Panel Builder System Integrator

January 9, 2018

Every industry faces unique challenges. After years with weak demand and low prices, the oil and gas industry is now seeing trends sparking cautious optimism. Protection of assets in the oil and gas segment is especially important in their “please all, please none” environment. For the foreseeable future, the energy sector will continue to power the world, while taking into consideration the environmental and eco-sustainable factors.

Despite uncertainty in the recent past, the security and protection of assets rates among the highest priorities for oil and gas companies, especially given the harsh environments in which equipment is used. Specified equipment must exceed traditional use standards when placed in the maritime and offshore markets.

Sustainability and Environmental Concerns

 

As the oil and gas industry is poised for recovery and price gains, companies are now being met with increasing demands for sustainability amid growing concerns for environmental responsibility. Companies are faced with seemingly incompatible demands: increasing sustainability while responding to cost pressures.

Positioned for Success

 

One company has met the challenges of sustainability and growth head-on. Aspin Kemp & Associates (AKA), headquartered in the Canadian province of Prince Edward Island, is a world-renowned manufacturer of engineering solutions, primarily for the marine and offshore oil and gas industries. In 2016, they entered into an industry-leading partnership with MAN Diesel & Turbo SE of Germany, the world’s leading provider of large-bore diesel engines and turbomachinery for marine and stationary applications. Their combined, complementary forces have allowed them to offer turnkey integrated power, propulsion and automation to their customers. MAN has also collaborated with AKA on its Hybrid Power Initiative hybrid drill floor.

Until the creation of hybrid drill floors, diesel generators alone would experience power load fluctuations in decelerating and accelerating works loads. Even a momentary loss in the main AC power source could cause difficulties in the rapid transfer of energy needed to accommodate an unplanned disconnection of the diesel engine.

AKA faced extensive challenges in creating the hybrid drill floor. Their solution was to couple diesel generators with Ultra Capacitors to resolve the problems in the power distribution network. Since the technology called for dozens of industrial enclosures, they approached Rittal Systems Ltd., a market leader in the manufacture of enclosures and racking systems, to help find the right customized solutions.

The Hybrid Power initiative addressed the performance fluctuations and power compensation issues by using an intermediate power storage system, the ultra-capacitor, capable of absorbing and delivering energy at a rate faster than the process could use or return energy. Also, it fully controlled the hazards of the E-stop, by allowing operation without the main generator connection. The diesel can be operated continuously at high output without compromising the performance or requiring a “spinning reserve” of power.

This hybrid initiative has adopted a creative approach to protect their power system. Since the application is unique in the maritime and offshore applications market, it has demanded enclosures for the power storage system that exceed traditional use standards. Rittal supplied a total of 114 TS 8 enclosures, including standard, modified and electromagnetically compatible models. These state-of-the-art enclosure systems improve reliability, save energy, reduce emissions, lower maintenance costs, enhance safety and support maritime regulations. Since on-site modification was impossible, and scrap recycling of any modifications was unacceptable, the Rittal enclosures arrived modified and ready-to-install, meeting all marine class regulations, including DNV and ABS.

Stringent green power and disposal issues also offered an additional hurdle for the company. The variation of gases in quantity, temperature and chemical content, such as those produced by diesel does not allow modern technology equipment to effectively capture or modify this output. Since Prince Edward Island levies steep recycling charges for the disposal of metal or other waste products, modifications on site would be very costly.

By providing installation-ready enclosures, which housed the ultra-capacitors and power for the generators, the hybrid drill floor has provided reserve capacity to supply power for transient loads that has exceeded the capacity of the diesel generators currently online.

AKA’s hybrid drill floor, the first of its kind operating on 5 Transocean ultra-deep water drill ships, was successfully deployed in 2016, aboard the Deepwater Thalassa in the U.S. Gulf of Mexico. This system has been able to respond to load demand changes safely and instantaneously, changing between charging and discharging states in milliseconds and quickly charge and discharge energy with minimal heat generation, and lower emissions.

 Forging ahead

As the Hybrid Power Initiative supports both ongoing growth and sustainability, AKA continues to rely on the enclosure system for reliability, safety and more. AKA has catalogued a number of hybrid power system improvements as their fleet of enclosures has grown.

Safety

With fewer diesel generators in operation at any time, there have been a significant reduction in injuries and spills associated with fuel and other fluid handling. With the smoother transition and elimination of dangerous E-stops, workers have been protected and avoided harm.

 

Flexibility

An additional benefit has become apparent since the implementation of Rittal enclosures as well. They found that if they created, for example, a drilling switchboard, they would need a flexible enclosure to fit into a size that their client would specify. Without control over the footprint, they have been able to adapt the enclosure to the space available. With the cabinets available in an EMC rating, they have complied exactly to the client’s specifications.

The enclosure construction has been designed to reduce scaling and corrosion on wetted parts and has helped to retain heat transfer efficiency. Again, the solid construction has aided in lowering maintenance hours.

 

Sustainability

Eco-benefits rate high among ongoing initiatives for AKA. With the Rittal enclosures, the reduced fuel consumption has lowered both fuel consumption and emissions. With an effective combination of diesel and intermediate power storage, they have also been able to reduce the release of harmful gases into the atmosphere.

A common bus that allows some generators to remain in standby condition, rather than constant operation, has reduced hours of machine wear and fouling on each generator. The increased standby time has decreased individual part wear and tear, resulting in lower replacement costs, fewer maintenance hours and improved emissions.

In all their marine and off-shore drilling operations, AKA’s systems are designed to increase reliability while reducing the risk of negative environmental impact. Like Rittal, they strive for maximum efficiency not only from a cost-standpoint, but from the impact of the corporate footprint.

 

An Effective Partnership

Jason Aspen, CEO, AKA says, “We've had a good experience, a good relationship with Rittal. Since we're still using Rittal products and been using them for so long, it's kind of integrated into our manufacturing practices.”

“The future for AKA in oil and gas trends towards greener technology and hybrid design, and that's what we offer,” Aspen continues. “We consider ourselves to be on the cutting edge of advancement in technology and drilling.”

AKA is transferring their innovative technologies to land-based Smart Microgrid solutions. These may include any kind of microgrid, such as a smart grid for distribution, or a remote location or island power plant.

Tim Rourke, President, Rittal System says, “Rittal is honored to be on the top of the specification list for AKA, following this successful TS 8 enclosure deployment. We are pleased to have been able to assist AKA to adhere to their stringent green initiatives, and to achieve a reduction in their carbon footprint”. With each installation, AKA found that Rittal’s TS 8 enclosures maintained the performance qualities that they demanded. As AKA explores new installations, their plans include Rittal.

Conclusion

As the oil and gas industry as a whole looks to the future, new drilling and extraction technologies will most likely combine even more IoT innovations. Both sustainability and clean energy will remain a focus for AKA and Rittal. Corporate strategies will likely lead to continued cooperation in projects both on land and sea for these companies.

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ABB

ABB has announced a strategic realignment of its global transformer manufacturing, engineering and service footprint to enhance competitiveness in a dynamic market environment marked by increasing competition and consolidation in the rail industry. The move is part of the ‘Power Up’ transformation program in ABB’s Power Grids division.

In the United States, ABB will consolidate its power transformers manufacturing footprint by investing in its South Boston and Crystal Springs units and discontinue production at its unit in St. Louis, Missouri, which will continue to focus on engineering and service activities.

In addition, ABB will establish new traction transformer manufacturing facilities at its South Boston unit to serve rail industry needs. ABB will also expand its medium and large power transformer factory in Varennes, Canada, to better serve the Canadian market.

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 HartingHARTING`s compact yet powerful edge computing system MICA (Modular Industrial Computing Architecture) now offers wireless functionality. HARTING teamed with Arrow Electronics, a member of the MICA.network, to develop the MICA Wireless Sensor Networks solution that adds wireless communications to the machine-monitoring system. The two companies unveiled this MICA enhancement at SPS IPC Drives trade show in Nuremberg, Germany.

With the additional module, HARTING MICA is now able to capture and process data through SmartMESH IP (DUST), Bluetooth Low Energy and a XBee slot, regardless of the existing machine controls.

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Wohner

The new Wöhner CrossBoard is the modular system solution with which safe power distribution up to 125A can be quickly and easily realised, especially in machine and plant engineering.

The CrossBoard is available in a width of 225mm and 405mm. Both can be combined with each other or with other Wöhner systems, such as the 60Classic or 30Compact busbar system.

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