Lee Kirby, Cofounder and Chairman of Salute Mission Critical, wanted to use his 36 years of military experience to help veterans and their families. Drawing upon 30 years of information systems, strategic business development, planning and human resource experience in private and public sectors, Kirby began Salute Mission Critical.
Salute’s mission is to provide military veterans and their spouses with a career path into the data center industry. Kirby sat down with Raymond Hawkins to discuss his passion for giving back to a community that meant so much to him.
 
“We always had the mantra: it’s people, process and technologies,” Kirby said. “So, we knocked it out of the park by tapping into the veteran community. If you look at a data center site, people will often outsource to at least three different vendors; one for security, one for critical environment and one for the IT environment. You can staff them with far fewer people if you can combine them into one solution.”
And that total solution is what Salute provides.
 
Salute’s capabilities extend beyond the U.S. for those veterans living in other areas of the world.
“We’re operating in nine countries,” Kirby said. “Within six months, we will probably be 11 or 12 countries under our belt. In all these countries, we look to recruit veterans to bring them in. Outside of the U.S., we’re probably about 50% veterans.”
 
And Salute’s program extends to military spouses, not only veterans.
“We proved that this model worked and that we could train civilians,” Kirby said. “There’s no reason why we couldn’t also train that hidden gem of the military, and that’s the spouse. We wanted to provide a platform if you’re a spouse, and you’re working with us in California; if your spouse gets transferred to North Carolina, we’ve got opportunities across the US. We can keep that person employed and growing through our ranks.”

To get a perspective on how the data center industry is faring in European markets during the pandemic, host Raymond Hawkins tapped Andrew Jay, Head of EMEA Data Centre Solutions, Advisory & Transaction Services for CBRE, to help him unpack what’s happening.

The need for co-location space is growing in Europe, as demands for data storage are at unprecedented levels and have been for several years. Specifically, London is one of the largest areas of need.

“There’s an absolute feeding frenzy at the moment of developer operators trying to secure land. And then there are the usual issues around power, planning, fiber and risks. The prices of these sites are going through the roof at the moment," Jay said.

Due to the lack of real estate around London and the high demand, there is intense competition for sites. And Jay said he’s seen deals around London going north of six million pounds per acre.

With London pricing many out of the market, what’s the next area of opportunity for data centers? Jay said North London, where there’s a lot of land interest. 

“What we haven’t seen is East London yet, and we have a couple of really good quality data center builds there, but the demand hasn’t quite got there yet,” he said.

As for the state of data centers in other European markets, Jay cited Milan as an example. 

“For years, there was no demand there. Suddenly, about three to four years ago, we got calls from people asking if we had any land available in Milan," he said. "So, that market’s gone from being a 15-megawatt to a 60-65-megawatt market.” And Jay believes that could easily double shortly.

In the second half of a two-part discussion on technology, Peter Judge, Global Editor for DatacenterDynamics, and host Raymond Hawkins turned their attention on the data center industry, the impact technology advancements have on it and the evolving role of the DatacenterDynamics’ publication.

One of the cornerstones of DatacenterDynamics’ success is its events, which they’ve done for years and utilize to bring the data center community together.

But the pandemic changed all that, and live events planned for 2020 have turned into all-digital formats.
“Once we got the hang of the fact that we could do these online events successfully, these events became actual replacements for the physical ones,” Judge said. “Since the beginning of lockdown, we’ve had eight online events, which, by and large, have gone along rather swimmingly,” Judge promised that, as soon as a physical event can happen, DatacenterDynamics will have one.

Looking at the data center industry and the advancements propelling it, Judge pointed to open-source architecture and software leading the way, even if that pace is not flashy. “The open compute project is one of the exciting things of the last few years,” Judge said. The result is building a cloud service inside of a data center that benefits from cheaper hardware.

A frequently asked question in terms of technology advancements and data centers is, as compute functions get miniaturized, efficient and use less power, will the need for data centers shrink? “The answer to that question is the reverse,” Judge said, “We will use vastly more data centers, because they are getting more efficient.” Judge cited Jevons Paradox, which occurs when technological progress increases the efficiency with which a resource is used (reducing the amount necessary for any one use). Still, the rate of consumption of that resource rises due to increasing demand. Data centers will survive, and Judge sees the need growing now and into the future.

Peter Judge may have started his education journey with a degree in physics from Cambridge University, but most will know him from his work as a writer in the technology space. His current role is as the Global Editor for DataCenterDynamics, and he shared his experience and thoughts on technology and datacenters with Raymond Hawkins.

Judge started his career in tech journalism back in the 80s at the beginning of the personal computer revolution. “Journalism, when I started, was about phoning people, going to meet them, typing up the notes on a manual typewriter, and sending it to someone else to typeset it,” Judge said. “These were a whole lot of core processes that no longer exist.” One of the first changes, Judge noted, was his company got a DEC rainbow PC, which they used to type and edit. And, from that point on, the advancements in technology kept moving forward.

Judge recalled many of the advancements in computing, like the personal computer and the internet. “We thought that personal computers were kind of fun, useful, but we didn’t foresee how fast they would change things,” Judge said. The same holds for the internet, where no one could predict how important a role it would play in everyone’s lives. And, although Judge saw the potential for what the world wide web could do, he was wrong about one thing.

“I remember thinking that, when information is free, easy, and sharable and lives in this new internet world, it’s going to be really hard for lies to get spread,” he said.

There may still be a stigma around nuclear energy, which can conjure up images like the eerie scene painted in the 2019 HBO mini-series about the Chernobyl disaster. The infamous Three Mile Island incident sparked a series of reforms, though, that led to the creation of a stringent federal oversight body.

“That was a pretty serious wake-up for the industry. That set off a path to really emphasize safe operations and make sure these kinds of challenges and threats were not a feature going forward,” Crozat said.

Now, Crozat said, things are designed in a much safer way than they were when Three Mile Island opened in the 1970s and certainly than when Chernobyl opened in a way that even modern American scientists of the time wouldn’t have opted to design a reactor.

That opens up nuclear as an option as an energy source for things like data centers, which have helped lead the transition to an economy increasingly reliant on jobs in the technology sector.

“I think, as we continue to see the economy evolve and embrace the role of data and digitization, making sure the energy system is evolving along with it to meet the goals we’re talking about [is important],” Crozat said. “This isn’t just a nuclear question, and this isn’t just a wind question or a solar question. It’s how we find the right tools to bring them all together at the same time.

“I think those that are leading this economic evolution can also lead the energy evolution.”

With safety measures in place and no dependence on fossil fuels, nuclear has a role to play in powering the data centers that are helping change our future.

Energy use is always a topic that comes up when thinking about data centers and their role in society.

As we’ve seen in the coronavirus pandemic, our society will need data centers, but the top two sources of energy used by the United States are still based on fossil fuels.

For Matt Crozat, the Senior Director of Strategy and Policy at the Nuclear Energy Institute, a more wholistic approach is needed.

“I think as we continue to see the economy evolve and embrace the role of data and digitization, I think making sure the energy system is evolving along with it to meet the goals we’re talking about - this isn’t just a nuclear question, this isn’t just a wind question or a solar question, it’s how we find the right tools to bring them all together at the same time,” he said. “I think those that are leading this economic evolution can also lead the energy evolution as well.”

There may still be a stigma around nuclear energy, which can conjure up images like the eerie scene painted in the 2019 HBO mini-series about the Chernobyl disaster. The infamous Three Mile Island incident sparked a series of reforms, though, that led to the creation of a stringent federal oversight body.

“That was a pretty serious wake-up for the industry. That set off a path to really emphasize safe operations and make sure these kind of challenges and threats were not be a feature going forward,” Crozat said.

Now, Crozat said, things are designed in a much safer way than they were when Three Mile Island opened in the 1970s and certainly than when Chernobyl opened in a way that even modern American scientists of the time wouldn’t have opted to design a reactor.

With safety measures in place and no dependence on fossil fuels, nuclear has a role to play in powering the data centers that are helping change our future.

As governments and corporations look for ways to reduce their carbon footprint, Eric Dunford, Director of Sustainability for CarbonCure, knows of a solution to help these entities meet their needs when it comes to construction projects.

Dunford joined host Raymond Hawkins to talk about CarbonCure’s process for introducing recycled CO2 Into fresh concrete to reduce its carbon footprint without compromising performance.

One of the challenges to achieving sustainability in concrete is the cementing agent, which provides approximately 90% of the carbon emissions from the material.

“The process necessary to create cement causes a chemical reaction that generates CO2,” Dunford said. “What CarbonCure is doing is taking a portion of CO2 from a post-industrial source, reintroducing it to concrete as it is mixed at the plant, and, as a result of that reintroduction, it will then chemically reform back as calcium carbonate or limestone.”

This process reclaims CO2 that would typically go into the atmosphere and traps it into the concrete, where it will stay in an embedded form for the entire lifespan of that structure.

Dunford notes the CarbonCure process doesn’t 100% eliminate CO2 from the production process of cement. Still, it does take away a portion of generated CO2 destined to be a pollutant. It uses it in a way that benefits the creation of concrete while lowering overall carbon footprint.

An added benefit to concrete made with the CarbonCure process is the injected carbon strengthens the concrete.

“By using this approach, you can use less raw materials and make the same end product in concrete,” Dunford said.

With data centers going up quickly all over the country, quality control and the commissioning process are vital steps to making sure everything is getting done correctly.

Yet the typically high-touch process has been complicated by social distancing regulations and other health precautions that are part of doing business during the COVID-19 pandemic.

When Compass Datacenters wanted to complete testing and certification for TierPoint’s new facility in Raleigh, North Carolina, it knew it needed to reduce on-site staff, so it used video-streaming tools and sensors where, typically, humans would step in.

“Once we decided we could do this potentially remotely, the distance by and large was down to CDC social distancing guidelines,” said Ricky Vasquez, Vice President of Data Center Facilities of TierPoint. “From a virtual perspective, it was done using various methods in the field, some of that live video feed.

“We also had a couple different Teams meetings active, one of which was in place to manage some building management system aspects of the project, as well as the field work that needed to be done. We had both of those going in parallel throughout the process.”

It was an innovative way to solve a problem posed by this crisis, even if it may not be one clients want to use if we can return to a world like the one we interacted with in 2019.

“I think the traditional approach is certainly going to win out overall and would be the preferred method – certainly from our perspective,” Vasquez said.

Of course, data centers are one of the few industries that have actually seen demand increase during the pandemic, with work-from-home setups requiring strong connections and plenty of people stuck on the couch utilizing streaming services.

“It’s been – I really hate to say business as usual – but I think for the most part it has been business as usual in an unusual time,” Vasquez said. “We’ve been able to conduct our normal business and do it very well.”

We all hope other businesses are able to get back to business as usual sooner rather than later, and even for the data centers, getting back to a hands-on commissioning process would bring huge benefits. Until then, Compass and TierPoint have worked out a process that is the next best thing.

When choosing a location, data centers often look for a location close to their end customers and one where there’s cheap electricity.

Water was an afterthought, said Pedro Sancha, Senior Vice President and General Manager of Nalco Water, but that’s beginning to change.

With water needed to cool the data center, companies were bringing in Nalco after realizing they didn’t have the right permits or hadn’t worked out a way to bring in water effectively at all. Now it’s a main consideration when constructing the data center in the first place.

“They’re more proactive. They’re starting to engage us early in the process before they even decide where they’re going to build a data canter,” Sancha said.

Some are thinking big, like the Nalco client taking water from nature, utilizing it, cleaning it and putting it back into the world. Others are simply looking to be a bit more environmentally friendly or better understand how to lower costs. Many data centers are still using potable water, competing with average citizens for the general water supply.

“We do have technologies that help you optimize your cooling systems. Beyond choosing the right locations and the right cooling technology, there are ways existing data centers already can significantly reduce their water use,” Sancha said. “The irony is we need a lot of water to cool those data centers and support the technology revolution, but we also can use that technology to manage water in a smart way. That’s the full circle.”

Like the water cycle that brings us the precious resource to earth, it’s possible technology will help us create a positive loop, as well. For now, we can take heart that data centers are beginning to consider the implications of their setup on the aquatic world.