Home Security

The Surveillance Technology Oversight Project Wants to Curb Surveillance Abuses

Without a suspicious eye or an advanced degree in software engineering, it can be nearly impossible to keep abreast of the evolving role surveillance technology has had in the law enforcement of the built environment. Biometric databanks, facial recognition cameras, cell phone trackers, and other watchful devices have been quietly installed throughout our major cities with shockingly little public disclosure and virtually no discussion with privacy advocates.

New Yorkers deeply familiar with their city’s streets, bridges, and subway system may still be largely unaware of the more than 9,000 surveillance cameras currently installed on top of them under the watchful eye of the New York Police Department (NYPD)—and those are only the ones either publicly disclosed or visible enough for the public to spot on their commutes. Their targets, their prejudices, and the malpractices they engender all remain shrouded in secrecy, resulting in discriminatory injustices too numerous for any member of the common public to challenge.

With prior experience as a lawyer, technologist, and interfaith activist, Albert Cahn founded The Surveillance Technology Oversight Project (S.T.O.P.), a 501(C)(3), non-profit advocacy organization and legal services provider based in New York City in 2019 with the goal of addressing local officials’ growing use of surveillance technologies and serving the victims of surveillance abuse. Within the last year, S.T.O.P. has already stepped in to litigate against many recently uncovered abuses of surveillance technology and databanks; including the NYPD’s misuse of mobile device forensic tools (MDFTs) and the Metropolitan Transportation Authority’s (MTA)’s use of facial recognition surveillance technology in the Times Square/Port Authority Subway Station.

AN spoke with Cahn to learn about the extent to which surveillance devices have already become a common element of the urban fabric, and what organizations like S.T.O.P. can do to lessen their grasp on our personal information.

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Technology

Surviving In A World Of Sharper Technological Competition

Discussions on technology and strategy in Canberra typically lead down one of three paths. The first is military implications and applications, usually in the context of our relations with the United States. The second is around trade and economics, recognising that our economy and prosperity are heavily dependent on the ideas, products and services of others. The last is darker, involving arcane sources, secret places and foreign influence, and is focused on shutting doors and barring windows.

Along each of those paths, technology is understood as something external, ‘done’ or given to Australia by others. There’s no real sense of initiation or ownership. We’ve allowed ourselves to think of Australia essentially as a spectator rather than a participant in technological innovation.

While myopic, that approach was relatively harmless when technological development was strategically neutral. But it is no longer so.

Digital technologies, in particular, are a key arena of an accelerating great-power competition. That’s important, because digital technologies are deeply intertwined with our economies, our communities, our daily lives and even our identities. Our choice and use of these technologies will increasingly shape our social interactions and constrain our political decisions.

Takers are characterized by technological weakness, with little industry and few platforms on which to build their own technological sphere—and low levels of interest in doing so. And, because of the increasing integration of technology, society and economy, they tend to assume the world view and governance habits of others.

Australia has only a fragile technology ecosystem of its own, and government is evincing little interest in supporting it to the extent needed for it to establish its own critical mass. Indeed, the overall trend for research and development expenditure is towards stasis, if not decline.

It’s interesting to consider Australia’s decision to exclude Huawei from the nation’s 5G network through that lens. Like the Assistance and Access Bill, it reflects the growing influence of internal security concerns among the Five Eyes partners. Yet neither decision motivated the Australian government to invest significantly in a technology industry or public sector capability to develop alternatives and provide greater autonomy over future options.

In short, Australia is a technology taker.

Well, old habits are hard to break. Following the American model—a focus on the technological, leaving people to sort out the consequences of new products and services—follows old, well-worn paths in national security, business and society.

However, Silicon Valley has come under sustained criticism from a wide section of the Australian community and government, on issues ranging from taxation to social media to national security. US defence technology is increasingly expensive and burdensome. We’ve accepted that in the past as a part of being an ally and a technology taker, but doing so may become more precarious, especially with volatility generated by President Donald Trump in the relationship.

But Western Europeans are increasingly concerned with internal stability and coherence. Europe’s demographics and economies fall short of the social, economic and technical dynamism present in our own larger neighbourhood. Australia cannot rely on it shaping the future of the intersection of technology and society in our favour.

The Chinese model—aggressive use of technology for authoritarian purposes—is characterised by surveillance, behaviour modification, a denial of privacy or secrets for anyone other than the state, and the subservience of all industry, research, institutions, communities, people and data to the Chinese Communist Party.

Needless to say, that is fundamentally antithetical to Western concepts of democracy. And yet, it’s notable that those who are free with their criticism of American platforms, including Western governments, are hesitant to criticise the increasingly large and powerful—and CCP-supported—Chinese platforms.

Western companies have benefited from Chinese state control, for example, through ‘programmable labour’, the development of technologies facilitating surveillance or simply access to its market. And China offers a number of self-interested parties, whether governments, police forces or companies in competitive markets, a range of incentives, such as Belt and Road Initiative loans, state-subsidised technology and the means of monitoring and controlling citizenry.

 

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Laptop

How Long Will You Have to Wait Before These CES Technologies Become real?

We had seen Lenovo’s folding computer prototype before CES 2020, but it officially became a consumer product at the show. The ThinkPad X1 will ship in the second half of 2020 for $2,500 if everything goes according to plan. That’s good news if you’re a fan of folding devices. As for the rest of the folding machines, however, they were still fully in prototype—or at least pre-production—mode.

Dell showed off a pair of folding computers, including the Ori, which has a folding display, and the Duet, which takes the XPS 13-inch 2-in-1 laptop design and replaces the keyboard with another full-sized screen. Neither of those are destined for the market, however—at least not yet.

And while Microsoft wasn’t showing off its Surface Neo at CES, it is scheduled to arrive in Fall of 2020.

Every major TV manufacturer at CES was showing off 8K displays this year. LG, Samsung, TCL, Vizio, and the rest of the major players are onboard the UHD train (that’s ultra-high-def), at least in their most high-end displays. Unfortunately, you’re still hard-pressed to find any native 8K content to pump into those giant screens, which is why so many manufacturers have been harping on their upscaling technology, which uses lots of processing power to upscale 4K footage to fill the 33 million pixels required for 8K.

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Apple Store

Apple May Have to Abandon Lightning connector Cable

Apple could be forced to abandon its Lightning connector cable if European lawmakers get their way.

The cable is used to charge and sync Apple devices, including the iPhone.

But members of the European Parliament urged the European Commission on Monday to force tech giants to adopt a single universal charging method.

Apple products do not accept the other two non-wireless types of charger which are available – USB-C and micro-USB, which work on Android devices.

Regulators will vote on the matter on a yet to be determined date, but Apple says the proposed regulation would stifle innovation and be disruptive to consumers.

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Computer Coding

How Long Will You Have To Wait Before These CES Technologies Become Real?

We had seen Lenovo’s folding computer prototype before CES 2020, but it officially became a consumer product at the show. The ThinkPad X1 will ship in the second half of 2020 for $2,500 if everything goes according to plan. That’s good news if you’re a fan of folding devices. As for the rest of the folding machines, however, they were still fully in prototype—or at least pre-production—mode.

Dell showed off a pair of folding computers, including the Ori, which has a folding display, and the Duet, which takes the XPS 13-inch 2-in-1 laptop design and replaces the keyboard with another full-sized screen. Neither of those are destined for the market, however—at least not yet.

And while Microsoft wasn’t showing off its Surface Neo at CES, it is scheduled to arrive in Fall of 2020.

Every major TV manufacturer at CES was showing off 8K displays this year. LG, Samsung, TCL, Vizio, and the rest of the major players are onboard the UHD train (that’s ultra-high-def), at least in their most high-end displays. Unfortunately, you’re still hard-pressed to find any native 8K content to pump into those giant screens, which is why so many manufacturers have been harping on their upscaling technology, which uses lots of processing power to upscale 4K footage to fill the 33 million pixels required for 8K.

Last this year, Sony and Microsoft will release their new gaming consoles, both of which are planning 8K support in some capacity, but we won’t know what they’re truly offering until they’re officially announced.

It seems unlikely that 8K content will propagate quickly over the next year, so maybe by the 2021 CES, 8K will have formed a more complete solution.

If you have a current flagship phone, like an iPhone 11 or the Samsung Galaxy S10, you already have the capability to pull down Wi-Fi 6 signals. Newer laptops like the Dell XPS 13 and the HP Envy support it as well. Unfortunately, your router probably does not, which means you can’t take advantage of Wi-Fi’s 6’s features like increased data speeds, lower battery usage in your devices, and decreased latency.

Bell and Hyundai had two of the splashiest displays at CES 2020. Their respective flying machines were the biggest objects on the show floor except for John Deere’s enormous industrial tractor. And while they’re impressive on a show floor, we’re eager to see them actually take flight. Hyundai says it plans to have its vehicle—which is part of a partnership with Uber—in the skies around 2029. Bell similarly plans to have its flying machine in the air some time in the mid- to later part of this decade.

We know exactly when the Quibi app will launch: April 6th, 2020. What we don’t know, however, is exactly what to expect. At the highest level, Quibi is a project from former eBay and HP CES, Meg Whitman and high-profile Hollywood veteran, Jeffrey Katzenberg. The project has raised more than $1 billion promising a new way to watch streaming videos. The plan involves offering produced content that’s shorter than a typical TV show and offers two points of view. You can watch the traditional way by holding your device horizontally or switch over to a different viewpoint by flipping your phone vertically. The $5 per month plan promises roughly three hours of new content per week from scripted programs to news shows. Despite the hype and the party at CES, we still haven’t actually seen the app, but with this much riding on it, it would be surprising for the service to miss that promised launch window.

Neon produced one of the most compelling and confusing demonstrations of the entire CES show. Its booth was littered with life-sized displays, each depicting an AI-powered digital avatar that can—in theory—interact with you as if it’s an actual human. Watching the demos—even in person—raised more questions than it answered. The presentation above starts off with a dry statement about how you shouldn’t expect to see any of these avatars in the real world in the near future. But, according to the company, it’s planning to release a beta program later this year so these artificial humans can get out into the hands of developers. Even once they’re launched, you won’t be able to buy the avatars, but rather you’ll subscribe to them and they will primarily handle corporate gigs like interacting with customers at businesses from screens. While Neon does seem far off, it’s worth noting that the company has only been around as part of a Samsung research group for roughly four months.

 

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TV

TCL Continues to Revolutionize TV Performance with Mini-LED Technology at CES 2020

TCL®, one of the world’s best-selling and America’s fastest-growing television brand, today unveiled for the first time a next-generation display technology at the 2020 Consumer Electronics Show: Vidrian™ Mini-LED technology.

Taking the lead in global display technology innovation once again to deliver powerful picture performance, TCL’s new Vidrian Mini-LED technology is the world’s first TV backlight with the driving semi-conductor circuitry and tens of thousands of micro-meter class mini-LEDs directly infused in a crystal-clear glass substrate. Vidrian Mini-LED technology is the next stage in pushing LCD LED TV picture quality to unrivaled levels of sharp contrast, brilliant luminance and highly stable long-life performance. When combined with TCL’s big-screen 8K LCD panels, this advanced backlight technology will enable consumers to enjoy immersive entertainment in all lighting conditions, from being enveloped in a movie in the darkest of home theaters to being thrilled by a daytime ball game in a sun-lit living room. TCL TVs powered by Vidrian Mini-LED technology will deliver an uncompromised viewing experience in any room at any time.

“Mini-LED backlight technology is critical for delivering powerful contrast performance and TCL is proud to have launched the world’s first TV with mini-LED backlight, featuring over 25,000 micro-meter class backlights in the high-performance 2019 8-Series TV here in the US, and different models in other regions, to deliver extraordinary contrast and brilliant clarity,” said Chris Larson, Senior Vice President, TCL North America. “Last year’s launch of mini-LED backlight technology in TCL TVs disrupted the industry but we certainly aren’t stopping there. TCL continues to drive even better performance with this powerful mini-LED innovation and will make mini-LED technology more widely available throughout this year’s TCL lineup.”

Unlike competing older-generation self-emissive TV display technologies that struggle with the brightest room conditions or long-term use with game consoles, TCL TVs powered by Vidrian Mini-LED technology will deliver exceptional contrast and powerfully brilliant luminance that are a perfect fit for any TV viewing lifestyle – from cinephiles that crave accuracy and detail to fast-twitch gamers that demand non-stop hours of lightning-fast color, contrast and clarity. By infusing pure glass sheets that span 65 inches, 75 inches or larger with tens of thousands of tiny light sources and all the circuitry that’s required to individually control the precise light level in each zone of the TV’s screen, the powerful TV performance will be in a league of its own.

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Airplane Taking Off

12 Technology Trends For Airlines And Airports To Focus On In 2020

Technology is central to the future of the air transport industry, and as a testament to this, this week saw Delta Air Lines become the first airline to keynote the annual trade show for innovators and breakthrough technologies. Delta CEO Ed Bastian laid out a compelling vision for the future of travel during his keynote including transformation of the Fly Delta app, parallel reality display screens, captivating entertainment options, full-body wearable exoskeletons, and an AI machine learning operations platform.

Taking inspiration from these ground-breaking developments in the travel tech space, we have compiled our prediction on the most exciting trends and technologies that airlines and airports can expect to shape the passenger experience on the ground and up in the air over the next 12 months and ahead. Take a look:

Automation in the aviation industry is gaining momentum due to rapid advancements in the fields of robotics. Robots in the terminal are becoming a more common site and among some of the most recent examples are Fraport’s new self-driving guide robot, called YAPE, for luggage transportation; “Airstar” robot at Incheon Airport; Munich Airport’s Josie Pepper; and British Airways’ partnership with startup company BotsAndUs to test AI-powered autonomous robots at Heathrow Terminal 5 to further enhance punctuality for passengers.

As well as robots in the terminal, automated vehicles on the airfield and baggage-related robots are also gaining traction. A prominent example is Vanderlande’s end-to-end baggage logistics solution FLEET, deployed at Rotterdam The Hague Airport, and trialled at Hong Kong International Airport to further improve the efficiency of the baggage handling process, enhance ergonomic working conditions for ground staff and future-proof the airports’ baggage handling operations, so we will likely hear more about this technology in the months to come.

Autonomous vehicles and drones have also been tested in the past couple of years. For instance, Delta Air Lines is currently in partnership with technology-focussed college Georgia Tech and smart city living laboratory Curiosity Lab to identify ways autonomous vehicles can benefit customers and employees. Researchers from all three partners will have access to Curiosity Lab’s 1.5-mile autonomous vehicle test track and smart city living laboratory in Peachtree Corners in Atlanta. As autonomous vehicle research advances across the world, Delta sees potential applications for autonomous cars, trucks or buses at airports and beyond. For example, autonomous vehicles could help customers make tight connections across an airport, deliver delayed baggage to customers or transport aircraft parts to airports. Fraport also recently completed a trial of a hybrid aerial vehicle at Frankfurt Airport Terminal 2. The company joined forces with startup Hybrid-Airplane Technologies GmbH to carry out test flights assessing whether the aerial vehicle could be used to perform status checks in the terminals.

Drone delivery is also becoming increasingly popular and recently Edmonton International Airport (EIA) entered a new strategic partnership with Drone Delivery Canada (DDC) that will see the airport become a hub for drone cargo deliveries in Western and Northern Canada. This is expected to be the world’s first regularly scheduled drone delivery service from an airport. Meanwhile, the technology is already gaining traction in the hospitality business with Yotel, for instance, experimenting with the use of drones to deliver food and drink orders to guests at its hotel in Amsterdam, so it is likely that this trend will soon be replicated in the airport terminal.

Another interesting concept to keep an eye out for is avatars. Japanese airline ANA is currently developing new platforms for telepresence to “impact the lives of all 7 billion people on Earth and to connect people, connect things, and connect ideas and dreams,” shared Kevin Kajitani, Co-director of ANA’s Avatar division. One of the team’s goals is to set up an experiment that could let sports fans experience the 2020 Tokyo Olympics through telepresence robots sitting in the seats.

Digital Twins is a topic that came up on numerous occasions during the FTE conferences in 2019, and so we thought it is worthy of a mention.

SITA Lab is currently working on a fully functional digital twin, which is being tested at a US East Coast airport where the 3D interface is on an 86-inch touch-screen in the operations room. In a recent blog post on SITA’s website, Kevin O’Sullivan, Lead Engineer at SITA Lab, shared that the result will “improve decision-making, based on the holistic view of the airport operations”. He explained: “As well as showing what’s happening now, we can also select a moment in history and play back exactly what happened in the past. It’s a very effective way of investigating the handling of disruption, to identify what can be done better next time.”

 

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The MET

The Ornate Objects of Early European Technology

At the Metropolitan Museum, the exhibition Making Marvels: Science and Splendor at the Courts of Europe, greets visitors with the adage “Knowledge is power.” Nothing is more exemplary of the spirit invoked by these collected works. An assortment of 170 items from the early modern era between 1550 and 1750 serves to illustrate Europe’s obsession with technological and scientific advancement, which is a reflection of court society. Not simply focused on accumulating ornate pieces or decorative arts, rulers sought to indulge in objects that represented an exploration of intellectual, scientific, and innovative pursuits — objects that would not only fulfill an aesthetic need but serve as symbols of their sovereign potency and dominance. This collection is the first of its kind in North America and is unique in its portrayal of European court culture as eager to amplify its prestige by harnessing the power of nature, art, and the sciences through these modern objects.

Making Marvels is broken into four sections, the most important of which is possibly represented by objects comprising the Kunstkammer, or “cabinet of curiosities” as it was defined in German territories. These items explore the fixation on unlocking nature’s potential to achieve new levels of both splendor and achievement, an idea that seems to trickle throughout the other galleries. The creation of these pieces relied just as heavily on raw and natural materials (imported from new Spanish colonies Mexico and Peru, for example) as theoretical texts and knowledge, marking a shift to a “new science.” Objects like the Italian 18th-century mechanical paradox, a device that essentially functions as an optical illusion as a double-sided cone appears to roll upwards, bond the scientific exploration of a physical paradox with strict attention to sophisticated craftsmanship. Another striking example of this preoccupation with scientific achievement as represented through art is the ivory telescope that likely wasn’t functional, but symbolized the continual analysis of the cosmos and nature’s use in advancing the objectives of the court.

Time and its representation was another huge fixation of these patrons and their quest for scholarly and artistic dominance. Clocks served as the manifestation of technological advancement, and Making Marvels dedicates a full room to opulent timekeeping devices and “self-moving machines.” These elaborate instruments served as decorative markers of luxury as well as symbols of the rigor and discipline required of a successful ruling party. A particularly impressive piece is the “Two Spherical Clocks” (before 1688) comprised of two brass weighted spheres balanced by an arm representing the hand of God and evocative of the crown and divine motifs. Here we see the intersection of the totality of God, the sovereign body, and the overarching desire to express technological dominance and its associated prestige. “Astronomical Table Clock” (1568) similarly hints at its patron’s nobility and boasts an intricately ornate façade to match its technologically complex interior.

Ultimately, the Met’s sleek smartphone-wielding viewers will indulge in a collection unlike a typical display of decorative arts and come away with the understanding that fashionable and aesthetically pleasing symbols of technology have always been a common pursuit.

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Woman using WiFi

Wi-Fi Took Some Huge Steps Forward at CES 2020

Wi-Fi 6 was everywhere at the year’s biggest tech showcase, with lots of intriguing new routers that cost less than you might expect.

The new Arris Surfboard Max — one of a handful of new Wi-Fi 6 mesh routers that debuted at CES 2020.

Chief among these new routers were mesh systems, which use multiple devices to spread a speedy internet signal throughout all corners of your home. There were only a few systems like those that supported Wi-Fi 6 in 2019, and most of them cost at least $500. That changed at CES, with the arrival of several new systems at a fraction of that price. They include:

The Asus RT-AX86U is a new, Wi-Fi 6 version of our favorite gaming router from last year.

Compare that with a year ago, when most mesh systems retailed for hundreds of dollars without support for Wi-Fi 6. We’ve come an awfully long way in the past 12 months.

In addition to those dedicated mesh systems, D-Link also announced an entire 2020 lineup of standalone Wi-Fi 6 routers that can serve as the hubs for a mesh setup via the Wi-Fi Alliance’s new EasyMesh standard. That standard lets you cobble together a mesh setup using devices from various brands. The least expensive of those routers is just $120. D-Link and TP-Link each have new Wi-Fi 6 range extenders planned for 2020, too.

Other interesting new standalone Wi-Fi 6 routers include the Asus RT-AX86U, which takes our favorite gaming router of 2019 and upgrades it with faster, more efficient Wi-Fi 6 features and speeds. Asus also has a new ZenWifi mesh setup at CES 2020 — it doesn’t support Wi-Fi 6, but it does include a built-in Alexa speaker. That might serve as an intriguing alternative to the Google Assistant-equipped Nest Wifi.

Comcast’s new xFi Advanced Gateway supports faster Wi-Fi 6 speeds, and it’s now available to all Xfinity internet subscribers with plans 300Mbps and faster at no additional charge.

Another good piece of Wi-Fi 6 news: Comcast will now offer Xfinity internet subscribers with plans 300Mbps and faster the option of upgrading to a Wi-Fi 6 xFi Advanced Gateway at no additional charge. Even better, Comcast Xfinity’s xFi Advanced Security service, which automatically protects devices on your network from online threats, is now a free service included with all plans. It used to cost $6 per month.

And then there’s Wi-Fi 6E. A new designation announced by the Wi-Fi Alliance just ahead of CES, Wi-Fi 6E identifies devices that are capable of accessing bandwidth on the 6GHz band. With a total frequency range of 1,200MHz — up from 70MHz on the 2.4GHz band and 500MHz on the 5GHz band — that band could open up a lot of room for high-bandwidth applications like 4K video streams and augmented reality applications.

New Wi-Fi 6E chipsets like this one from Broadcom could be headed into a router near you.

And with regulators poised to open that band up for Wi-Fi use, the industry seems ready to take advantage.

 

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Hydrogen Icon

North Country Plant Says It Can Create Hydrogen With A New Technology

The company installing a factory in a former North Country paper mill hopes to create hydrogen, which some see as the ultimate clean fuel, through a process of compression that appears unlike any existing technology in that field.

And while the company’s immediate plan is to burn the hydrogen to create electricity, the long-range plan is much bigger.

“The real intent of coming out with a power plant is because it will unveil our capabilities in a big way,” said Whitaker Irvin Jr., president and CEO of QuasarWave, the Utah firm behind the project in the closed Wausau Paper mill in the Groveton section of Northumberland. “When you’re talking about running a power plant on hydrogen … in a way to make it cost-effective … that’s not nebulous.”

Hydrogen is the most abundant substance in the universe and can be burned to release energy with virtually no pollution. Many see it as the ideal clean-energy replacement to petroleum, coal and natural gas to fuel transportation, create electricity and allow long-term energy storage to supplement renewable power. The potential is so great that some folks talk about creating a “hydrogen economy.”

The problem is how to obtain pure hydrogen in the first place, because it bonds very tightly to other elements.

Current systems of creating hydrogen for industrial applications involve using electricity to split water into hydrogen and oxygen or, more often, combining methane from natural gas with a catalyst at high pressure in what is known as steam reforming. Both systems require a large amount of energy or produce greenhouse gas, negating the benefit of hydrogen as a clean fuel.

If QuasarWave, which also does business as Q Hydrogen, has found a more efficient way to separate hydrogen at an industrial scale then the project being launched in Groveton could have huge repercussions.

Irvin attended Babson College and worked for Raytheon Corp. in Massachusetts and thus is familiar with New Hampshire. He says the decision to set up their first installation in a small town well north of the White Mountains came for pragmatic reasons.

“We were looking for places where electricity is deregulated to the extent that New England is,” he said.

Irvin said New Hampshire’s “open-door policy” to business was also a spur: “The best place to start is to take the path of least resistance.”  He pointed to Anne Copp, a former state representative from Andover who is now on the Q Hydrogen leadership team, as having helped make the necessary connections.

The plan for QuasarWave is to take water from the Upper Ammonoosuc River, separate out the hydrogen and burn it in a reciprocating engine to produce electricity that will be sold to companies on site. Irvin says this electricity will be cheaper than can be bought on the grid.

When the idea first surfaced a year ago there was talk of building a data center to use the electricity on-site, but that has fallen through. Partly as a result, the power plant has been scaled back from 29 megawatts to 7 megawatts, which has the advantage of sidestepping the lengthy approval process from the state Site Evaluation Committee.

Details about the technology that will separate out the hydrogen, which is the whole point of the operation, are proprietary.

“It’s a turbine-based technology for producing hydrogen … involving high and low pressure, magnetics and a few other things,” said Irvin, declining to be more specific.

His father, Whitaker B. Irvin Sr., has taken out a number of patents over the past decade involving water treatment. The most recent, granted in November, describes a way to “process water to produce gas … using a water treatment system having a disk-pack rotating in it,” although it’s unclear if that relates to what is being installed in Groveton.

Irvin said production is scheduled to start this summer and if all goes well they’re be looking to expand beyond power production.

“We’re figuring out a first best use,” he said, pointing to current uses of industrial hydrogen in such things as making fertilizer and refining petroleum.

One high-profile possibility – fueling automobiles with hydrogen, as is being done on a very limited scale in a few places – will have to wait, he said.

 

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