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The Guinness Brewery Maryland is Touting

American fans of Irish stout no longer need to travel to Dublin for a taste of Guinness in its homeland. Guinness toasted the opening of its Open Gate Brewery & Barrel House on August 3, 2018, in Relay, Maryland. This is the first Guinness brewery in the US in more than six decades. There was a Long Island, New York brewery in the 50’s quickly shuttered, sending production back to Dublin. Guinness brewery is touting the Maryland brewery as one of the only two experimental breweries in the world. The other one is the original Guinness Storehouse in Dublin, Ireland.

Guinness Brewery Maryland: The Tourist Destination

The new Guinness brewery is located just 10 miles outside of Baltimore. Guinness Open Gate stands on a 62-acre property owned by Diageo, its parent company. Diageo, which has owned the property since 2001, is the world’s largest global spirits brand. It produces Johnnie Walker, Bulleit, Don Julio, and Crown Royal among others.

Open Gate required more than 2,000 construction workers to build in nine months, and what they have created is more than just a quaint brewery. With its signature harp insignia, Open Gate stands as a hulking tourist attraction and a beer enthusiast’s dream destination. It has a taproom, a brew house, a restaurant, and a gift shop, all of which can accommodate about 300,000 visitors annually. Independent tours can be done by visitors, and browse exhibits that show the Guinness brewery history and beer-making process. Guided tours will be available next month, right around Labor Day.

Guinness Brewery Maryland and those who consume Guinness
The counties that consume the most Guinness

The Guinness brewery taproom serves 16 types of beer which includes several of its signature stouts, and the Crosslands Pale Ale made with barley and hops grown in Maryland.

While inside taprooms, visitors go on a short social media hiatus. Electronics like TVs and smartphones are absent inside the taprooms and restaurants. Guinness wants beer drinkers to disconnect from the world for a while, take in the environment, and appreciate the unique drinking experience. This is how Guinness brewery wants to build its brand in the US—by showing how tasting rooms are critical in creating a connection with Guinness.

Visitors can also roam its sprawling outdoor space that can hold 4,000 guests, where they can drink and relax in Adirondack chairs. However, Guinness Open Gate isn’t selling cases of beer yet, but patrons can fill up their growlers in select areas.

Guinness Brewery Maryland is Different from Dublin

Guinness brewery is iconic for its thick and dark stout. But in the Maryland Open Gate, its flagship beer is the Guinness Blonde American Lager, a light, and effervescent version. The original stout is imported from Ireland, and the Blonde American Lager is currently the only beer made on site. Its current tap list includes an IPA, Citra-hopped wit, and a cherry stout, to name a few. The Guinness brewery expects to develop between four and six new beers that will be regionally and nationally distributed.

list of top ten beers in the world with guinness beer comparison
List of the Best Beers


Guinness brewery is currently in the ninth position in terms of sales in the United States. Opening Guinness Open Gate is their strategy to grow their market, and help Diageo penetrate the $111 billion industry.

The Guinness brewery Maryland is championing catering to high-volume production, as well as small-scale experimental brewery. It has a 100-hectoliter production brewery that processes its Blonde American Lager for national distribution. It also has a 10-barrel experimental brewery which lets brewers play around with different recipes and flavors for taproom customers. Having this small system enables them to test new compositions without committing to a huge batch.

Maryland as a location could also prove to be a strong strategic move. Guinness Open Gate sits on the site of the old Maryland Distilling Company. Guinness brewery is also owned by Diageo, so there is a possibility for large-scale utilization of leftover barrels from previous productions of other brands. This would give richer, deeper flavors than ever before should they wish to age them in these barrels.

Enriching a Community with Guinness Beer

As Guinness Open Gate resides in Baltimore, it reinforces the region’s rich history that dates back to colonial times. This was also the site of operations that opened after prohibition ended, and Guinness aims to once again be the center of exploration and innovation in barrel-aging.

America is also the capital of other spirits like whiskey. But bringing Guinness brewery back is an American milestone that enriches the tapestry of American-made spirits. It highlights a vibrant culture and community not just in Baltimore, but also in the rest of the country.

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How Blockchain is Transforming Smart Cities

The development of the blockchain may have revolutionized the use of cryptocurrency transactions, however, it is also providing new and innovative opportunities for smart cities worldwide.

In June, Austin, Texas, became one of the first smart cities using blockchain, with a city-wide program that gave 2,000 homeless people their own safe and secure identifiers in the digital space. The new program, notably, has allowed the marginalized population to centralize all their records in one database, enabling them to have greater access to medical services, social security, and housing. When it comes to anything that requires proof of identity and historical information, blockchain applications have helped make what can sometimes be a complicated process much easier.

Blockchain as a Public Service Tool

A blockchain is an online register that permanently stores information, and its cryptographic properties make it virtually “un-hackable”. Any information added to the blocks of information are recorded and monitored.

Therefore, Any would-be hacker would need 51% control of the system, and with encrypted data and decentralized computing power, no one person can have access to the whole database.

As a system for storing critical information representing properties, rights, and goods, it eliminates paper records and reinforces reliable and secure transactions. In the city of Austin, anyone can use blockchain applications for a number of services. For example, a homeless services worker can access a client’s information using just a smartphone.

In Austin, Blockchain is Transforming Smart Cities

The transient nature of homelessness can make keeping wallets, IDs and birth certificates difficult, which in turn can make accessing services – services that often require identification of some sort – almost impossible. Additionally, Austin’s homeless population benefits from this blockchain innovation as they no longer need to carry any physical proof at any time. Now, what was once an obstacle that could hinder the transition out of homelessness is no more.

blockchain applications and blockchain is transforming smart cities
There are more cities using blockchain to improve public services.

This adoption of blockchain applications began as a grant from the Mayor’s Challenge program. Bloomberg Philanthropies sponsored the grant. Thirty-five cities won pilot grants, with the most successful city receiving $5 million.

For Austin, it was all about wanting to improve its ability to provide comprehensive, integrated aid to its homeless community. If a person was seeking medical care, information from the database would give the right people relevant historical data. It will indicate what they were treated for and when to give a broader understanding of their needs and circumstances.

Smart Cities Growing in Number

Austin is not the first place to use blockchains to improve public services.

  • In San Francisco, its OpenData program supports projects for smart cities that aim to improve public transportation and decrease greenhouse gas emissions.
  • In Estonia, blockchain technology is used to provide its citizen’s control of their data using a secure digital identity. Estonians have easy access to their healthcare registry to find out which medical professionals have accessed their records and when.
  • Dubai has developed a blockchain system to track the import and export of goods. And as it allows for IoT, people can look at its hyper ledger and validate any smart contracts.
  • In Moscow, the technology is used for voting. Each vote is a transaction. Moreover, it has no risk for fraud because it has zero opportunity for changing or altering transactions. Votes immediately appear in a ledger that forms a blockchain, thus results also appear in real-time.

Other Blockchain Applications

Blockchains can help improve different features of smart cities. With its help, cities can make use of microgrids, which will let communities utilize solar power and other sustainable sources. This will lower costs for electricity. With blockchain-enabled microgrids, citizens would also have surplus energy, which they could sell.

Often, the homeless do not use banks and have debts, unpaid bills, and bad credit. It is possible to establish financial credibility with a blockchain as an alternative in building and monitoring transactions.

Additionally, the US could adopt blockchains for a new voting system. In 2016, just over half of the voting-age American population went to the polls, suggesting low civic engagement. If voting, therefore, became easier and more accessible, there could be a stronger motivation to vote. Disabled people, people of color, and other marginalized communities would be able to represent themselves through their votes.

The blockchain is a disruption that builds inclusivity by offering its services to a wider audience. It is more than just a vital tool in cryptocurrency—it can enhance the urban experience.

Medical Drones Racing to Innovate Healthcare

While we are getting accustomed to drones being used for military operations, pictures, and drone delivery, a new medical market is emerging creating Bold impacts on society.  Scientists and physicians are looking at utilizing medical drones to save lives by delivering laboratory specimens in record time. Testing is ongoing to prove the benefits of this technology and how medical drones can save lives and improve patient care.

Triumphant Trials for Medical Drones

Researchers from Mayo Clinic are building the scientific foundation. Pathologist James Hernandez, MD, and Christine Snozek, Ph.D., Director of Clinical Chemistry at Mayo Arizona are spearheading a recent drone study. The experiment, in fact, set a new distance record for medical drones transporting blood samples across the Arizona desert.

Dr. Hernandez said medical drones are helpful in situations where transportation is a challenge. These include rural areas without good roads, military zones, and calamity-stricken areas. Patients in these environments may need blood or blood products fast, and therefore, drone delivery may be their only option to survive.

Medical drone technology has the potential for faster and cheaper services to communities where medical access is difficult. This is according to Timothy Amukele, MD, Ph.D., a pathologist at Johns Hopkins University School of Medicine, and leader of the study. One example could be the hospital-to-hospital delivery of goods and specimens. Even if the hospitals are not too far from each other, getting from one hospital to another could take up to half an hour, at least, by land transport. A drone would certainly address this easily and it would only take a fraction of the time.

Time-Quality Analysis

Dr. Amukele’s experiment required the transport and analysis of blood samples to determine how drone flights affect them. In their previous studies, Amukele and colleagues proved that drones can deliver biological samples over short distances. These covered about 40 kilometers and lasted up to 40 minutes, and demonstrated in moderate ambient temperatures. This study built the foundation for large-scale experimentation.

The team performed the new experiment in a similar environment with 21 adult volunteers providing a total of 84 blood samples. Forty-two samples were transported by land, while the other 42 samples were flown by medical drones in special cooling boxes. Researchers then performed hematology and chemistry tests at the Mayo Clinic laboratory.

The results showed that the cellular components of blood continued to consume glucose. The glucose level, however, consequently decreases that is why the time of extraction of the liquid components of blood from the cell components matter. The right temperature is also important. For patients that would need immediate blood transfusions, the blood has to be intact and of good sustained quality as per medical standards.

Room for Optimization for Medical Drones

The experiment proved that medical drone flights are indeed a promising alternative as they can cover greater distances than expected. But there is a need to further improve on temperature control within the compartment. They would need to perfect this as health centers desire drone transportation that could go beyond 100 kilometers.

Researchers at the Mayo Clinic worked closely with Dr. Amukele’s team for the design of the study with temperature and humidity concerns as their focus for drone delivery. Another concern was specimens must be packed as they are potential biohazards. The specimens were then triple-packed to meet the standards for flown specimens. These details were requirements for safety and the validation of the results.

Hope on the Horizon for Drone Delivery

Dr. Amukele’s team hopes to do the experiment in colder climates. However, while there are no official plans yet, both parties are more than willing to work again in future projects. Both parties understand the value of testing and validation and hope that drone innovations such as this could be an available service for countless people. Once they refine the products, drones could soon be an integral part of medical response operations all over the globe.