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Business Food & Beverage Living Services Transportation & Logistics

Canuck Eats Inc. Announces Intent to Acquire Assets of Feastify, the Rural Food Delivery Pioneer

Vancouver, BC — Canuck Eats Inc., a prominent Canadian food delivery service, is exploring the acquisition of assets from Feastify, a former rural-focused food delivery company renowned for its extensive presence across Canada. This potential acquisition is subject to board approval and other closing conditions.

William Tsui, Co-Founder of Canuck Eats Inc., stated, “While we are very enthusiastic about this opportunity, it’s important to note that any final decisions will be made following a rigorous evaluation and board approval. From the picturesque mountain town of Canmore in Alberta to the vibrant community of Whitehorse in Yukon, and the historic city of Brockville in Ontario, Feastify has left an indelible mark. We’re eager to build upon this legacy and ensure that Canadians from Blackfalds, Brooks, Canmore, Coaldale, Drayton Valley, Edson, High River, and all the way to Whitehorse, and every town in between, can experience the best of Canadian cuisine, pending the successful completion of this deal.”

Expanding to New Territories

Should the acquisition receive the necessary approvals and proceed, Canuck Eats would further its reach to numerous areas including, but not limited to, Drayton Valley, Edson, High River, Hinton, Innisfail, Lacombe, Morinville, Olds, Pincher Creek, Rocky Mountain House, Slave Lake, Stettler, St Paul, Sylvan Lake, Taber, Wainwright, Wetaskiwin, Whitecourt, Dawson Creek, Hope, Invermere, Merritt, Nelson, Oliver, Osoyoos, Powell River, Revelstoke, Squamish, Summerland, Trail, Williams Lake, Neepawa, Portage la Prairie, Selkirk, Miramichi, Gander, Glace Bay, Angus, Brighton, Brockville, Chelmsford, Cobourg, Dorchester, Dryden, Dunnville, Elliot Lake, Espanola, Exeter, Fergus, Fort Frances, Gananoque, Goderich, Hanover, Kapuskasing, Kincardine, Kirkland Lake, Listowel, Midland, Mount Forest, Napanee, New Liskeard, Port Hope, Shelburne, Simcoe, Strathroy, Sturgeon Falls, Tottenham, Wallaceburg, Wingham, Summerside, Estevan, La Ronge, Meadow Lake, North Battleford, Swift Current, Weyburn, Amherstburg, Beaumont, Bonnyville, Brandon, Caledonia, Carleton Place, Castlegar, Cold Lake, Corunna, Cranbrook, Dauphin, Drumheller, Duncan, Flin Flon, Grand Falls-Windsor, Ingersoll, Kenora, Kingsville, Ladysmith/Chemainus, LaSalle, Leamington, Mount Brydges, New Hamburg, Oakbank, ParksvilleQualicum, Ponoka, Rockland, Salmon Arm, Sauble Beach, Sidney-Saanichton, Sooke, Steinbach, St. Marys, Strathmore, Vegreville, Virden, Warman/Martensville, Winkler/Morden, and Whitehorse.

Tsui of Canuck Eats Inc., expressed, “The breadth and depth of Feastify’s coverage across the country is genuinely impressive. Integrating their reach into our network would offer an even more comprehensive service to Canadians everywhere.”

About the Potential Acquisition

Feastify’s dedication to smaller markets, such as the serene lakeside community of Nelson and the bustling town of Summerside, has been a standout in the industry. Canuck Eats is eager to harness this expertise and provide an unparalleled food delivery service in these areas.

Next Steps

While the acquisition is in advanced discussions, it’s essential to emphasize that final decisions are subject to board approval and various other conditions. Canuck Eats is committed to ensuring a transparent process and will provide updates as the situation evolves.

About Canuck Eats Inc.

Canuck Eats Inc. is a premier Canadian food delivery service, connecting customers with a diverse range of local and chain restaurants. This potential acquisition represents a significant step in the company’s mission to ensure every Canadian has access to top-notch food delivery services.

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Energy & Environment Technology Transportation & Logistics World

GoodFuels and Hyundai GLOVIS Partner on Biofuel Bunkering for the First Korean-Flagged PCTC Vessel

GoodFuels, in collaboration with Hyundai GLOVIS, have announced the successful completion of the first biofuel bunkering with a South Korea-flagged pure car and truck carrier (PCTC).

Named GLOVIS SUNRISE, this vehicle carrier is the first-ever Korean-flagged PCTC to sail on biofuels. 

GoodFuels considers this bio-bunkering a milestone, as promoting the usability of sustainable “drop-in” fuel takes centre stage in the company’s sustainability strategy.

“This first bio-bunkering in collaboration with Hyundai GLOVIS marks an exciting milestone towards decarbonised maritime transport and more sustainable supply chains,’ stated Dirk Kronemeijer, CEO of GoodFuels. “It also shows the central role that biofuels can play in reducing shipping’s carbon footprint today as a safe, convenient, and technically viable option to slash emissions from commercial vessels by up to 90%.”

Sustainable Marine Fuel can Curb CO2 Emissions

Even though vital for trade, the shipping sector contributes significantly to climate change. This sector alone requires over 330 Mt of fuel in a year and spews out 2-3% of the world’s total CO2 emissions.

In 2021, waterborne transport accounted for around 3% to 4% of greenhouse gas (GHG) emissions in the European Union (EU). 

With the maritime industry responsible for carrying roughly 90% of world trade, decarbonising this sector has long been considered a dire necessity. 

That said, years after sustainable marine fuels were first introduced as an alternative to petroleum-based fuel in the shipping industry, uptake remains remarkably limited.

However, steps are being taken to curb greenhouse gas emissions from the shipping industry.

For example, In March 2023, a ‘groundbreaking’ agreement has been inked between the European Parliament and the Council to help the maritime industry reduce ship emissions by 2% as of 2025 and 80% as of 2050.

Experts unanimously agree that biofuels hold the potential to provide almost the same efficiency as fossil-based marine fuel but with a much smaller carbon footprint. For example, sustainable marine fuel can offer more than 70% reduction in well-to-wake GHG emissions than its fossil fuel equivalent, based on the feedstock and conversion process used.

However, with the increasing bio-content in sustainable marine fuels exacerbating microbial contamination, preventing the growth of microbes has now become dire.

Businesses looking to improve their fuel management use periodic marine fuel tests with kits like FUELSTAT®, so that that contamination can be identified at the earliest stages and before any safety/operational disruptions incur hefty losses.

More About the First Korean-Flagged Bio-Bunkering

During its port visit to Vlissingen (Flushing) in the Netherlands on 28th December, vehicle carrier GLOVIS SUNRISE was reported to be refuelled with 50 Mt of 30% sustainable biofuel blend produced by GoodFuels.

The trial was executed during the PCTC’s journey between Europe and the Persian Gulf, which was successfully concluded this January.

According to GoodFuel, the sustainable marine fuel that powered GLOVIS SUNRISE was 100% waste and residue-based and met the highest sustainability requirements. 

This marine fuel supplied by GoodFuel is claimed to provide 80% to 90% well-to-exhaust CO2 reduction compared to its petroleum-based fuel equivalent. 

Due to the drop-in properties of the biofuel, it required no changes in the fuel tank or engine to power the PCTC.  

Hyundai GLOVIS expects this partnership will offer the company solid footing for significantly decoupling GHG emissions from its fleet of 153 vessels while also fostering its capabilities for eco-friendly green logistics. 

Headquartered in Seoul, Hyundai Glovis is a global logistics company that offers businesses optimal strategic services. The company is committed to continuously evolving and delivering greater sustainability across its logistics and shipping activities.

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Financial Market Services Technology Transportation & Logistics U.K

Holme Beach: An ANPR Camera Has Gone Live; Drivers Using the Car Park Being Charged Again

As declared, an automatic number plate recognition (ANPR) camera has reportedly been installed to monitor cars parked at Holme-next-the-Sea, near Hunstanton, in the English countryside of Norfolk.

With the new ANPR system enforced, drivers will now be charged £100 as fines if they don’t pay for using the Holme beach parking lot, according to Eastern Daily Press.

Fleshing Out the ANPR Parking System

Also known as Licence Plate Recognition (LPR), an Automatic Number Plate Recognition (ANPR) system is a specially designed high-speed image capture technology that can identify and read vehicle registration plates as they pass through an infrared camera.

Built on optical character recognition technology, an ANPR camera captures an image of a vehicle number plate as it enters or exits a parking lot. The image, when passed on to a compatible number plate reader, gets converted into standard Wiegand format ID numbers. Upon comparing this information with the record in the existing database, the access control system decides whether or not to grant access to that vehicle to the parking premises.

The recorded vehicle registration plate details and the location data can be used for various law enforcement and traffic management purposes.

Besides enforcing surveillance of vehicle entry/exit at parking facilities, an ANPR system ensures car parking security.

A cost-effective way to provide consistent data to parking management apps, an ANPR camera also helps with threat recognition, repeat delinquent detection, or targeting vehicles/block-listed vehicles.

For a ticketless parking lot, deploying high-quality ANPR surveillance cameras that seamlessly integrate with parking management and enforcement solutions, such as ZatPark, is essential for vehicle access control. 

High-end ANPR integration increases efficiency by enabling seamless processing of ANPR images. This type of system helps extend enforcement hours without increasing overhead expenses.

Advanced ANPR technologies ensure a 100% capture rate accuracy under recommended lighting conditions.

Fully automated ANPR camera systems do not require employees to operate them, thus reducing operating costs.

Deployment of ANPR Camera at Holme Beach Car Parking

The deployment of the ANPR system took shape after the Hunstanton Golf Club had been given a go-ahead by West Norfolk council in December to install the equipment in the parking lot it owns on Beach Road at Holme.

In a planning statement, the golf club, said: “The proposed installation of ticketing equipment would allow charges to be levied all year round on a more cost-effective basis.”

According to a report written by an officer who recommended the approval of the ANPR camera installation last year, “Based on the existing use of the land, the surrounding area and the level of natural screening, it is not considered that these small scale additions will have a significant visual impact or adversely affect the locality.”

Earlier, a kiosk was used to manage the parking premises at Holme beach. However, anyone arriving at the parking lot, when the kiosk was not open, could park their vehicles without paying until the concession closed in the summer of 2022.

Now that the ANPR surveillance camera is deployed, drivers need to pay £3 to park their vehicles for two hours, £5 for four hours, or £7 to park for an entire day.

Charges at the Holme beach parking are lower than the nearby Hunstanton Cliff Top car park, where drivers have to pay £2.20/hour, £4.20/two hours, £6/three hours, and £8/day.

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Business Computers & Software Technology Transportation & Logistics World

Aramtec Adopts RISE with SAP and S/4HANA to Accelerate Digital Transformation

One of the longest-established foodservice businesses in Dubai, Arabian American Technologies Co. (Aramtec), is reportedly adopting RISE with SAP and S/4HANA.

The company has curated a year-long strategy—Project Phoenix—as part of its effort to facilitate the implementation of RISE with SAP and S/4HANA and transform it into a fully SAP-powered Intelligent Enterprise, according to Intelligent CIO.

RISE with SAP and S/4HANA

For SAP enterprises operating their SAP workloads on the cloud or on-premise, RISE with SAP helps streamline business processes for workflow efficiency while unifying cost and business goals with the OPEX-based cost model.

Enabling businesses to use a range of SAP tools, RISE with SAP expands the value SAP delivers beyond ERP functionality to holistic business value.

On the other hand, S/4HANA allows SAP enterprises to shift and modernise to the cloud and leverage the in-memory database technology. 

That being said, SAP S/4HANA is not competitive with or separate from RISE with SAP—it’s one of the six primary offerings included in RISE’s bundled solutions.

For companies looking to accelerate business agility and digital transformation, adopting RISE with SAP or S/4HANA is a sensible decision. 

On top of that, with SAP ECC mainstream support phasing out in 2027, enterprises are quickly migrating to SAP S/4HANA. 

Even though these technologies help drive business value, assimilating new systems requires enterprises to invest in SAP consulting services like Protera. With operational support and strategic guidance, SAP consulting services help SAP-focused companies make the most of their investment.

Aramtec’s Move to SAP

The increasing need for improved visibility, scalability, and control over supply chain operations is pushing enterprises toward cloud deployments. As part of its effort to become digitally empowered and transform into a cloud-based company, Aramtec has decided to leverage the innovative systems offered by the leading multinational software company SAP SE. 

The company hopes SAP’s experience in the food industry and supply chain management will help automate and enhance its end-to-end processes of delivering food services to airlines, hotels, restaurants, and various commercial F&B outlets. 

“Our objective is to capitalise on the digitisation and automation benefits of technology to run our business more smoothly and to optimise our productivity and efficiency. We are set to achieve greater visibility and control over all areas of Aramtec’s operations as well as our complex supply chain and distribution network, as we have more than 2000 stock-keeping units, SKUs distributed to thousands of customers,” stated Edgard Chalhoub, General Manager of Aramtec. “Ultimately, Aramtec will have the capacity to respond quickly to our customers’ needs and changes in the supply chain environment.”

Zakaria Haltout, Managing Director of SAP UAE, went on to say, “The commitment Aramtec has made to becoming an SAP-designated Intelligent Enterprise means it is aligned with regional digital transformation plans while enhancing the services it delivers to existing and new-market customersBy leveraging SAP’s cloud-based S, 4HANA, Aramtec will benefit from the latest SAP technologies and updates. It will enjoy precise stock control and record keeping, 360-degree views of all operations, automation of business processes, reduced total cost of ownership, and the ability to manage business change and scale operations rapidly.”

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Computers & Software India Technology Transportation & Logistics World

87 Parking Lots in Chandigarh to Get Smart; Tenders to be Floated Soon

Eighty-seven parking spaces in Chandigarh are set to get revamped as union territory (UT) adviser Dharam Pal directed Chandigarh Smart City Limited (CSCL) to float “tenders for smart parking immediately,” reported The Times of India.

A statement on the above concern was released by the Chandigarh administration on February 23, 2023, after the contracts with the two agencies manning those 87 municipal parking lots had expired this January.

UT Adviser Dharam Pal, while interviewed by The Indian Express, said, “Parking is the city’s problem. The administration has faced a lot of flak over the parking issue. A draft of the policy will be placed before the General House of the civic body for discussion. We have merely drawn a draft of new smart parking. We have to become a smart city, and for that, a proposal needs to be made. We prepared a draft, and then it will be placed before the House for discussion. We are all working towards the same goal here, to provide good, smart facilities to the residents of the city.”

On the same day, the Mayor of Chandigarh, Anup Gupta, stated that the General House of the civic body is committed to ensuring the city residents reap the benefits of the smart parking from the first day and soon starting to draft the terms and conditions as per the tender.

“Also, several other issues need to be discussed — like the issue of giving a window of ten or fifteen minutes, whatever is decided, to allow pick-and-drop at these lots,” the Mayor explained.

Smart Parking Features to be Adopted in Chandigarh

The features that are expected to transform the 87 parking lots in the city are:

FASTag-based parking management system

CSCL has demonstrated the plan to introduce a FASTag-based parking management system in Chandigarh. The aim is to move the paid parking spaces to an automatic system wherein most of the toll collected will be cashless, requiring no vehicles to stop. 

Besides FASTags, drivers, however, will have a range of options—such as cash, Paytm, or UPI—while paying their parking charges.

Parking Central Control Centre

All 87 parking lots are set to be connected with the Parking Central Control Centre, Police Command and Control Center (PCCC), and the Integrated Command and Control Centre (ICCC) for facilitating monitoring.

The purpose is to ensure the utmost safety of the drivers and vehicles by identifying and minimising incidents—such as tiffs or theft—inside the parking lots.

“The parking management system will be integrated with the Integrated Command and Control Centre of Chandigarh for data analytics and service monitoring,” said Anindita Mitra, CEO of CSCL and commissioner of Chandigarh municipal corporation (MC).

Automated and Single Entry-Exit

A proposal for deploying automated gate control at the entry and exit of the parking lots has also been introduced. An automated entry-exit system will allow authorities to control access by lowering or lifting the boom barrier and stopping vehicles from entering or exiting a parking lot unless authorised. 

On top of that, since vehicle movement will be unidirectional, traffic congestion inside and outside the parking lot will be decreased significantly.

A Parking Management System Application

In order to constantly monitor the availability of each parking lot while also enabling keepers to book slots, the agency handling the city’s smart parking lots would need to use a high-end parking management app

The Automatic Number Plate Recognition (ANPR)

According to the MC commissioner, ANPR cameras will be installed to bring all 87 parking lots under stringent surveillance. 

A cost-effective way to provide consistent data to parking enforcement apps, an ANPR camera helps ensure car parking safety and detect repeat delinquents or target vehicles/block-listed vehicles. 

For a ticketless parking space, installing high-end ANPR surveillance cameras, such as ZatPark, is critical to facilitate vehicle access control. Advanced ANPR technologies ensure a 100% capture rate accuracy under recommended lighting conditions.

Wrapping Up

Since Chandigarh was declared a ‘smart city’ in 2016, the revamp of the city’s parking management system has been long overdue. 

The UT advisor expects to turn 25% of the 87 spaces into smart parking lots within one month of the grant of the contract.

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Energy & Environment Technology Transportation & Logistics Travel World

Emirates Operates Milestone Demonstration Flight Powered by 100% SAF

Emirates Airlines—a subsidiary of The Emirates Group—has successfully tested its first demo flight in which one of the Boeing 777-300ER’s two engines was powered by 100% drop-in sustainable aviation fuel, or SAF.

The aim was to examine the safety and reliability of the synthetically derived SAF when used as a jet fuel at a higher percentage.

Piloted by Captain Khalid Nasser Akram and Captain Fali Vajifdar, this was the first-ever demo flight in the MENA region that was supplied with 100% sustainable fuel. 

Currently, SAF can be mixed at up to 50% with traditional jet fuel for flying aircraft.

The flight departed from Dubai International Airport at around 11:39 pm on January 30 and was flown for more than one hour over Dubai’s coastline.

The test was part of the Emirate’s effort to help hit the Net Zero target by 2050, as the aviation industry is casting about for cleaner fuel solutions like SAF, reported GLOBETRENDER™.

SAF Can Curb Carbon Emission

SAF—a biofuel derived from renewable biomass and waste products—holds the potential to deliver the efficiency of petroleum-based conventional aircraft fuel but with only a fraction of its carbon footprint.

Case in point: Based on the method and feedstock used for production, SAF can curb greenhouse gas (GHG) emissions by up to 80% over the fuel lifecycle, offering the aviation industry solid footing for significantly decoupling GHG emissions from flights.

Since 2011, over 4,50,000 commercial flights have been taken to the skies using SAF globally. 

Even though SAF has capabilities to significantly limit carbon emissions in aviation, global SAF production accounts for only 0.03% of total fuel use (based on pre-pandemic reports).

World leaders are working relentlessly to devise thought-out strategies for scaling up new processes and facilitating the production of commercially usable SAF.

As a result, the production of drop-in SAF has more than tripled in 2022, compared to 2021, according to IATA.

To date, the approved bio-jet fuel production routes include co-processing, hydro-processed esters and fatty acids (HEFA), hydro-deoxygenated synthetic aromatic kerosene (HDO-SAK), Fischer-Tropsch synthetic paraffinic kerosene (FT-SPK), and more.

However, with the increasing bio-content in aviation fuels exacerbating microbial contamination, controlling its effects has become a major concern.

That said, leveraging kits like FUELSTAT® for periodic testing of SAF and blended SAF is critical. Thus contamination can be detected at the earliest stages and before severe safety/operational disruptions occur.

More Insights into Emirates Flight Using Biofuel

Emirates partnered with Boeing, GE Aerospace, Neste, Honeywell, and Virent to produce and buy a SAF blend closely identical to the efficacy and properties of traditional aircraft fuel.

“At each blend ratio, various chemical and physical fuel property measurements were carried out,” explained an Emirates spokesperson. After multiple lab tests and rigorous trials, [we] arrived at a blending ratio that mirrored the qualities of jet fuel.

A total of 18T of drop-in SAF blend, made up of 50% HDO-SAK and 50% HEFA-SPK, was used for the test flight. This 100% SAF powered one General Electric GE90 engine of the aircraft, whereas; the other GE90 was supplied with petroleum-based jet fuel.

Emirates hopes the data and success of the flight will act as a step-change in facilitating the future adoption and acceptance of 100% SAF blend as a cleaner alternative to conventional fuel—well over the present limit of 50% drop-in SAF blend.

“This flight is a milestone moment for Emirates and a positive step for our industry as we work collectively to address one of our biggest challenges – reducing our carbon footprint. It has been a long journey to finally see this demonstration 100% SAF flight take off,” said Adel Al Redha, chief operating officer at Emirates Airlines. 

Al Redha goes on to explain, “Such initiatives are critical contributors to industry knowledge on SAF and provide data to demonstrate the use of higher blends of SAF for future regulatory approvals. We hope that landmark demonstration flights like this one will help open the door to scale up the SAF supply chain and make it more available and accessible across geographies, and most importantly, affordable for broader industry adoption in the future.”

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Energy & Environment Technology Transportation & Logistics U.K

Conidia Bioscience Announces New Packaging and Options for FUELSTAT® Microbial Contamination Testing Kits

Egham, Surrey (UK), 20th Jan — Conidia Bioscience, the manufacturer of the FUELSTAT® testing solution for microbial detection in fuel, has recently announced new packaging and quantity options for the testing kits. 

Packaged in sealed foil pouches, FUELSTAT® is now delivered as a single-boxed test kit or in boxes of eight. 

The latest point-of-sale packaging of the testing kit includes essential details about the product and its accompanying apps, says Conidia Bioscience.

In a move to make microbial contamination detection with FUELSTAT® even more reliable and accurate, Conidia offers a free app available on both iOS and Android. 

While the FUELSTAT® Report enables global traceability of fuel testing, the FUELSTAT® Result helps record and verify test results instantly, thus limiting the need for human interpretation.

To attain Net Zero targets faster for a more sustainable future, the move to transition to biofuels is now getting a push. 

Even though biofuels are more eco-friendly, the reduction in sulphur and the introduction of fatty acid methyl ester (or FAME) spurs microbial growth in fuel which leads to serious repercussions. Frequent fuel filter clogging, operational disruption in generators or aircraft, inaccurate fuel quantity readings, Microbially Influenced Corrosion (MIC) of the fuel tanks, and engine failure are a few of the growing list of problems caused by diesel bugs. 

For commercial businesses running on these fuels, the consequences of microbial contamination can be even more catastrophic. 

Processes such as fuel polishing or tank cleaning are expensive and put the asset out of operation for a long time.

With the increasing bio-content exacerbating microbial contamination in middle distillate fuels (jet and diesel fuel), limiting its impacts has become a major concern. 

Conidia Bioscience stresses the importance of using a high-end fuel testing kit specially designed for microbial contamination to detect microbial growth at the earliest possible phase. 

“Treating contamination and the issues in the early stages is faster, cheaper, and less risky than it would be in later stages,” explains a spokesperson from Conidia Bioscience. “Depending on the type of test, it may identify the type and quantity of microbes. There is always some presence of microbes in fuel, but tests will indicate if it is a negligible, moderate, or heavy amount.”

Built on state-of-the-art immunoassay antibody technology, FUELSTAT® by Conidia Bioscience only identifies microorganisms damaging to fuel. 

The result is a reduced possibility of misleading outputs, which yields a higher degree of accuracy. 

Unlike traditional growth-based tests that require at least 72 hours, FUELSTAT® takes only 15 minutes to detect harmful microbial growth in the fuel. 

Conidia marks FUELSTAT® as the only microbial detection test kit that can be used on-site—requiring no additional equipment or stringent sterility controls. 

Interested parties can find out more about Conidia Bioscience by visiting https://conidia.com.

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What Airline Passengers Don’t Know About What Happens Behind the Scenes with Air Traffic Control and Most Experts Won’t Reveal

TheWashington, D.C. – Each day, an estimated 2,900,000 passengers fly in and out of U.S. airports and most have no idea what goes on behind-the-scenes. They don’t know what is involved to get them safely to their final destination or what decisions are made by air traffic controllers to safely navigate their flight. While most days are usually uneventful, situations occur that can be the difference between life and death, and that’s where people like Andy Watson come in.  

No ordinary pilot, Watson has been flying airplanes since he was eight years old, and has also worked as an Air Traffic Control (ATC) Specialist at many of the busiest facilities throughout the eastern United States for more than 14 years. In fact, he is one of only a select few pilots who has a multi-faceted understanding of aviation, which most pilots never realize. Watson’s experiences both as a pilot in the aircraft and professionally tracking planes on the air traffic control radar scope inspired him to write The Pilot’s Guide to Air Traffic Control, a collection of behind-the-scenes stories that places the reader right in the middle of real-life situations that bring the stress and urgency air traffic controllers deal with on a daily basis to bear.*  

Watson has written more than thirty chapters about his experiences as an air traffic controller with pilots in mind that includes an exclusive peek into an intense world which travelers rarely see, and dispels several myths about the aviation industry. 

#1 – How often does a passenger have to land a plane? Although this has been depicted in film more than once, this is actually an uncommon occurrence, but it does happen. Last month, an emergency took place when the pilot of a single-engine turboprop Cessna Caravan en route to Florida became incapacitated and the inexperienced passenger was doing his best to fly the plane. Luckily, an air traffic controller on duty, Robert Morgan, was also an experienced flight instructor. Once notified of the situation, he sprang into action. Despite himself never having flown this make and model of aircraft before, he was able to access a picture of the Cessna Caravan’s instrument panel to guide the impromptu student step-by-step on how to land the aircraft. “As I reviewed the incident,” Watson noted, “I thought it was absolutely brilliant that controller and flight instructor Robert Morgan printed a picture of the Cessna Caravan’s instrument panel so he could explain to the passenger over the radio exactly where to look in order to control the aircraft. I believe Robert saved the three lives on the aircraft that day!” Similarly, Watson’s book tells the story of another ATC save where the flight crew was suffering from hypoxia – a lack of oxygen – was rendered all but unconscious. A controller was able to get them to descend before they passed out. 

#2 – Why is Spatial Disorientation a Very Serious Inflight Emergency? Statistics show between 5 to 10% of all general aviation accidents are caused by spatial disorientation, 90% of which are fatal. Spatial disorientation was determined to be the probable cause of the crash that claimed the life of magazine editor & pilot John F. Kennedy, Jr. and more recently, basketball legend Kobe Bryant.  Watson remarks, “Spatial disorientation occurs when the body feels oriented in one direction, but in reality, it is oriented in a different direction. Literally, the pilot doesn’t know which way is up! It’s the same feeling kids get when they close their eyes, spin in circles, and then try to stand up straight, usually resulting in them falling down!”

Watson, who has worked in the FAA’s Air Traffic Safety Oversight office in Washington, D.C., has encountered several aviation accidents caused by this condition and says, “I realized I had received training on spatial disorientation as a pilot, but I did not remember any training on it as a controller.” 

#3 – What is a big mistake pilots make? Watson’s experience is that while commercial pilots are quick to declare an emergency when necessary, the pilots of smaller, general aviation aircraft are often more reluctant. It seems to Watson that most of them try to avoid declaring the emergency to the maximum extent possible. “I suspect because they are afraid of the FAA. I can tell you, if the thought of declaring an emergency even crosses your mind, then you probably should go ahead and declare it! I have heard pilots talk around the word ‘emergency’ specifically to avoid saying it. When an emergency is declared, air traffic gets extra help to assist you in whatever means they can. Phone calls for additional assistance are made, options are presented, and whatever else the pilot requests are made available. Don’t do it without good reason, but the FAA and ATC is truly there to help you effect a safe arrival.” 

Andy Watson will be on hand at EAA AirVenture Oshkosh 2022, the Largest Airshow in the World, for interviews and to personally sign copies of The Pilot’s Guide to Air Traffic Control. The book is also available on Amazon and at atcStories.com. While the title may say it’s for pilots, this book also provides a view from behind the flight deck door of how almost three million passengers travel safely each day in the skies over the United States. 

*The perspective and opinions given in the book are that of the author alone and may vary from those of the Federal Aviation Administration.