Tag Archive for GE

British Petroleum Connects Oil Rigs to Internet

British Petroleum Connects Oil Rigs to InternetIn one of the stupidest moves outside of the U.S. gooberment lately, British Petroleum (BP) has connected 650 of its oil wells to the “Industrial Internet.” The same BP that spilled 4.9 million gallons of oil into the Gulf of Mexico in 2010, now plans to connect 4000 oil rigs around the world to the Internet, via the Internet of Things.

BP oil spill pelicanAn article at FierceBigData says that by connecting its wells to the Internet of Things (IoT), BP engineers will gain real-time access to common machine and operational data sets. The aim is to use the data to make better decisions, improve efficiency, prevent failures and reduce costly downtime.

Kate Johnson, General Electric (GEIntelligent Platforms Software CEO and GE Chief Commercial Officer who is running the project for British Petroleum said in a statement to the press.

… our strategy is simple: Get Connected. Get Insights. Get Optimized. By connecting BP’s oil wells around the world, we’re giving them access to better insights that can ultimately drive new efficiencies in their oil fields and increase oil production.

Apparently, GE’s software will allow BP to capture, store, contextualize and visualize data in real-time.

Internet of ThingsThe author clarifies that “Industrial Internet” is a term GE dubbed for Internet, there are just more things connecting to it. And many of the same problems will grow as a result, namely security issues and data breaches galore. Here’s hoping BP and GE are careful to build security in from the ground up and not an add-ons afterthought. Hopefully, there were lessons learned from the Internet’s earlier days.

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The latest IoT insecurity is that Chrysler cars with U-Connect can be cyber-tagged from miles away. I have covered IoT insecurity issues for a while here, here, and here. With all of that in mind..

Like the author says, hopefully, GE gets it right, because BP’s track record is abysmal. IF they don’t get it right, economic terrorists could use flaws in the IoT to cut off oil production from these wells to drive up the cost of oil from other wells in the middle-east. Ecological terrorists could use these same flaws to blow up oil rigs like what happened at Deep Water Horizon in 2010 and contaminate all the Gull of Mexico or the Alaska North Slope or Africa or Saudi Arabia. What would happen if they were able to blow up all 4,000 wells due to weaknesses in the IoT stack

 

Related articles
  • BP to pay $18.7 billion for 2010 oil spill (cinewsnow.com)

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Michigan Adds Most Tech Jobs In US

Michigan added the highest number of technology-related jobs in 2010 according to TechAmerica. The state ranked 15th among cyberstates, employing over 155,000 tech industry workers. Cyberstates is a report by TechAmerica which quantifies the high-tech industry on a state-by-state basis in the U.S.. According to the report, Michigan added 2,700 tech workers last year.

Michigan now boasts 155,100 technology employees. The only other gainers were:

The study showed growth in varied sectors.

  • research and development and testing labs added 3,100 jobs.
  • Internet and software publishers added 900 jobs.
  • Computer systems and design-related services added 600 positions.

According to MLive organizations like Spectrum Health, Amway, GE Aviation and a variety of automotive components makers like Gentex and LG Chem led the tech job growth. National heavyweights reliant on tech workers including Ford Motor Company (F), General Motors (GM), Chrysler, Dow Chemicals (DOW), and Stryker (SYK) also have ramped up tech sector hiring.

Tech jobs key to Michigan economic future

Michigan U.S. Senator Debbie Stabenow, who joined TechAmerica for the announcement, said tech jobs play an important part in Michigan’s ongoing economic turnaround.

FordIt focuses on all the work we’ve been doing on advanced battery technologies, the research, and development into new clean energy alternatives and electric vehicles,” she said. ”The great news is we are developing and growing an industry that can cut across many different kinds of businesses … being a high-tech hub.

I think it’s significant to layer on this also that we are the number one state in new clean energy patents. In other words, new ideas being developed and being patented,” Ms. Stabenow said.

Representing about 1,000 member companies of all sizes from the public and commercial sectors of the economy, TechAmerica is an industry advocacy organization “dedicated to helping members’ top and bottom lines.”

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I first noted the up-surge in Michigan tech jobs here. I have hired 6 new staff in the last six months, 3 of which were unemployed when I brought them on. So maybe there is something to their reports.

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

GM Saves Energy Through Smart IT

Andrew Winston at the Harvard Business Review writes that opportunities for improving energy efficiency and saving real money are everywhere. The proverbial low-hanging fruit are actually, in the words of energy guru Amory Lovins, fruit on the ground. GM (GM) recently announced a new way to find easy pickings, a shockingly straightforward change in how it runs its manufacturing plants. The Detroit-based auto giant is saving $3 million annually in energy costs across 10 plants by shutting down equipment when it’s not needed.

General MotorsMr. Winston says the man in charge of the program is Mike Durak, the Global Program Manager, IT. According to the article, GM is using General Electric (GE) Proficy Software to automate the shutdown and restart of its equipment. It started simply enough, GM set the lighting in one plant to synch up with the conveyor. When the manufacturing line stopped, for breaks or between shifts, the lighting would shut off. Seeing the quick payback, the managers added all energy-using systems to this automated network, from heating and cooling systems to pumps and compressed air units. The investment in connecting an entire plant is paying back through energy savings alone in just 6 months.

HBR says that previously GM shutdowns equipment multiple times a day with a combination of manual shutdowns and unconnected, or “dumb”, automation. Basically, energy use would gradually ramp down after production stopped as equipment was shut off, and then it would ramp back up before the next shift. “Energy use was in a ‘V-shape’,” Mr. Durak said, “and now it’s more like a U.” (The author says, the difference between a V-shape and a U-shape is what’s saved).

EnergyMr. Winston calls these sudden wins “headslappers” because they’re so obvious…in retrospect. The reasons we miss these easy wins are varied — from inertia to not being incentivized to find them to the classic problem of always addressing what’s urgent (something broken or a new process) over what’s important (getting leaner). Or perhaps a simple, cheap technological fix was not available until recently. In GM’s case, the big change is economically networking a whole range of equipment that wasn’t connected before. So with the new systems in place, managers can use the GE software to monitor and control the plant to a much finer degree.

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Maybe GM is getting smarter; they are figuring out what a “smarter” factory looks like. the Chevy Volt seems to be a “smarter” car.

What do you think?

What is your organization doing to get smarter?

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.