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SeaEnergy Signals for ‘Significant Loss’, Secures £1 Mln Lifeline

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SeaEnergy, the offshore energy services business, informed Wednesday it expects a ‘significant loss’ for 2015, caused by sever impact of sustained low oil prices on its business.

The company said it estimates a drop in revenue from continuing operations for the year ending December 31, 2015. The revenue target is set between £2.6 and £2.8 million.

In addition, SeaEnergy has now handed over operational responsibility for the ships previously under management and expects to have completed its exit from ship management by the end of the year.

The Directors of SeaEnergy anticipate a recovery in the core R2S business into 2016, as offshore field operators’ activity levels pick up, and efforts to grow the business through internationalisation and diversification start to bear fruit.

The Board has reviewed a number of options to address a shortfall in working capital resulting from the reduced R2S business levels. The options included an equity fundraising, but the Board has opted for a short term debt-based approach in order to minimise long term dilution to shareholders.

On November 24, 2015, the company signed loan agreements with Davies Newman Property and LC Capital Master Fund for each of the lenders to provide a secured facility of £500,000.

The Facilities will each be repayable on April 30, 2017 and accrue interest at 10% per annum, payable semi-annually.

“The Directors believe that, in light of the currently anticipated upturn in R2S business and other work in 2016, together with significant cost reductions in central costs (including an extension through 2016 of the voluntary salary waivers by the Directors which began in June 2015), the Facilities, in addition to the existing HSBC overdraft facility, should be sufficient for the Group’s working capital requirements for the foreseeable future,” the company said in a statement.

The Performer: Kelly Korol, commercial diver

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When it comes to working under pressure, commercial divers do it literally. Edmonton native Kelly Korol, owner of B.C.’s Divesafe International, started diving when he was 17. In 1984, he graduated from the Los Angeles–based College of Oceaneering, certified in a range of skills like the operation of diving bells and the avoidance of decompression sickness, better known as the bends. Korol’s workplace—alone in the dark at the bottom of a river, lake or ocean—offers a host of potential dangers, from industrial effluent ponds to intoxicating gases to pits of human sewage. He spoke with Canadian Business senior writer Thomas Watson.

What’s the biggest misconception about commercial diving?
People tend to think the job mostly involves underwater welding and working on offshore oil rigs. That’s a fallacy. We’re jacks of all trades. We work as videographers. We do seafood harvesting. Sometime we’re deployed as construction guys, twisting wrenches or sawing and hammering. We work on hydro dams and reservoirs. We do boat hull inspections. And we don’t just dive in water. We also dive the other end of the extreme, working in commercial and human effluent systems when things get stuck.

What’s the job commercial divers dread the most?
A lot of guys don’t like pipeline inspections, or what we call pipe crawl. The reason, of course, is that there’s only one way in and one way out. It’s very claustrophobic. Sewage dives are also unpopular. In that stuff, there is zero visibility and you are swimming with nasty bugs, everything from hepatitis to E. coli. A dry suit with a special helmet protects you from biological hazards, but gloves and suits can tear.

What was your worst dive?
That was the Alberta Newsprint Co.’s effluent pond. In the pulp process, they grind wood chips and cook them with chemicals to separate out pure white fibers. Everything else goes out into the sewage collection system, which uses bacteria from human waste to help the composting process that takes place in four clarifier ponds. I was diving the thickest, most toxic pond, which is really warm, about 45°C. You can only take about 20 minutes at a time. I was on the bottom following a pipe, and I lost radio contact. The surface team tried to pull me up but couldn’t. I wasn’t very deep, about 20 feet, but this stuff is toxic porridge. It took me 20 minutes just to make my way to the surface. That was bad, but not compared to oil diving. In places like Fort McMurray, they will dive in bitumen. That’s scary.

What does a sport diver need to become a certified commercial diver?
The profession requires a much higher level of dive-theory expertise. Even shallow-water aquaculture divers and seafood harvesters must have a thorough knowledge of the physics and physiology involved and the effects of gases on their bodies. Commercial divers have to be able to recognize signs of decompression sickness and know dive accident management.

What about the mental game?
For most tasks, commercial divers work alone with backup divers on the surface. So discipline and focus is huge, especially on deep dives. To do the job, you often have to act like a functioning alcoholic because there is no pill that prevents pressure-induced nitrogen narcosis, an altered mental state similar to alcohol intoxication. On deep dives, you must accept that it will happen and be able to deal with the effects. Also, when we do something like a pipe crawl, instead of scuba equipment we use hoses that provide unlimited air and a communications link. But when working in debris or amongst pilings, you’ve got to come out exactly how you went in, which means you must know where your umbilical cord is at all times. That takes focus.

How do you learn to focus while intoxicated?
We do lots of emergency drills, and teach students by taking them down to 40 or 50 metres and letting them feel the effects of nitrogen narcosis while taking stress tests. A good one is working with knots. Tying a bowline at depth is a different kettle of fish than doing it on the surface.

What’s your most priceless underwater moment?
A killer whale swam up to me when I was teaching a sport diving class on Galiano Island. There are two types of killer whales: the residents that travel in packs and predominantly feed on fish, and the solitary transients that will eat any kind of mammal. This was a transient. He was about three feet away. I could have touched him. I looked deep into his eyes and he looked right back. He was just curious. We were too encapsulated in rubber suits to be desirable, but he scared my students and got my heart racing a little bit.

Are water creatures an issue?
Well, I’m not aware of any alligator-in-the-sewage-system stories, but biological threats exist. A diver was recently killed working on an oil sector project near Mexico. His umbilical was snagged by a giant manta ray. He was dragged to the surface and died of rapid decompression. Fresh water also has its moments. In the Fraser River, for example, there is zero visibility. You work blindly, feeling valves and pipes with your fingers. You develop a sensual acuity to the environment. And huge sturgeon, which can be 2,000 pounds, will suddenly come out of the black and bump you. That’s not really going to harm you if you remain calm. The worst biological hazard, of course, is man. Commercial divers joke that everybody topside is out to kill us because surface workers can forget there are divers below and kick or drop things in the water. A 5,000-pound beam almost crushed me once. On deep-water petroleum projects, diving bells have exploded after being contaminated by petroleum leaks.

Is there a diving movie that really bothers you?
James Cameron’s The Abyss. When it came out, my buddies and I had to go see it. It started really well, fairly factual and true. We were impressed. Then the Navy SEAL guy went snaky because of high-pressure nervous syndrome. There is such a condition, but it doesn’t make you psychotic—it just gives you the shakes. We were willing to give Hollywood that one for the plot. But then things just got too far-fetched for us, especially the end when everyone comes back to the surface after a lengthy dive at extreme depths, with no need for decompression. We were expected to believe alien life forms somehow changed the game. We said: “Enough.”

 

 

 

 

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WATCH: Aasta Hansteen Spar Takes Shape at HHI

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Statoil-operated Aasta Hansteen field development, with a water depth of 1300 metres, is located in the Norwegian Sea, 300 km west of Bodø, Norway.

This pioneering development project awarded Technip, in a consortium with HHI, a contract to build the first Spar in Norwegian waters, and the largest ever built with a total hull length of 198 meters.

The following video is a timelapse documenting one of the Aasta Hansteen substructure blocks lifted to its final position at the Hyundai Heavy Industries (HHI) yard.

On November 19, weighing 2,200 tonnes and measuring 50X20X25 meters, the first of four modules was lifted into place using the yard’s new crane barge with a capacity of 10,000 tonnes.

When finished, the Spar will have a dry weight of 46 000 tonnes.

Aasta Hansteen Templates

Earlier this year, a new Norwegian depth record was set by EMAS AMC with the installation of three Aasta Hansteen subsea templates on the seabed, built at Aker Solution in Sandnessjøen.

The 138.5 meters long subsea construction vessel BOA Sub C was selected for the transport and installation of two 4-slot templates and one single-slot template.

Gas from the Aasta Hansteen discovery, made in 1997, will be exported through Polarled, a new 480-kilometre gas pipeline from Aasta Hansteen to Nyhamna in Møre og Romsdal county.

 

 

 

 

 

 

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Could Cuts in CAPEX Be the Catalyst For Growth in Oil Prices?

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Cuts to capital spending in the North American exploration and production (E&P) sector is a stark reminder that during much of the year companies have had to tighten their belts in response to dismal crude oil prices. Estimates show that cuts have hit 30 percent in 2015, and could drop another 20 percent in 2016.

In and of itself, there’s the argument to be made that the high-dollar spending isn’t altogether necessary. In Russia, Saudi Arabia and other OPEC countries, billions have gone downhole and yielded little results, whereas production in the United States increased through efficiencies.

And that could be the opening the United States needs to reclaim its competitive advantage in global supply and demand. While analysts suggests a recovery could be two years away, a steady climb in oil prices could turn a corner when dramatic cuts to upstream capital spending come home to roost, and global oil demand is met with flat production.

The evidence is pointing to a scenario in which North America steps in with the supplies needed to satisfy demand.

“North America will be the source of incremental growth necessary to meet growing demand going forward,” Jeoffrey Lambujon, associate analyst at Tudor Pickering Holt and Co., told Rigzone. “What we’ve seen, despite continuous levels of CAPEX [capital expenditure] spending in other countries, such as Russia, Saudi Arabia, other OPEC countries, you’ve seen oil production flatten whereas U.S. production has grown. That leads us to believe that even if those countries continue to spend money, oil production shows that it’s been relatively flat for the last almost decade.”

Despite cuts of 30 percent to 2015 capital spending, it will be shale production in the United States that is going to supply growth.

“We think North America will remain competitive. We just need to see the right signal in terms of pricing to incent operators to add back rigs and meet that growth,” he said, adding that when crude supply in the United States rolls over, the signal will be present.

“CAPEX cuts are real,” he said. “It’s actually affecting production. And if global demand is to be met, then prices need to improve to the point North American producers will start to ramp up activity and produce again.”

SLASHED SPENDING

Notably, capital spending has kept close to what’s happening with the rig count. In 2014, roughly 2,100 land rigs were in action. Contract that with 2015’s average of 1,100 rigs, it’s not quite a 50 percent decline, but it is close. When you take the 30 percent cut in capital spending in 2015 and a projected 20 percent cut in 2016, the math adds up and it comes up with a swing in production of about 300,000 barrels per day that is being cut out of the equation. This may put pressure on prices once global demand kicks in, Lambujon said.

“I think both the operators and investors have been really quick to respond to commodity prices dropping, and you’ve seen that as operators on the upstream side have continued to drop their budgets as commodity prices have dropped. Part of that is that some companies weight their capital programs for the first part of the year. On average, for our coverage universe, about 80 percent of full year 2015 budgets have been spent YTD so that implies CAPEX has dropped throughout the year, and if you take the 3Q and 4Q CAPEX numbers and flow those forward, you’re likely to see that in early spending next year,” Lambujon said.

“Our expectation is that as companies roll out with budgets – and some companies already have – they’re going to be using a relatively conservative price deck to set those,” he said. “I think it’s the right thing to do until you see some signs of an oil price recovery.”

Stephen Trauber, global head of energy at Citi, told Rigzone that when it comes to capital spending, most companies are trying to stay within their free cash flow.

“Cash flow is down, so you have to expect cash expenditures to be down significantly in 2016. I think the [small-cap] guys will cut the most on a percentage basis, but keep in mind the small and mid-size guys make up a small percent of the CAPEX anyway,” he said. “The bigger guys, I think will seek to continue to spend. They’ll cut large projects and probably put more capital to back cycle opportunities like the unconventionals.”

Meanwhile, Fitch Ratings said in a November report that while a second wave of CAPEX cuts in 2016 is expected, a rebound is in the offing.

“Although they cannot continue forever, cuts in CAPEX, operating expenditures, rig counts and headcount continue to be important credit mitigants for E&P companies attempting to live within cash flows at lower oil prices,” Fitch said.

CAPEX COMPARISONS

While capital spending – and indeed, reductions in those budgets – vary on a company-by-company basis, some announcements in recent months have stood out. Most figures for 2016 spending are still under wraps.

Among them:

  • In 2014, ConocoPhillips budgeted $16.7 billion for CAPEX. That dropped almost 39 percent in 2015 spending to $10.8 billion.
  • Occidental Petroleum’s 2014 spending of $10.2 billion dropped in 2015 by 43 percent to $5.8 billion.
  • Anadarko Petroleum decreased its 2014 spending of $9.3 billion to $5.4 billion, a drop of almost 42 percent.

CAPEX RETURNS TO REASONABLE RATES

Morningstar analysts said in the October report, “Integrated Oil: New World Trumps the Old World,” they expect a step down in capital spending for the next two years. In some instances, there could be additional reductions in 2018, even if there is a recovery in oil prices. On average, the investment group expects 2018 to be about 85 percent of 2015 levels.

The reduced levels of spending will improve coverage ratios and lower breakeven levels, which represent the Brent oil price necessary to generate enough operating cash flow to cover capital spending and dividends, Morningstar said. For now, analysts say they’ve forecasted that BP plc, Total S.A. and Royal Dutch Shell plc won’t see breakeven levels fall below current futures prices, nor will they generate sufficient cash flow after capital spending to cover cash dividend payments.

“Breakeven levels should fall though, thanks primarily to reductions in capital spending, implying debt relief beyond 2018. These breakeven levels are much lower than the ones we calculated in late 2014 in the wake of the collapse in oil prices,” the analysts said.

At that point, all but three companies needed oil prices to be a least $100 per barrel in 2016 to reach breakeven. But a year later, that level has fallen to $78 per barrel on average because companies moved quickly to capture cost savings and cut capital spending.

As Morningstar explains, it’s led to firms slashing their capital budgets to safeguard dividends and investors questioning the potential for future growth.

“This question is not unreasonable as a review of the group’s capital expenditure plans show that the upstream segment is shouldering the bulk of the decline,” Morningstar said. “However, we view the reduction of upstream capital investment as a resetting to more historical levels after the investment frenzy of the last few years. Adjusting upstream capital spending on a per barrel basis for each company shows that upstream investment is simply returning to more reasonable levels.”

 

 

 

 

 

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PTTEP, Mermaid Maritime to Jointly Develop AUV Technology in Thailand

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Thailand-based PTT Exploration and Production Public Company Limited (PTTEP) and Mermaid Maritime have signed a memorandum of understanding (MoU) for Cooperation on Research and Development of Autonomous Underwater Vehicles (AUV) at Energy Complex Building.

The MoU was signed by Phongsthorn Thavisin, Executive Vice President, Technology and Sustainability Development Group of PTTEP and Chalermchai Mahagitsiri, President and Chief Executive Officer of Mermaid Maritime.

The objective of the MoU is to empower the capability of Thai people to develop full functional AUV for petroleum exploration and production activities, the company noted.

AUV technology research and development in Thailand was first initiated by the cooperation between PTTEP and Faculty of Engineering of Kasetsart University in 2014, which resulted with the completion of laboratory-scaled prototype AUV.

The partnership with Mermaid Maritime will allow Thailand’s AUV technology to advance into pilot-scale phase, PTTEP added.

Autumn Statement: Thin on Detail about Support for UK Oil, Gas

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The Chancellor of the Exchequer’s Autumn Statement Wednesday covered a wide range of topics but said little about what more Her Majesty’s Treasury can do to aid the UK’s oil and gas industry amid the current downturn.

While there were announcements aplenty detailing H.M. Treasury help for the National Health Service, the housing sector and flood defences as well as increased cash for such entities as the Arts Council and UK Sport, George Osborne chose not to provide additional support in the form of further tax breaks to the beleaguered UK oil and gas sector – although he acknowledged that tax receipts from the North Sea were forecast to fall by 94 percent.

Osborne did state that the Treasury is “supporting the creation of the shale gas industry by ensuring that communities benefit from a Shale Wealth Fund, which could be worth of up to GBP 1 billion ($1.6 billion)”. This was not “new” news, however, as it only confirmed the statement in July’s ‘Emergency Budget’ that the Chancellor planned to bring forward proposals to establish such a fund, which is designed to support local communities involved in shale gas extraction..

That Osborne is still demonstrating Treasury support for the development of a shale gas industry chimes with the Department of Energy and Climate Change’s announcement earlier this month that it would pursue an energy policy that will see natural gas play a central role in the UK’s future power generation plans. Energy Secretary Amber Rudd said on November 18 that in order to develop a cleaner and more secure energy network, she would consult on closing the country’s coal-fired power stations by 2025 while introducing more gas into the energy mix.

Responding to the Chancellor’s announcement about the shale gas fund, business consultancy Ernst & Young commented that this would speed up local acceptance of shale gas drilling in the UK and accelerate the development of the industry in the country.

Chris Lewis, a partner in EY’s energy team, said in a company statement:

“The announcement to create a Shale Wealth Fund (SWF) to support the creation of a shale gas industry should accelerate investment in this sector. One of the biggest challenges the sector faces right now is funding projects as a result of drawn-out planning applications and the low current gas price. This long planning is making investors reluctant to hand over cash as under the current system projects are uneconomical.

“The creation of a SWF helps garner community engagement because the communities will directly benefit from the projects that are happening in their own back yard. It will also speed up and streamline the planning process by connecting the investors with the local communities and planning decision makers.”

Later on Wednesday, industry group Oil & Gas UK issued a statement in which its economics director, Mike Tholen, pointed out that the dramatic decline in tax receipts from the North Sea referenced in Osborne’s speech failed “to take into bthe indirect contribution this industry makes as a major employer, innovator and exporter of goods and services at home and abroad”.

Tholen said that Oil & Gas UK believes there is room for greater optimism, “given the fact that production from the industry is likely to increase this year – for the first time in more than a decade – and is set to continue throughout the remainder of this decade”.

Tholen added that it “remains imperative we continue to work closely with the regulator – the Oil and Gas Authority – and H.M. Treasury to secure and enduring oil and gas industry for the UK”. He also said that Oil & Gas UK would seek clarity from the government on its plans for levy on all employers with a pay bill in excess of GBP 3 million, “which could disproportionately impact oil and gas businesses, where costs are already under pressure”.

 

 

 

 

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Anholt Cable Transfers Power Again

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Energinet.dk has completed the replacement of two sections of the submarine cable that connects the Anholt offshore wind farm to the grid.

According to the company, “repair has gone faster than expected,” and the cable began transferring power from the wind farm into the onshore grid on Saturday.

Energinet.dk with the supplier, NKT Cables, analyzed the error on the cable, that occurred in February, and decided to replace the first 400 meters of the submarine cable from Grenå and the last 4 km before the substation.

Studies subsequently showed that the same type of error could occur in these two places.

It has taken 24 days to replace the two cable sections. Strong winds and high waves impacted the operation, the company said.

During the repair work, the island of Anholt was powered from its own diesel generators.

Energinet.dk said that it is still too early to determine the costs related to the cable repair.

 

 

 

 

 

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Tragedy of Merseyside diver who died while working on an off-shore wind farm is to be debated in parliament

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The death of a Merseyside diver – fatally choked while working on a German off-shore wind farm – needs an urgent probe, parliament will be told today.

Stephen O’Malley’s partner Nicola want answers about how a diving ring – worn around his neck and connected to his helmet – managed to throttle him as he worked on a contracting job, over three years ago.

The 48-year-old was wrongly recorded as having died from an undiagnosed heart condition by Danish authorities before that ruling was rubbished by a Liverpool coroner in September as “bizarre and fanciful”.

His death was re-recorded as being caused by hypoxic-induced cardiac arrest because of an over-tight neck equipment ring. Now Mr O’Malley’s family are trying to get the truth about his asphyxiation.

The May 2012 tragedy, in the North Sea, near Bokum, will be highlighted in the House of Commons today by Liverpool Riverside MP Louise Ellman during a 30-minute adjournment debate.

A government minister from the transport department will have to attend to update relatives on the enquiry.

Disturbing CCTV footage was played during September’s inquest in Liverpool which showed the diver, from the city centre, shouting: “The neck dam is restricting my breathing.”

Soon after, he said: “I can’t breathe with the neck dam. It’s choking me.”

A colleague is heard to reply: “Just take your time Stephen, orientate yourself and get your breath back.”

The diver was eventually pulled back onto the ship, but it took eight minutes and 35 seconds to summon a supervisor to rescue him.

Mr O’Malley was only two metres below the water’s surface, but after colleagues struggled to locate the clip on his helmet, vital time had been lost.

Joe Braniff, dad of the Mr O’Malley’s girlfriend, Nicola, told the ECHO: “We want Stephen’s death re-opened so we can find out the truth.

“He was just 32 yards from the boat, yet it took 15 minutes to get him out the water.

“A stand-by diver wasn’t deployed in time, and a guy on a rope wasn’t available either.”

Mr O’Malley was pronounced dead by a doctor who was flown out to the ship after an hour of resuscitation attempts.

A report, issued by Liverpool coroner Andre Rebello at the inquest, was sent to Mr O’Malley’s employer SubC Partner, based in Denmark, and the Marine Accident Investigation Branch of the Department for Transport.

The government said that the dossier has been passed to the Health and Safety Executive for further investigations.

The inquest recorded a narrative verdict into the tragedy.

Mrs Ellman told the ECHO: “I’ve been working with Stephen’s partner Nicola as I have concerns about what happened and the absence of a proper investigation.

“I’m dissatisfied about the current position and would like a full enquiry into Mr O’Malley’s death.

“This has wider implications for the safety of the whole commercial diving industry.”

 

 

 

 

 

 

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New Research Programme to Investigate Origins of E-tech Elements

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MarineE-tech, a new £4.2 million research programme will investigate the origins and formation of E-tech elements, such as cobalt and tellurium, and study the potential impacts of mineral extraction.

These elements are in short supply, yet they are formed through natural Earth processes and occur in high concentrations in the world’s ocean basins in metal rich deposits. HR Wallingford is part of MarineE-tech.

MarineE-tech, funded by NERC (UK) and FAPESP (Brazil), will assess deep ocean ferromanganese deposits, a major source of the elements that are essential for emerging renewable energy technologies and a low carbon society.

The MarineE-tech team are planning a research expedition to the northeast Atlantic next year to discover what controls the richness of the deep-sea deposits which arise on seamounts and assess novel exploration methods and potential effects of disturbance of these sensitive marine environments.

Technical Director, Dr Jez Spearman, is leading HR Wallingford’s contribution to MarineE-tech. He said: “This is a unique opportunity for us to study these crusts in situ, working at thousands of metres water depth. We are also crucially exploring sustainability issues around any extraction of these deposit, especially in the territories of small nation states with developing economies.”

HR Wallingford’s team will survey and monitor currents, water quality and sediment movement, including sediment plumes. Dr Spearman added: “The data we collect as part of the expedition will be used to further validate our current and sediment plume models. We will also consider what plumes might be generated from commercial extraction activities, and how these plumes might behave. This information will be used to help inform research in to the environmental impact of this type of operation.”

The Programme is led by the UK National Oceanography Centre and also includes the University of Bath, the British Geological Survey, the University of Sao Paulo (Brazil), the South Pacific Island Communities, the United Nations’ International Seabed Authority, Gardline Ltd, and Soil Machine Dynamics Ltd.

Job skills run deep at commercial diving firm

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This small South Jersey company – with $5 million to $6 million in annual revenue and a dozen to 35 divers working at any one time – is one of about 200 commercial diving contractors in the United States.

Next time you cross a bridge and wonder who put the beams, concrete, and metal piles under water, chances are it was a marine construction company that employs divers, or a commercial diving outfit, like Dryden.

“We’re kind of like firemen. We often don’t know what we are going to be doing today,” said president Don Dryden, 58, who worked 10 years as a wharf and dock builder before starting his own company in 1979.

In more than three decades, Dryden Diving has worked in radioactive and contaminated water; pier restoration; pipe, bridge, and dock inspections and repairs; and responded to emergencies as far away as Michigan, Wisconsin, Chicago, and Vermont.

Clients include the Port of Philadelphia and five nuclear power plants that are part of Entergy Corp.

The phone can ring at any hour of the day or night at Dryden headquarters, in Woolwich Township, near Swedesboro, with situations such as these: A ship has run aground and the Coast Guard wants it inspected. A tugboat’s line is caught in a wheel. The water intake screen on a dam or power plant is clogged.

“We go to great lengths to make sure the right diver shows up on the job,” said Dryden, whose wife, Patty, manages the administrative side and finances. “We very carefully match people to the job.”

Three Dryden divers recently finished demolition and removal of debris at an old BP Refinery pier in Paulsboro. Other divers are repairing pilings on a bridge on Route 30 in Absecon, near Atlantic City.

A third dive team will be at Indian Point nuclear power plant in New York this week, removing trash and muck from the screens that filter water to cool the plant.

No matter the hour, or how frigid the water, Dryden divers are on call.

Just being a scuba aficionado in the Caribbean is not a qualification for commercial diving. These men (and a few women) are skilled welders, mechanics, and carpenters.

“A good career to have would be a welder, mechanic, and any construction experience,” said diver Andrew Yoder, 30, of Coatesville.

“You have to know how to work on the surface before you can work below it,” said diver Tom Zajac, 33, of Atlantic City, a diver since 2004 who graduated from the Divers Academy of the Eastern Seaboard in Camden. “It’s easier to teach a welder to dive than a diver to weld,” he said.

When divers make the plunge in 20, 40, or 100 feet of water, the source of air is an umbilical line snaked up to the surface.

“It’s all surface-air supply with a helmet,” said diver Lou Ericsson, 49, of Westville. “We have an airline, and a communication line, so you are always listening to the diver and talking back and forth.”

“Diving is fun. It’s a challenging job because we are always doing something different, and figuring out the problems,” said Ericsson, who has been diving since 1986.

In 2003, an emergency call came from the Conowingo Hydroelectric Plant on the Susquehanna River in northeastern Maryland. A sudden surge of water caused a flood, and workers could not close a critical door. The plant was evacuated. Dryden divers descended an emergency evacuation stairway to shut the door. Afterward, plant workers pumped out the interior of the dam.

The divers are members of Wharf and Dock Builders and Pile Drivers Local 454 of the United Brotherhood of Carpenters and Joiners of America. The union runs an apprentice school in Northeast Philadelphia that teaches carpentry skills, millwright work, and wharf and dock building.

“Everybody says, ‘I’ve been to a dive school. I can work as a diver,’ ” said Dryden. “I ask, ‘Well, what did you do before you went to dive school?’ If the person says, ‘I sold insurance,’ I say, ‘Well, the next time I have some insurance to sell under water, you’re the first guy I’m going to call. But I wouldn’t count on that skill coming up.’ “

At lunchtime, Dryden often sits with young divers interested in getting into the industry. “As we get room in our shop, we’ll bring a guy on. Then we’ll graduate a guy from the shop to occasional work in the field,” he said.

“It’s kind of like an apprenticeship. A lot of guys in the industry have gone through here and worked their way into the business. We make sure we sponsor them to get them into the union.”

 

 

 

 

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