewable energy sector. The ability to operate in deeper waters allows floating turbines to potentially access the approximately sixty percent of available offshore wind resource in the U.S. that cannot be accessed by fixed-bottom foundation turbines.[3] Also, aside from giving Europes oil majors another avenue to help strengthen their position in the renewables sector, floating offshore wind offers an opportunity for less established energy companies and countries to participate in the emerging renewable energy market.

Equinor was the first company to build a commercial-scale floating wind farm, Hywind Scotland, and recently began construction on another floating wind farm in Norway, Hywind Tampen, which is said to be the worlds largest floating offshore wind farm.[4] Royal Dutch Shell increased its presence in the area through its acquisition of floating wind specialist, Eolfi, in November 2019.[5] Total entered the market in March of this year, and earlier this month procured a twenty percent stake in the Mediterranean Eolmed project. Through these types of acquisitions, oil majors are able to enter and compete in this emerging market.

With many floating offshore wind projects in development, we will likely see more oil majors investing in the area as they seek different ways to reduce their carbon emissions.

[1] https://www.greentechmedia.com/articles/read/so-what-exactly-floating-offshore-wind

[2]https://www.greentechmedia.com/articles/read/semi-submersible-technology-takes-commanding-early-lead-in-floating-offshor

[3] https://www.greentechmedia.com/articles/read/so-what-exactly-floating-offshore-wind

[4]https://www.offshorewind.biz/2020/10/01/construction-starts-on-worlds-largest-floating-offshore-wind-farm/

[5] https://www.shell.com/energy-and-innovation/new-energies/new-energies-media-releases/shell-agrees-to-acquire-eolfi.html

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Floating Foundations: The Future of Offshore Wind | Liskow & Lewis - JD Supra

Offshore Gas Pipeline Market Expected to Witness High Growth over the Forecast Period 2020 2025 | Fugro, Atteris, Sapura, Subsea 7 – Global Analytics…

A comprehensive report on Offshore Gas Pipeline Market was published by CMFE Insights to understand the complete setup of Offshore Gas Pipeline Market industries. Effective qualitative and quantitative analysis techniques have been used to examine the data accurately. Variable factors that comprise basis for a successful business, such as vendors, sellers, as well as investors are analysed in the report. It focuses on size and framework of global Offshore Gas Pipeline Market sectors to understand the existing structure of several industries. Challenges faced by the industries and approaches adopted by them to overcome those threats has been included. This research report is helpful for both established businesses as well as start-ups in the market. Furthermore, the report is ideally and characteristically punctuated with illustrative presentation. Researchers of this report provide a detailed investigation of the historical records, current statistics, and future predictions.

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Offshore Gas Pipeline Market Expected to Witness High Growth over the Forecast Period 2020 2025 | Fugro, Atteris, Sapura, Subsea 7 - Global Analytics...

Climate crisis: Scotland announces target to power 8 million homes by offshore wind over next 10 years – The Independent

The Scottish government has set an ambitious new target to increase its offshore wind capacity to power more than eight million homes.

The plan will see hundreds of new wind turbines installed off the Scottish coast, and increase existing offshore capacity to 11 gigawatts (GW) by the end of the decade.-

In addition to providing clean energy and helping the country hit net-zero emissions, the target will drive a green recovery from the impact of the coronavirus pandemic, with greater investment in the sector creating more jobs, the Scottish government said.

The capacity of Scotland's offshore wind production is currently 1GW and there are already developments underway to bring this up to 5.6GW.

Scotlands energy minister, Paul Wheelhouse, said the plan marked a pivotal moment for the expansion of Scotlands offshore operations.

He said: Our seas are host to some of the best offshore wind resources in the world, and our ambition to capitalise on our offshore wind generation capacity is part of the bold action we are taking to support economic recovery and become a net-zero society.

The Scottish government is determined to drive a green economic recovery with investment in renewable energy at the heart of it. We want to harness Scotlands enviable wind resource for our energy system and unlock significant investment in the supply chain to create more green jobs across the sector.

In a ministerial foreword to the plans, Mr Wheelhouse wrote: The targets represent a huge shift away from established norms, and the way in which we live and work.

The target comes after UK prime minister Borish Johnson told the Conservative Party conference earlier this month he wanted to make the UK the Saudi Arabia of wind, and said the sector would provide hundreds of thousands, if not millions, of jobs.

We believe that in 10 years time, offshore wind will be powering every home in the country, with our target rising from 30 gigawatts to 40 gigawatts, he said.

Ben Miller, senior policy manager at Scottish Renewables, said the ambition set out by the Scottish government was a milestone moment, but warned there is much work to do, to hit the target, and expressed disappointment not all the recommendations in a draft plan for offshore expansion were included in the governments announcement.

He said: If we are to deliver on those stretching climate targets its imperative that we use every tool in our armoury and continue to work together to find creative solutions to the further deployment of the cheap, popular renewable energy technologies which are already delivering environmental and economic benefits across Scotland."

WWF Scotland called on Mr Johnsons administration to work closely with the Scottish government to make sure the investment in wind benefits local people economically.

Fabrice Leveque, head of policy at WWF Scotland said: Offshore wind is already powering hundreds of thousands of Scottish homes and this new plan will help grow an industry thats vital to reach net-zero climate emissions by 2045.

Each project creates hundreds of jobs and can help put Scotland on a path to a green recovery. In order to ensure local communities and businesses benefit, its imperative the UK and Scottish Governments work closely together to ensure as much work as possible goes to local supply chains.

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Climate crisis: Scotland announces target to power 8 million homes by offshore wind over next 10 years - The Independent

Ferrovial to construct DemoSATH floating offshore wind platform – Offshore Oil and Gas Magazine

(Courtesy Saitec Offshore Technologies)

Offshore staff

BILBAO, Spain Saitec Offshore Technologies and RWE Renewables have selected Ferrovial to manufacture and assemble the SATH floating platform in the DemoSATH project.

The construction package is expected to last 14 months and covers site preparation, concrete precasting, procurement of steel bulkheads, and assembly of the floater along with management of the supply chain.

The DemoSATH project will deploy the first multi-megawatt floating offshore wind turbine connected to the Spanish grid.

The SATH Technology floater is based on a twin hull, made of modularly prefabricated and subsequently braced concrete elements. According to Saitec, it can align itself around a single point of mooring depending to the wind and wave direction.

For the prototype, the structure and the 2-MW wind turbine will be assembled in the port of Bilbao. The base of the structure will be about 30 m (98 ft) wide and 64 m (210 ft) long. The platform, including the turbine, will be towed to its anchorage point in a test field (BIMEP) 3 km (2 mi) off the coast at a depth of 85 m (279 ft). Hybrid mooring lines, composed by chains and fiber, anchored to the seabed will hold the floating body in position.

The unit is expected to go into operation early 2022. The power generated by DemoSATH is expected to provide enough annual electricity to meet the power needs for 2,000 homes and prevent emissions of more than 5,100 tons of CO2 into the atmosphere.

The objective of the project is to collect data and gain real-life knowledge from the construction, operation, and maintenance of the unit, according to Saitec. It will test the offshore behavior of the platform in addition to the construction procedure to be used in future for mass production.

The technology will also demonstrate its capacity as a local content enabler, largely due to the use of concrete as main construction material. The project will spend 90% of its construction budget with the local supply chain (less than 50 km away from the site).

10/28/2020

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Ferrovial to construct DemoSATH floating offshore wind platform - Offshore Oil and Gas Magazine

Global Offshore Oil and Gas Communications Market 2020-2026 | Covering Products, Financial Information, Developments by ABB Ltd., Baker Hughes…

The most likely scenario is that the global Offshore Oil and Gas Communications Market sales are going to be xx in 2020 from Offshore Oil and Gas Communications million in 2019, with a modification xx between 2019 and 2020. additionally, supported the most recent study, its to predict that the Covid-19 are going to be in restraint in key countries just like the u. s., Western Europe, East Asia. the world Offshore Oil and Gas Communications market size is predicted to grow at xx or additional annually for following 5 years.

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Major Market Players indulged in this report are:

ABB Ltd.Baker Hughes IncorporatedCommScope Inc.Rignet Inc.AT&T Inc.Redline Communications Inc.ITC Global Inc.Harris CapRock Communications Inc.Huawei Technologies Co. LtdSpeedCast International LimitedTait CommunicationsAirspan Networks Inc.ERF Wireless Inc.Alcatel Lucent S.A.

Offshore Oil and Gas Communications Market 2020 Segments by Product Types:

Cellular Communication NetworkVSAT Communication NetworkFiber Optic-based Communication NetworkMicrowave Communication Network

The Application of the World Offshore Oil and Gas Communications Market 2020-2026 as follows:

CommercialsDemostration

According to world Offshore Oil and Gas Communications marketing research, supported kind, applications. The Offshore Oil and Gas Communications section is predicted to account for the most important market share, and its conjointly projected to register the very best rate of growth. The report analyses the world Offshore Oil and Gas Communications market supported marketing as on-line and offline channels. Offline marketing is emerged because the major section attributable to increasing variety of retail stores globally, that area unit providing all sorts product looking on client preference. Moreover, the shoppers area unit shopping for the product from retail channels simply be choosing the product supported their selection.

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Global Offshore Oil and Gas Communications Market 2020-2026 | Covering Products, Financial Information, Developments by ABB Ltd., Baker Hughes...

Northern California offshore transmission line could fast-track wind farms powering SF Bay – American Journal of Transportation

Proposed floating wind farms off Northern Californias Humboldt Bay could generate power for the San Francisco Bay Area utilizing an underwater transmission line system extended over 250 miles and costing upwards of $3.1 billion, according to a Humboldt State University report.

The report was produced by the Schatz Energy Research Center at Humboldt State University, Arcata, California and is entitled California North Coast Offshore Wind Studies: Subsea Transmission Cable Conceptual Assessment.

The report said that routing a high voltage direct current (HVDC) transmission cable from the Humboldt Bay area to the San Francisco Bay (SF Bay) area would be intended to deliver power generated from an offshore wind farm(s) in the Humboldt area to load centers in the SF Bay area . The subsea distance between SF Bay and Humboldt Bay (250 miles) necessitates the use of an HVDC electrical system to minimize electrical losses. The HVDC cable system would consist of the cable system itself and an HVDC converter station at each end of the transmission cable (Humboldt Area and SF Bay Area) to convert the power to/from the standard alternating current (AC) grid system.

In July, Adam Stern, executive director of the Menlo Park, CA-based trade association, Offshore Wind California, told AJOT that progress has been made in the federal approval process conducted by the Bureau of Ocean Energy Management (BOEM) so that auctions of offshore wind sites, may begin in 2021.

Three prospective offshore sites are:

In total, 11 companies applied for leases in both Diablo Canyon and Morro Bay off the Central California coast, while 10 applied for spaces off of Humboldt Bay in Northern California, according to BOEM.

Stern noted, there is good transmission infrastructure at Morro Bay and at Diablo Canyon, but more limited transmission infrastructure at Humboldt Bay.

The new wind farms could create economic development for California and for ports supporting assembly and manufacturing, he said.

The floating offshore wind platforms planned in California would be fastened to the ocean floor with cables and float on the surface of the sea. This reflects a next generation of technology and is necessary since California coastal waters are too deep to handle traditional shallow draft wind turbines built into the sea bed that are planned for the U.S. East Coast.

Stern said there are 10 operational floating wind projects and 8 more due to be functioning by 2022. He observed that auctions for offshore California sites only accord the developer the right to build a windfarm. There is still the challenge of permitting, finance, construction and logistical support.

East Coast Offshore Transmission Line

Stern said a major challenge for wind turbine developers, who are currently developing wind farm projects on the U.S. East Coast, is linking power generated by wind farms offshore to land-based transmission systems.

The proposed Atlantic Wind Connection (AWC), in which Google was an investor, planned to address this issue by building an offshore transmission line so as to link windfarms planned off the coasts of states between New Jersey and Virginia and connect them to land-based transmission systems.

Stern believes the project was ten years ahead of its time. If built today, the AWC could create a new transmission system as a back-up to older transmission systems as well as streamline the grid and transmission delivery for windfarms being developed along the East Coast.

Stern said building an AWC-type system for California would create a new transmission system, replace older land-based systems and improve delivery of offshore windfarm power.

The Humboldt State University report describes how such an offshore transmission line could be built off the U.S. Pacific coast but also outlines the challenges that need to be addressed.

Hazards and Constraints

The report warns: The subsea study area between Humboldt Bay and SF Bay includes both natural and anthropogenic constraints and hazards with variable levels of risk. These hazards and constraints will require a combination of avoidance and mitigation measures to install a transmission cable between the two areas.

Risks due to hazards and constraints are the following:

Hazards: Deep subsea canyons extending from the nearshore area to depths below the continental shelf, where subsea landslides strong enough to rupture cables are common. Seismic fault line surface displacements which may be too large to mitigate for. Cable repairs may be required with a major seismic event. Some of the largest subsea sandwaves in the world are present outside the Golden Gate, which may preclude subsea transmission cable routing through the Golden Gate.

Constraints: Areas of exposed bedrock and other hard substrate are located within marine habitat areas where cable protection methods may be either expensive or not permitted by agencies. Potential interferences with or damage from fishing activities if the cable is not able to be buried or otherwise protected No power cables have been installed to the depths required to route offshore of the subsea canyons (over 9,000 feet deep), and proven cable technology has not yet been developed for installation at these depths. The offshore route will likely require crossing telecommunication cables in very deep water (5,000 feet or greater), which will require permissions from the existing operators. Though telecommunication cables crossings at these depths are common, power/telecommunication cable crossings at this depth do not appear to have previously been attempted.

Nearshore and Offshore Strategies

Based on the location and mitigation possibilities for the hazards and constraints, two potential cable corridors have been developed: a Nearshore corridor, an Offshore corridor. Both corridors have significant challenges that would need to be overcome to install and operate an HVDC link, though the challenges may not be insurmountable. Further analysis may be conducted to refine the severity of these risks and to develop possible mitigation strategies.

The construction cost of the system is estimated to be approximately $2.1 3.1 billion, depending on whether one or two cables are installed: It is likely that a single pole pair (one cable bundle) would be able to meet the rating requirements of 1,800 megawatts (MW). Installing two cables along different routes would provide redundancy for the transmission system in the case one cable incurs a fault or is damaged but would come at an additional cost of approximately $1 billion. Should multiple transmission cables be required to support transmission of multiple offshore windfarms (greater than 1800 megawatts), separation of cable routes should be considered to reduce risk of cable damage due to the hazards identified.

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Northern California offshore transmission line could fast-track wind farms powering SF Bay - American Journal of Transportation

Global Offshore ROV Market-With Geographic Segmentation, Statistical Forecast and Competitive Landscape Research upto 2026 – Eurowire

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The top-down and bottom-up approach is implied to study the Offshore ROV Market statistics and analytical details. The data is presented in the form of graphs, tables, and figures to provide ease of understanding. The SWOT analysis, investment return analysis and mergers & acquisitions in Offshore ROV Industry are stated. The changes in business structure, plans & policies and emerging players are analysed in detail. This report will be useful for all market participants and business consultants to understand Offshore ROV market trends, growth drivers and challenges.

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Global Offshore ROV Market-With Geographic Segmentation, Statistical Forecast and Competitive Landscape Research upto 2026 - Eurowire

BP hints at near future moves into offshore wind and hydrogen – RenewEconomy

British oil and gas supermajor BP has been making significant headway into the renewable and alternative energy space, and this week the company hinted at further such expansion with plans for the short- and long-term to explore moves in to both offshore wind and hydrogen.

In comments made during the companys third-quarter results call, BPs CEO, Bernard Looney, offered up some hints of the companys future direction.

During the call, Looney highlighted many of the renewable projects the company is already involved in around the world. Two major announcements were highlighted, including the July signing of a Memorandum of Understanding (MoU) with leading solar project developer JinkoPower Technology to provide integrated decarbonized energy solutions and services to customers, further supporting Chinas aim of reaching 50% of power generation from non-fossil fuels by 2030.

Additionally, Looney highlighted a September strategic partnership with American technology giant Microsoft to develop new technology innovations and digital solutions to help meet their sustainability aims, including reducing energy use and carbon emissions.

Despite its long history as a major carbon emissions polluter, BP has nevertheless been demonstrating the need for the past to be left in the past, and focusing on the future. In February, the company announced an ambitious plan to become a net zero company by 2050 or sooner, and to help the world get to net zero. Since then, BP has been putting its money where its mouth is.

In August, BP announced plans to transition the company into an integrated energy company with plans to increase low-carbon investment 10-fold and build out a 50GW renewable generating capacity by 2030.

BP has been an international oil company for over a century defined by two core commodities produced by two core businesses,said Helge Lund, BPs Chairman, speaking in August.

Now we are pivoting to become an integrated energy company from IOC to IEC.From a company driven by the production of resources to one that thats focused on delivering energy solutions for customers.

Energy markets are fundamentally changing, shifting towards low carbon, driven by societal expectations, technology and changes in consumer preferences. And in these transforming markets, bp can compete and create value, based on our skills, experience and relationships, he said.

We are confident that the decisions we have taken and the strategy we are setting out today are right for bp, for our shareholders, and for wider society.

BP announced that it would immediately move to increase its investments in low carbon technologies 10-fold to around $US5 billion per year by 2030, preceded by an 8-fold increase by 2025. The company will seek to build out an integrated portfolio of low carbon technologies such as renewable energy, bioenergy, as well as early positions in hydrogen and CCUS (Carbon Capture, Utilisation, and Storage).

The first hints of this redirection for BP came in the companys third-quarter earnings call with reporters.

Highlighting the companys September signing of a strategic partnership with Equinor to enter the US offshore wind market, BP CEO Looney explained that the company will probably bid on offshore wind license rounds in the next six months.

According to Looney, Equinor has already submitted bids in the New York second round offshore wind round, in which the state is accepting proposals for up to 2.5GW of offshore wind.

Looney also added that the company has a net pipeline of low-carbon buildout of around 10GW, and options on another 21GW. As such, BP is confident it will be able to hit its target of 20GW low carbon capacity by 2025, as revealed by BP executive vice president Dev Sanyal in September.

In responding to a question about the companys plans regarding hydrogen, Looney spoke about a recent trip to Germany in which he met with people from German automotive giant Daimler, as well as people in the German government, all of whom are focusing on the important role hydrogen will have for the German economy.

Looney has said that Germany is setting up agreements to become a hydrogen importing country with Australia as well as countries in the Middle East.

As for BP, Looney explained that hydrogen is a core part of what we believe in for the future but that hydrogen will emerge as a BP business post-2030 rather than anytime soon.

When it does get around to incorporating hydrogen as a major component of the companys business, BP will look to be supplying hydrogen to heavy industry and for power, and will incorporate a mixture of green hydrogen, made from renewables, and blue hydrogen, made from natural gas.

However, even though hydrogen is a longer-term goal for BP, Looney explained that the company is already looking at a green hydrogen project in Lingen in Germany which would supply one of the companys German refineries.

BP also expects hydrogen to be the fuel of choice for heavy duty transport over the medium term, a role it will therefore explore further.

According to Looney, we believe in hydrogen, but its not going to be a material part of BP in the next 3 years or 4 years, but it could easily be a material part and I expect it will be in the period 2030 plus and will incorporate a mixture of heavy industry and power, as well as heavy duty transport. Looney also promised more information about its hydrogen ambitions in the coming months, and certainly as we head into 2021.

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BP hints at near future moves into offshore wind and hydrogen - RenewEconomy

Offshore wind guide to recruit diverse workforce – reNEWS

The Offshore Wind Industry Council (OWIC) has published a best practice guideto improve the recruitment of women and people from black and minority ethnic (BAME) groups.

The document "Addressing Gender and Ethnicity in the Offshore Wind Sector" aims to work towards a more diverse workforce by suggestingways to widen the job recruitment process, removing any bias from job descriptions and introducing diverse interview panels.

It also outlines how to create a welcoming and fully inclusive working environment for people from all backgrounds, how to retain staff and ensure they are encouraged to progress to senior positions.

A variety of case studies show how companies in the UK offshore wind sector are already doing this, as examples of best practice.

The industry has committed to increasing the proportion of women employed in the offshore wind sector from 16% in 2018to at least one-third by 2030 and to reach a stretch target of 40% if possible.

In March, the industry announced a BAME target of 9% by 2030 with a stretch target of 12%.

This compares to current BAME representation of 5% in the workforce of the energy sector overall.

Equinors principal consultant on asset management Carol Williams, who worked on the guide, said: "This is an important step forward for our industry as it provides a blueprint for us to reach our goal of being more inclusive as our workforce continues to expand rapidly over the course of this decade.

"We know that to hit the Government's 40GW offshore wind target by 2030 we will have to employ the best people from the widest, most diverse pool of talent available.

"It's important to us that our industry reflects modern British society in a truly representative way and this guide provides a roadmap for us to achieve that."

The Offshore Wind Sector Deal people & skills director Celia Anderson added: "The guide has been developed by the offshore wind industry to be readily accessible to any company operating in our sector, irrespective of its size or the nature of the work it undertakes.

"The aim is to create a more inclusive culture by challenging preconceived ideas about gender and ethnicity, so that we can attract the people we need.

"This is an industry which understands the need to take proactive steps to achieve positive change."

In addition, a new scoping study from the Supergen Offshore Renewable Energy hub has foundthatonly 5% of senior engineering roles are held by women.

Furthermore,7.8% of professional engineers are from Black Asian and Minority Ethnic (BAME) backgrounds.

See the article here:

Offshore wind guide to recruit diverse workforce - reNEWS

Icebreaker offshore wind project faces more obstacles – Crain’s Cleveland Business

Just two weeks after overcoming a major state regulatory hurdle, a federal judge in the District of Columbia levied yet another setback for a plan by the Lake Erie Energy Development Corp. (LEEDCo) to build the region's first offshore wind farm on Lake Erie.

A U.S. District Judge on Tuesday, Oct. 20, ruled in favor of opponents of LEEDCo's Icebreaker project, granting a stay that prohibits the U.S. Department of Energy from dispersing more than $40 million for the construction of six turbines about 8 miles off the coastline of downtown Cleveland.

The ruling by Judge Timothy Kelly, who was appointed by President Donald Trump, stems from two bird conservancy organizations claiming "alleged harms from the presence and operation of the wind turbines," which, according to the court filings, "could harm birds, which, in turn, will allegedly impact the recreational interests of Plaintiffs' members."

American Bird Conservancy (ABC) and Black Swamp Bird Observatory (BSBO) filed suit last year in federal court against the DOE, not LEEDCo, arguing the government has not properly regulated the environmental impacts associated with what the groups said is "a precedent-setting wind energy facility."

The Icebreaker project, the court documents claim, needs more stringent environmental assessment because it's the first project of its kind and will set the standard for wind energy development in the Great Lakes.

The $126 million project, proposed in 2009 as the first offshore wind facility in the Great Lakes and the first freshwater wind farm in North America, already has undergone a nearly three-year process of environmental assessment by the U.S. Environmental Protection Agency, according to David Karpinski, vice president of operations for LEEDCo.

"We have a vision, but we do not have any other projects planned right now," Karpinski said.

Last week's ruling, which holds up federal funds at least until Jan. 13, 2021, does not have an immediate impact on the project but is part of a pattern of delays that have stretched out the original timeline, he said.

"It is an issue that has to be resolved. The challenge process has to play out," Karpinski said.

The Oct. 20 ruling comes on the heels of a dispute that began in May between LEEDCo and the Ohio Power Siting Board (OPSB) over a proposed "feathering condition" that would only allow regulatory permitting if the project's turbines were shut down from sunset to sunrise, in a period from March 1 to Nov. 1, to protect migratory birds and bats.

OPSB's initial feathering decision, Karpinski said, was a huge blow to the project momentum and is one of the latest in series of "regulatory" setbacks that supporters say is designed to delay and ultimately halt the project altogether.

"This has to be the most contested generation project I have ever seen," state Sen. Sandra Williams, D-Cleveland, said of the project, which OPSB has been reviewing over the past five years. "In all my time working with this board, there has never been this much controversy over a generation project."

Williams is a nonvoting member of the 11-person board charged with regulating major utility facilities in the state.

After the feathering amendment was added to the Icebreaker project agreement, Williams and 31 other state and local politicians wrote a letter to OPSB chairman Sam Randazzo, who also chairs the Public Utilities Commission of Ohio (PUCO), pushing back on "the poison pill" regulation.

In the letter, Williams claims Randazzo, an attorney who has litigated against renewable energy standards, "knew full well that keeping Project Icebreaker's turbines motionless for a third of each year would rob it of revenue to repay its construction loan and render it financially unfeasible. From where I sit, the inclusion of this shutdown order had less to do with killing birds and more to do with killing this project."

After intense pressure from wind farm supporters, the OPSB on Oct. 8 voted to accept a motion by board member and Ohio Department of Natural Resources (ODNR) director Mary Mertz to eliminate the feathering provision.

The move allows the project to go forward, pending an appeal by local opponents, but the delay and continued uncertainty is consequential, Karpinski said.

"You do not just flip the switch and get it back up and running," he said of the project.

In addition to the ongoing federal court matter, opponents, including two Bratenahl residents who had been represented by attorneys bankrolled by Ohio coal producer Murray Energy Corp., have until the beginning of November to appeal the OPSB ruling. Then, depending on that outcome, those same opponents would have a right to take up the issue directly with the Ohio Supreme Court within 60 days.

Even if everything goes LEEDCo's way, that translates into a delay of 12 to 18 months before a case would be heard, Karpinski said.

John F. Stock, an attorney who represented the Bratenahl residents and other anti-wind groups, did not respond to questions from Crain's regarding a possible appeal to the OPSB decision.

"Until we know, we are in a holding pattern," Karpinski said.

David Wondolowski, executive secretary of the Cleveland Building and Construction Trade Council, which is supporting the project and plans to be part of the eventual construction, is concerned the constant pushback of the project's timeline and intense regulation could have a chilling effect on putting together the financing the project needs.

"It makes investors leery about their return on investment," Wondolowski said.

Even as Icebreaker has high-level support (and funding) from backers that include the city of Cleveland, Cuyahoga County, all the regional port authorities, trade unions, the Cleveland Foundation and Case Western Reserve University, the OPSB supersedes local rule.

"One of the questions is how do you build with a shutdown option possibly pending?" Wondolowski said.

The project, if it moves forward, is estimated to produce 20 megawatts of clean power, create more than 500 jobs and provide $250 million in economic benefits for the region. Supporters including William Friedman, Port of Cleveland president and CEO and a LEEDCo board member are concerned about losing the advantage of being the first project of this type in the region.

"It is a very, very long process," Friedman said, referring to the regulatory procedure. "What I do worry about is that the market landscape is changing, and the lead we had will start to erode as other states are moving ahead with renewable energy."

Williams echoed those concerns: "These investors are not going to continue to throw money at this project. They might cut their losses."

More here:

Icebreaker offshore wind project faces more obstacles - Crain's Cleveland Business

More than 150 MMbbl in prospect close to Yumna offshore Oman – Offshore Oil and Gas Magazine

(Courtesy Rex International Holding)

Offshore staff

SINGAPORE Rex International Holding has issued the findings of a report by RPS Energy Consultants on block 50 offshore Oman.

This estimates 2P reserves at the producing Yumna field at 9.6 MMbbl as of July 1, 2020.

Surrounding areas, however, could contain more than 152 MMbbl in 14 further prospects identified by a 1,500-sq km (579-sq mi) 3D seismic survey over the area around Yumna.

In February 2012, a report by Aker Geo and Pareto Asia over the entire block had calculated gross unrisked prospective resources at more than 4 Bbbl.

Rexs 86.37%-owned subsidiary, Masirah Oil operates block 50 with a 100% interest.

Dan Brostrm, Rexs executive chairman, said: The Yumna field is only a small part of the entire block 50 concession, which is about 17,000 sq km [6,564 sq mi] the licenses full potential, including in the sub-Melange area outside of the Yumna field, has not been evaluated in this [RPS] report.

For economies of scale, our short-term focus would be to drill the Yumna 2 production well and most likely the Yumna 3 well near the current producing Yumna 1 well and select the location of the next exploration well to be drilled in 2021, from the 14 identified prospects near the Yumna field.

If successful, another discovery will enable us to develop the prospective resources into reserves.

10/28/2020

Read more from the original source:

More than 150 MMbbl in prospect close to Yumna offshore Oman - Offshore Oil and Gas Magazine

Powerful offshore winds hit northern and southern California – KSBY San Luis Obispo News

A trough off to our east has set up a strong offshore wind across the state, this wind is strongest where higher elevations are present. Northern and southern California have both experienced wind gusts in excess of 75mph. A few isolated spots winds were in the 100mph range.

The event does linger into Tuesday but not as strong as this initial push.

Locally northeasterly (offshore) winds continue during the morning, shifting out of the northwest during the afternoon. This outlook lasts most of the week. The winds will clear out the low clouds which we saw plenty of over the weekend.Onshore winds return Friday and will continue through Sunday. These winds coming from the Pacific will allow the marine layer to redevelop along the coastline with night and morning mist and fog. Away from the coastline, temperatures will gradually warm.

Models are still not optimistic about rainfall.

Link:

Powerful offshore winds hit northern and southern California - KSBY San Luis Obispo News

Offshore Windfarm development boosted by 2 million research – GOV.UK

In a move that could significantly boost the UKs renewable energy growth, contracts have been awarded to Thales, QinetiQ, Saab, TWI and Plextek DTS to fast-track their ideas for technologies that could mitigate the impact of windfarms on the UKs air defence radar system.

By guaranteeing essential defence communications are not affected, more wind farms can be built, creating a greener and more technologically sustainable Britain in record time.

The MODs Defence and Security Accelerator (DASA) is spearheading the innovation competition on behalf of the Department for Business, Energy and Industrial Strategy (BEIS), the Royal Air Force (RAF), and the Defence Science and Technology Laboratory (Dstl).

We want more offshore wind farms to help deliver our ambitious environmental agenda while retaining the protection that radar provides.

This is a great step forward in achieving this goal and shows Defences determination to support sustainability and deliver our green goals for Britain.

The innovation contracts are part of the MODs commitment to the Governments 2019 Offshore Wind Sector Deal, which expects wind power to fuel 30 percent of the UKs electricity need by 2030.

The continued growth of offshore wind is a national success story and this funding will ensure we continue to build bigger and more advanced projects vital to tackling climate change.

The UKs innovative spirit is second to none, which is why we are drawing from all areas of the countrys expertise to drive forward our incredible renewable energy fleet.

DASA launched the Windfarm Mitigation for UK Air Defence competition in March, to find innovative solutions that lessen the impact off-shore wind turbines could have on military and civilian radar systems.

This is a positive first step in getting cutting-edge innovation off the ground to harness the best technology from the brightest minds in the country.

We are committed to keeping the skies above the UK safe from aerial threats whilst accelerating crucial work to allow the nation to do more to combat climate change.

The successful bidders in DASAs competition offered wide-ranging and complex ideas to tackle radar interference.

Thales, in collaboration with the University of Birmingham and SMEs, will develop surveillance to mitigate windfarm clutter, whereas Saab is developing a radar mitigation system using Artificial Intelligence and Doppler filtering.

QinetiQ is developing two proposals the first approach uses new materials to stop the radar from being distorted. Their second proposal will develop radar-absorbing materials that can be put on off-shore wind turbines to limit interference.

TWI will develop novel methods for creating conductive coating for turbine blades that adsorb radar in partnership with the University of Exeters Centre for Metamaterial Research and Innovation.Finally, Plextek DTS is developing techniques to remove the effects windfarms have on radar data.

Crucial innovation like this is vital if we are to meet our renewable energy targets.

This competition will not only help us meet our green energy needs but it will also help boost UK prosperity, entrepreneurs and innovators by investing in their potentially game-changing technology.

DASA is proud to be working closely with BEIS, the RAF and Dstl to lead this important work which could transform the UKs approach to offshore wind power generation.

The UK is investing more in offshore wind than any other country and is home to the worlds largest windfarms: Walney and Hornsea 1 in the North Sea.

Walney wind farm generates power for more than 600,000 homes across Cumbria, while the impressive Hornsea 1 supports power for over one million households across the UK.

Offshore wind will play a key role in delivering net-zero emissions by 2050, with a Government commitment to scale it up to 40GW by the end of the decade.

BEIS has already invested 1.3 million into the Offshore Wind Innovation Hub and the Knowledge Transfer Network to encourage industry to come up with ways to accelerate wind farm development.

This would mean a huge increase in the number of wind farms being built off the UKs shores, needing effective connection to the grid.

Continue reading here:

Offshore Windfarm development boosted by 2 million research - GOV.UK