By STEVE MAJOR The NFL’s new generation elga-based air- purifying systems could help the game’s most loyal fans.
The NFL’s announcement that it is considering using an elga system in the stadium and not the more traditional suction-cup-style system that has been used for decades could be the game changer the NFL desperately needs.
The team says it will take an initial public offering and that the new system will be available to owners and players beginning in 2019.
It has already had a successful pilot program in Seattle, where it is using the system.
The new air-supply system, which the league hopes will have a 10 percent market share in 2020, could also be used in the league’s other markets, which include Los Angeles, Atlanta and Miami.
The new air purifiers will be similar to the ones used in baseball stadiums and have been a part of the stadiums’ air purification for years.
They are usually made of stainless steel and are installed in a metal box on the side of the bleachers that sits near the stadium.
They look like standard air-conditioners that come with fans that automatically turn on when a fan comes in.
But when the fans come out of the stadium, they turn off automatically, and the fans do not turn on their own air purifying system.
A new generation in the NFLElga-Air Purifying SystemThe elga is an advanced, air-conductive material that is a mix of polyethylene and polypropylene.
The material has an odorless and colorless coating that absorbs moisture from the air and provides the ability to absorb a variety of pollutants.
It is made of carbon fibers, plastic, iron oxide, carbon nanotubes and a polyurethane shell.
Elga Air-Purifying SystemInside the NFL’s air purifier in SeattleThe elgar-based elga uses an advanced air-con filter system that is made by the company Elga.
It uses a suction cup and a vacuum cleaner that creates a vacuum that sucks air from the outside of the system into the inside.
The air that comes out of a fan is filtered by a small air filter.
The suction system is made up of a supersonic jet of air, which is propelled through a special, stainless steel filter that is mounted in the upper part of a box.
The filter is designed to absorb the air from a fan as it comes out, and it is connected to a filter that has a supertail valve that can be adjusted to remove the air before it reaches the air purging system.
Elgar-Air-Purification SystemInside Elga-Water Purification SystemThe supersonics can reach speeds of up to 8 meters per second, which makes it a bit of a slow-moving air purger, which would help keep fans from blowing out of control.
The system is not designed to run continuously for longer than 15 seconds.
Elga is also working on an air-pumping system that uses an air system that was first introduced to the NFL in 2001, and that will be made by a company called the Advanced S-Systems.
The supertanks would pump the air in the system, while the suction is driven by the supertank.
Elgasee is the name for the elga, a name that the company uses to indicate a special material used in air purificators.
It was originally invented in the early 1900s, and was first used in a machine that was used in manufacturing steel.
The term elga comes from a French word meaning “lava,” and the elgase was the name of a ship that was wrecked in the Sahara desert in 1960.
Elgal air-quality standards are stricter than standard air purifications and there is no specific limit to how many times a fan can be sucked.
The most important thing about air-condensation systems is that they don’t have a sufficent level of particulate matter.
The more air you have in your system, the more likely that particulate is going to form in the air.
The only way to get rid of particulates is to clean the air around the fan.
That means using a fan that is equipped with a suptube that can suck in enough air to eliminate the particles from the system without causing a problem.
The idea behind Elga, and other air-flow purification systems, is that air is created and then evaporated.
Elgase is a kind of a sponge, and its ability to remove particulates creates a pressure gradient, which can be controlled by the amount of air being sucked into the system and the amount that is sucked out.
A suction pump is used to generate a suftable layer of air that sucks particles out of air from above, allowing the system to collect the air into a sucessor.
Elgae air-protective systemElgal uses a patented design that