EPA Determines that Lead Emissions from Small Aircraft Engines Cause or Contribute to Air Pollution

anticipated to endanger public health and welfare under the Clean Air Act.

“The science is clear: exposure to lead can cause irreversible and life-long health effects in children,” said EPA Administrator Michael S. Regan. “Aircraft that use leaded fuel are the dominant source of lead emissions in our air. With today’s action, the Biden-Harris Administration can move forward in the process to propose new standards to protect all communities from the serious threat of lead pollution from aircraft.” 

“I commend EPA for prioritizing public health and safety with the finalization of this endangerment determination,” said House Science, Space, and Technology Committee Ranking Member Zoe Lofgren (D-CA). “EPA’s conclusion confirms what constituents in my district and Americans across the country know all too well — emissions from leaded aviation fuel contribute to dangerous lead air pollution. Communities near general aviation airports — like Reid-Hillview Airport in my district — experience disproportionate exposure to lead from leaded aviation fuel emissions. EPA’s determination must now set forth swift action from the Congress and industry to stop the use of leaded aviation fuel. While today’s announcement is a step forward, we cannot be complacent. We must finish the job and protect our nation’s children from all sources of lead.”

“Communities where general aviation airports are located –– including in East San Jose –– have suffered from lead exposure and pollution for years,” said Rep. Ro Khanna (D-CA). “Children living near the Reid-Hillview Airport, which has a flight path over my district, have been found to have lead in their blood. This is a public health and environmental crisis. I held a hearing in the House Oversight Committee last year about the urgent need for action. I’m glad to see the EPA release its findings today that confirm the harmful impact of leaded aviation fuel on public health and welfare. I also thank Congresswoman Zoe Lofgren for her decades of strong leadership on this issue.” 

Aircraft that operate on leaded aviation gasoline are typically small piston-engine aircraft that carry 2-10 passengers. These aircraft are approximately 45 to 47 years old, on average, depending on the type of aircraft. Jet aircraft used for commercial transport, on the other hand, do not operate on leaded fuel. Levels of airborne lead in the United States have declined 99% since 1980, but emissions from aircraft that operate on leaded fuel may still pose risks to nearby communities, including those with environmental justice concerns. 

This final determination advances EPA’s Lead Strategy to Reduce Lead Exposures and Disparities in U.S. Communities. With this finding, EPA is now obligated under the Clean Air Act to propose and promulgate regulatory standards for lead emissions from certain aircraft engines. Under its own statutes, the Federal Aviation Administration (FAA) must develop standards that address the composition, chemical, or physical properties of an aircraft fuel or fuel additive to control or eliminate aircraft lead emissions. 

EPA and FAA have already begun work to consider regulatory options to address lead emissions from aircraft engines and will announce timelines as soon as possible. EPA and FAA will work in partnership and engage all interested stakeholders and the general public as the two agencies develop their separate regulatory actions. 

Lead emissions from aircraft are an important and urgent public health issue. Protecting children’s health and reducing lead exposure are two of EPA’s top priorities. Lead exposure can have harmful effects on cognitive function, including reduced IQ, decreased academic performance, as well as increased risk for additional health concerns. There is no evidence of a threshold below which there are no harmful effects on cognition from lead exposure.

Additionally, the U.S. government takes seriously the objective of maintaining a high level of aviation safety. EPA and FAA also understand that piston-engine aircraft play a significant role in transportation in the United States.

Separate from EPA’s endangerment finding, in support of the objective to remove lead from aviation gasoline, in early 2022, the FAA and industry announced the program “Eliminate Aviation Gasoline Lead Emissions” (EAGLE). This program aims to achieve a lead-free aviation system no later than 2030. The FAA has approved the use of a 100 Octane unleaded fuel (G100UL) that can be widely used by piston-engine fleet, that is not yet commercially available. The FAA has also approved for use a lower octane fuel (UL 94), currently available at approximately 35 airports in the U.S., and the FAA is working to expand and streamline the process for eligible aircraft to use this fuel. 

This final endangerment finding does not ban or impose restrictions on the use, sale, distribution, dispensing, and general availability of leaded fuel, nor does it establish any new control measures regarding aircraft lead emissions. EPA announced its proposed determination on October 7, 2022, which then underwent public notice and comment. 

Arcline Investment Management to Acquire Hartzell Aviation

Arcline Investment Management announced that it has signed a definitive agreement to acquire Hartzell Aviation from Tailwind Technologies.

Hartzell designs and manufactures proprietary aircraft subsystems and aftermarket components.  The company operates two complementary business units: Hartzell Propeller and Hartzell Engine Tech.  Hartzell Propeller is a global leader in the design and manufacture of high-performance propeller systems, components, and related accessories. Hartzell Engine Tech is a leading designer, manufacturer, and supplier of aircraft engine accessories and adjacent products, including turbochargers, alternators, starters, starter adapters, fuel pumps, magnetos, cabin heaters, exhaust systems, and engine mounts.

Arcline commented, “As investors exclusively focused on Critical Suppliers to Critical Industries, Hartzell’s portfolio of flight-critical propeller and engine subsystems for a large and long-lived installed base fits perfectly with Arcline’s strategy. We are excited to partner with the Hartzell team to carry on its legacy generated over the past 100 years and facilitate the company’s next phase of growth.”

“Our family has been blessed to be the stewards of Hartzell Aviation for 37 years. As we look to the future, we believe Arcline fully embraces our core value – Built on Honor – and will bring the skills and resources to build on over a century of excellence and innovation,” said Jim Brown, President of Hartzell Aviation.

BMO Capital Markets served as financial advisor to Arcline in connection with the transaction. RBC Capital Markets, LLC served as financial advisor to Tailwind Technologies.

Lufthansa Technik and Pilatus Unveil Strategic Cooperation

Lufthansa Technik and Pilatus Aircraft are unveiling their strategic cooperation regarding a cabin management system for the Pilatus PC-24 Super Versatile Jet. For this purpose, the Original Equipment & Special Aircraft Services segment of Lufthansa Technik has adapted its renowned »nice« (networked integrated cabin equipment) specifically for the popular jet aircraft type of the Swiss manufacturer.

In the PC-24, the system is called “integrated Cabin Management System 4.0″ (iCMS 4.0) and features a 10” touch screen controller with 3D moving map, USB ports, media storage server and four high fidelity cabin speakers with optional sub-woofer, HDMI input, and mood lighting. In the past, such systems have only been installed in mid-size and large business jets – mainly due to the number of their components, weight, performance, and associated costs. For its new partner Pilatus, Lufthansa Technik is therefore introducing an Ethernet-based »nice« in which the entire system is housed as a 
line-replaceable unit in a compact enclosure.

The resulting iCMS 4.0, which builds on Lufthansa Technik’s enormous experience in providing line-fit systems to heavy business jet platforms, features four Ethernet ports, Wi-Fi, and Bluetooth. The interface to the passengers is provided by the touch-sensitive surface already known from existing »nice« systems, which allows, for example, navigating through the various entertainment options. This 
allows passengers to seamlessly manage comfort functions as well as audio and video content, either via the built-in 10″ touch screen or from their personal electronic devices (PEDs). In addition, the new system provides a fully digital platform that allows the crew to personalize the PC-24’s cabin for the passengers in advance of each flight.

“Pilatus is proud to introduce the iCMS 4.0 inflight entertainment system in collaboration with Lufthansa Technik,” said Ignaz Gretener, vice president of Pilatus’ Business Aviation unit. “Our modified system, more compact and efficient than ever before, features a fully customized interface tailored to Pilatus’ discerning customers. This innovation not only enhances the onboard experience but also reflects
our commitment to pushing the boundaries of aviation technology.”

“We are honored to be part of this remarkable aircraft and to offer Pilatus service enhancements that will elevate the PC-24 passenger experience to an even higher level,” said Andrew Muirhead, vice 
president OEM and engineering services and head of the original equipment & special aircraft services segment at Lufthansa Technik. “We are proud of our technical achievements in integrating so much 
functionality into such a compact unit – once again a demonstration of the innovative power of our team. Together with our valued new partner Pilatus, we are now making the PC-24 Super Versatile Jet even more versatile.”

A first PC-24 equipped with the new iCMS 4.0 will be presented in the static display (AD_32) at the National Business Aviation Association Convention and Exhibition (NBAA-BACE). In addition, experts will be available at the Pilatus (N1808) and Lufthansa Technik (C12613) booths to provide more information.

Technical data and functionality of the »nice«-based iCMS 4.0:
– Wi-Fi 802.11N/AC/AX capable of simultaneous 2.4 GHz and 5 GHz
– Bluetooth transceiver for audio sink or source
– Multicast streaming
– 6-channel digital amplifier, which can include optional subwoofer
– Controls via Ethernet, ARINC 429, RS485/422/232, discrete and 
relays
– 1 terabyte of storage space for personal AVOD (audio/video on 
demand)
– »niceview« mobile moving map
– »nice« wireless app control

Sherwin-Williams Launches New Aerospace Conductive Coating

Sherwin-Williams Aerospace Coatings added a new aerospace conductive coating (CM0485115) to its line of undercoats, enabling aircraft owners to impart conductivity onto aluminum and composite substrates. The coating offers high conductivity to non-conductive substrates by producing an anti-static conductive film on their surfaces with a resistivity of 0.1 to 100,000 ohms per square meter to help static charges dissipate from antennas and radomes. The coating is designed with excellent adhesion and offers excellent fluid resistance.

Conductive coating (CM0485115) is designed to work with Sherwin-Williams topcoat systems. Using a 1:1 mix ratio, the product is simple to mix and apply. It is compatible with all non-electrostatic spray equipment and can be applied onto pre-primed aluminum and composite substrates to achieve high conductivity. For the best results, the company says the conductive coating should be applied in one singular, continuous closed film or one cross coat. The application can happen in a wide range of environmental conditions, and the coating can be air cured or force dried, providing flexibility for applicators. Drying times vary based on the dry film thickness.

“As composite substrates continue to grow in popularity in the aerospace market, it’s important for our customers to have ready access to a robust conductive coating that can meet their requirements for functionality, durability and ease of application,” said Julie Voisin, market segment manager, aerospace, OEM interior and commercial vehicle refinish. “Our new conductive coating is a perfect complement to our product offering and commitment to deliver high-performing products to the aerospace marketplace.”

FlightSafety International Expands PC-24 Training Capacity in Europe

FlightSafety International, in partnership with Pilatus Aircraft Ltd, announced they will deploy a fourth full-flight simulator (FFS) for the Pilatus PC-24 Super Versatile Jet to meet the growing demand for training in Europe. 

This simulator will be the second PC-24 simulator in the FlightSafety Paris Le Bourget Learning Center. The new simulator is planned to be ready for training during the second quarter of 2024. The other two simulators for this specific aircraft are located in the FlightSafety Dallas-Fort Worth North Learning Center.

“FlightSafety is pleased to offer expanded capacity to meet the demand in Europe for the growing fleet of PC-24 operators,” said Nate Speiser, executive vice president of FlightSafety sales and marketing. “FlightSafety has trained over 1,000 PC-24 pilots since introducing training for this aircraft in 2013 and we are excited to continue to advance our partnership with Pilatus for this program.”

“Pilatus’s continuous work and close collaboration with FlightSafety International has led to a consolidated solid partnership and professional training of PC-24 pilots. We are pleased to welcome the fourth PC-24 flight simulator in the PC-24 community. A great opportunity to fulfill future training demands while improving availability for all our current customers and operators,” commented Ignaz Gretener, VP general aviation.

The PC-24 Super Versatile Jet is a uniquely designed aircraft providing a highly desirable set of comforts and benefits to its passengers and operators. The PC-24 offers a larger passenger cabin with a continuous flat floor and a pressurized baggage compartment. Its excellent short-field performance combined with its capability to operate from both paved and unpaved runways make the PC-24 a unique business jet capable of exploring locations and airfields not easily accessible by other similar class aircraft.

Eaton Rolls Out Green Motion Air, Electric Aircraft Charger to Help Airports Reduce Carbon Footprint

Eaton is rolling out of Green Motion Air to airport operators across Europe, starting with a demonstration of the technology at the 2023 Paris Air Show this month.

Green Motion Air is built on Eaton’s proprietary DC charging technology, bringing unrivaled conversion efficiency of 96% to charging electric planes and electric vertical take-off and landing (eVTOL) aircraft.

“This latest version of technology that was formerly called SKYCHARGE was initially developed by Green Motion — now part of Eaton — and Pipistrel, the company that made history with its Velis Electro by obtaining the first-ever type certificate for electric propulsion in aviation,” said François Randin, business development director, Energy Transition, Digital and Services Eaton. “Green Motion Air is already well-proven after becoming the world’s first to be approved by EASA, the European Union Aviation Safety Agency.

“We will display Green Motion Air at the Paris Air Show to show its versatility as a standalone charger either stationary or mounted on wheels for ultimate mobility on airside. We will explain to airport operators and OEMs alike the role it will play in a broader strategy of airport electrification thanks to its online and vehicle-to-grid (V2G) functionality.”

Airports can be transformed into energy hubs through Eaton’s Buildings as a Grid approach to the energy transition, which unites the power needs of buildings and electric vehicles with on-site renewable energy generation.

Explaining how this approach works at an airport, Randin said, “Buildings as a Grid is strategic so it could mean coupling on-airport renewable energy generated from assets such as solar panels, with EV charging stations in airport car parks, Green Motion Air, and other electrical equipment too.”

The Buildings as a Grid approach is based on a concept called sector coupling that links energy consumption with renewable energy generation and storage to reduce costs and carbon emissions and lessen pressure on the grid. It is a flexible and scalable approach, so airport operators can start with Green Motion Air, for instance, and plan to expand their infrastructure via Eaton’s related hardware and software at a later stage.

The product benefits of Green Motion Air include a 10″ colour touch-screen display for ease of use, which enables the user to pause and resume the charging session, cybersecurity protection, and secure user authentication. It is suitable for indoor and outdoor mounting, with cable extensions available for enhanced flexibility, or mobile use.

Mid-Continent Instruments and Avionics Relocates Van Nuys, California Facility to Chatsworth 

Mid-Continent Instruments and Avionics announced the company’s West Coast facility is relocating from its current Van Nuys, California location to a new facility, less than ten miles west, in Chatsworth, California. The move will be completed by May 15, 2023. There will be no interruption to Mid-Continent Instruments and Avionics’ customers.  

“We’re keeping things simple for our customers. We’re the same great team, providing the same excellent customer support,” said Bryan Miner, director of the Western Region for Mid-Continent Instruments and Avionics. “We’re even keeping the same phone number. We’ll just have a new address at a new and improved facility. It’s exciting!”

EFFECTIVE MAY 15, 2023, customers shipping units to Mid-Continent Instruments and Avionics’ West Coast facility must use the following address: 

Mid-Continent Instruments and Avionics 

9722 Topanga Canyon Boulevard 

Chatsworth, California 91311 

Mid-Continent Instruments and Avionics’ California facility was established in 1991 to expand the company’s service capabilities and international reach. The West Coast location provides extended hours to customers in later U.S. time zones and around the globe. It offers new product sales and first-class repair services for instruments, avionics, electrical power systems and accessories. The facility is FAA and EASA-certified, provides quick turns and dedicated, one-on-one technical support. Mid-Continent Instruments and Avionics has a second location (headquarters) located in Wichita, Kansas.  

Bluetail Introduces MACH 2 Search

Bluetail, the leading Software as a Service (SaaS) aircraft records platform for business aviation, has introduced its second-generation Bluetail MAC 2 Search feature.

“When we introduced our MACH Search engine in 2021, it set the standard as the first machine learning search engine purpose-built to meet the specific needs of aircraft owners and operators,” stated Roberto Guerrieri, Bluetail CEO, and co-founder. “The many improvements we’ve built into MACH 2 are the results of what we’ve learned and what our customers and partners have asked for over these past two years.”

“Today, MACH 2 is the fastest, most logical, and easiest-to-use digital records search engine in aviation,” he continued. “It lets aircraft owners and operators perform faster and more accurate records searches, which in turn allows them to return their aircraft to service faster and at a lower cost.”

To achieve MACH 2’s industry-redefining capabilities, Bluetail’s engineering teams developed a series of enhancements to the search algorithms, creating advanced auto-organization and filters and an enhanced database architecture.

“While the technology behind MACH 2 is proprietary, the real differentiator is just how much it can do to help our customers achieve faster turns on each maintenance, compliance, or conformity event,” added Bluetail VP of development and delivery, Greg Baynham. “There are no cumbersome search filters. MACH 2 auto-recognizes all major filters, so maintenance personnel just have to click on the link to view, search or share logbooks, forms, ATA codes, file names, dates, or whatever the job requires.”

“Today’s aircraft operators and maintainers need tools that make their work more efficient,” he continued. “Bluetail’s new MACH 2 Search is the only solution that has been developed to do just that.”

MACH 2 Search will be available for Bluetail customers by the end of May 2023.

About Bluetail MACH 2 Search:

  • Auto-organizes large files and eliminates all manual indexing of keywords, numbers, or tags.
  • Machine learninganalyzes aircraft records data in real-time for a best-in-class search experience
  • Automatically recognizes all major search filters, including FAA Forms, Logbooks, ATA Codes, project dates, etc.
  • Finds any operations or maintenance records in seconds.
  • Recognizes handwriting of A&P signature or inspector signoffs.
  • Built on the most advanced enterprise security protocols.

Last of the Cayman 10 Kemp’s Ridley Sea Turtles Being Flown to its Final Home in Niagara, NY on a Special Mission

In 1980, the Cayman Turtle Centre: Island Wildlife Encounter took in a group of young Kemp’s ridley sea turtles from the National Oceanic and Atmospheric Administration (NOAA) in an effort to begin an experimental captive breeding program because the Kemp’s ridley sea turtle was on the brink of extinction in the wild. Thanks to international conservation efforts to reduce the main threats to the turtles, the wild population increased and the captive breeding program was abandoned. After a 10 year process, navigating through permits of many different shapes and sizes, international laws, and COVID regulations, we were able to transport the last group of remaining turtles to their new homes in the U.S.

On April 14, 2022, the “Cayman 10” as they’ve been dubbed, were retrieved from the Cayman Islands by dedicated Turtles Fly Too Turtle Fliers, Chuck Yanke, Kelli O’Donnel and NOAA Fisheries Veterinarian Dr. Brian Stacy, then flown directly to Orlando for quarantine by SeaWorld Orlando. Since the group were raised in captivity and are non-releasable, they were all sent to zoos and aquariums with high standards of care to live out
the rest of their lives.

This spring of 2023, the very last turtle will be relocated to its final home. SeaWorld Orlando will
transport the Kemp’s ridley sea turtle to Turtles Fly Too partner Sheltair, at KORL, Orlando Executive, where it will be loaded onto a plane and flown by Andy Reinach and his daughter Maddie Reinach to the Aquarium of Niagara, coming into KIAG, Niagara Falls International in New York. There, it will live out the rest of its life in a new habitat, being an ambassador and bringing awareness to the species and the dangers they face in the wild.

Regarding this special mission, Reinach said, “Maddie and I are excited and honored to fly the last of the
Cayman 10 to its new home in the Aquarium of Niagara. We appreciate Turtles Fly Too’s dedication of
this flight to my daughter who is recovering from an accident. Since I began volunteering for TF2,
Maddie has wanted to join me for a mission. With Leslie Weinstein making sure Maddie will be able to fly the last of the Cayman 10, this will certainly be a flight to remember forever.”

Superior Air Parts Announces 2023 Airventure Schedule

Superior Air Parts, Inc., has announced its popular Oshkosh/AirVenture educational forum series schedule for 2023.

“Superior Air Parts’ forum series has become an important part of Oshkosh/AirVenture for so many of our customers,” stated Keith Chatten, CEO of Superior Air Parts. “I think to date we’ve hosted nearly 2,000 aircraft owners and pilots in our AirVenture forum classroom, and we’re grateful for everyone’s continued interest and support.”

“Our goal is simply to help pilots better understand proper engine operations– no matter what kind of airplane or engine they operate – to get the most performance, reliability, and value out of every flight hour,” he added. “If we can help just one more owner get their piston engine safely and efficiently to TBO when we do that, we consider the forums to be a success.”

As in years past, the 2023 Superior Forum Series will be hosted by the company’s VP of Product Support and recipient of the 2023 General Aviation Awards National Technician of the Year award Bill Ross A&P I/A.

Superior Air Parts 2023 Oshkosh Forum Series schedule:

• Monday, 10:00 am – Leaning to Save Money

• Tuesday, 8:00 am Tech Tuesday – The Real Cost of Deferring Maintenance

             10:00 am – How to Save Money On Engine Maintenance

• Wednesday, 10:00 am – “Under Pressure”- What Compression Numbers Really Mean

• Thursday, 10:00 am – What an Oil Change Can Reveal About Engine Health

• Friday, 10:00 am – Aircraft Cylinder Anatomy and Durability 

• Saturday, 10:00 am – TBO and Beyond, Now What?

The series of free, 45-minute 2023 Oshkosh/AirVenture Forum sessions will be held Monday through Saturday at 10:00 am at the Superior Air Parts tent (#258), just north of Hangar B.

Superiors Tech Tuesday returns for 2023.

Chatten also announced that Superior is again hosting its popular Tech Tuesday forum for A&P mechanics and as well as A&P students. 

Tech Tuesday is a unique 90-minute forum created for FAA-licensed A&P mechanics/Aviation Maintenance Technicians to help refresh their piston engine maintenance and operations knowledge.

Tech Tuesday is July 25th from 8:00 – 9:30 am. This year’s topic is The Real Cost of Deferring Maintenance. Attendance earns FAA A&P I/A Renewal Credits.

“As an A&P I/A, pilot and aircraft owner, I am very excited about having the opportunityto talk to my fellow technicians and A&P students,” Ross said. “Their knowledge and skills are key in ensuring that aircraft owners get the most value, performance, and safety out of their piston engines.”

*Note: Forum subjects and schedules are subject to change. 

For more information and a complete forum schedule, visithttps://superiorairparts.com/forums