Bio-Fires - An Eco-Friendly Alternative to Real Fires

Biofires provide a warm, cozy form of heat that has no harmful gasses or soot. They are easy to set up as an electrical fire.

The contract funded by BARDA supports the development of the BioFire Emerging CoV Panel, which is a nucleic acid Amplification test to be used with BioFire FilmArray Systems to identify human coronaviruses, both emerging and known, in nasopharyngeal and oropharyngeal swabs and saliva samples.

Eco-friendly

bioethanol fires is a green alternative for gas or wood. The fuel is made with plant by-products, and an organic process converts sugars into alcohol. It offers many advantages over other fireplace types which include no harmful emissions and a much smaller carbon footprint. Bioethanol is also a more secure option than other fires, since it doesn't create soot or smoke. It also doesn't require a flue, which means it can be used anywhere in your home or garden.

A multi-drug resistant (MDR) bacteria is among the most serious health risks of the present. New testing methods can identify MDR bacteria early and prevent further complications. BioFire FilmArray is one such test. This test employs an approach based on symptoms to identify the most common pathogens that cause sepsis. Its results are available within an hour, meaning healthcare providers can begin treatment immediately.

Molecular PCR is a method that amplifies DNA or RNA molecules into millions or billions of copies. This allows for the analysis of small samples of body fluid or tissue to determine whether certain genetic sequences are present. It is a useful instrument for lab professionals, and helps them identify serious illnesses in a timely and cost-effective way. The BioFire film array PCR system is an ingenuous tool for infectious diseases diagnosis. It can be utilized in various locations such as hospitals and laboratories.

For respiratory tests the simplest swab could be wiped over your nose and sent to the lab for analysis. BioFire's system lets clinicians react quickly and has a quick turnaround time. This means fewer waiting for results and better patient outcomes.

The Chanouf Farm-Biofire business has created an Agroforestry waste recycling unit which makes use of pear and olive tree waste to produce biochar and biomass energy. The resulting products are then sold to the general public as a green alternative to traditional wood charcoal and coal briquettes. These bio fireplaces-waste products are suitable to be burned in a Kachelofen-fire that produces radiant heat and is a more sustainable alternative to electric or gas fires.

Clean burning

When you use a bio fire you aren't only saving energy, but you're also helping the environment by using a sustainable fuel source. This is because the combustion of bioethanol doesn't produce any harmful gases like carbon dioxide. Instead, it releases only water vapour and heat. This makes it a safer and cleaner option for indoor bioethanol fireplace use.

Ethanol is produced by the fermentation of sugars in plants. It is a renewable source of fuel. This means that it can be produced quickly and won't run out like fossil fuels like coal and oil. Bioethanol also helps to reduce the dependency on imports from abroad and reduces the risks of supply shortages.

The bio-fires can be installed easily, and can be placed in existing fireplace openings or as an independent unit. They are a viable alternative to gas and wood fires. They are a great option for offices and homes which do not have chimneys.

When a bio ethanol fireplace insert-fire is ignited, the burner is fitted with a specific media that absorbs ethanol fuel liquid and makes it ready to be burned. The ethanol is then burned by the flames and the vapours are emitted out into the atmosphere through the vent. This gives the flames a more natural look and a captivating beauty that cannot be duplicated by gas or wood fires.

Bio-fires benefit from not requiring vents or flue to replenish oxygen in the process of combustion. They also don't produce the carbon monoxide that must be vented into the air in open fronted gas fires.

The BioFire Respiratory panel employs multiplex PCR to simultaneously test for respiratory pathogens. This takes about an hour. This lets doctors identify and determine the presence of respiratory illness much faster than with conventional tests that require visits to patients. This saves time and money for both the patient and health healthcare system.

Safe indoors

Bio Ethanol Fuel Fireplace-fires can be used indoors much safer than real fires, since they don't emit smoke or ash, nor carcinogenic fumes. They don't release carbon monoxide, which can be deadly if inhaled. The bio-ethanol fuel used in them is flammable however, and you should take great care when handling the burner and refuelling your fire. The fuel should only be added after the burner has been turned off and your fire has been cooled. Any spills should be cleaned immediately.

The company's diagnostic FilmArray system--BioFire Torch and BioFire 2.0--are simple to use and can run eight different diagnostic panels cleared by the US Food and Drug Administration, three additional panels authorized for emergency use and six environmental test panels. The tests include a respiratory panel that was developed to quickly detect and differentiate respiratory diseases such as COVID-19, emerging coronaviruses, and COVID-19.

The COVID-19 panel was awarded a grant by the Biomedical Advanced Research and Development Initiative (BARDI) which is part of the US Department of Defense's Strategic Access Program. The COVID-19 system is based upon antigens, which allows physicians to distinguish symptoms caused by COVID-19 from other respiratory illnesses. This test has similar accuracy to the tests for rapid antigen that are currently being used.

The company is also working on an SARS-CoV-2 test to be used in its Respiratory Panel 2.1. This multiplexed nucleic acid amplifying assay will be made available on the BioFire FilmArray 2.0 and Torch Systems, and will detect SARS-CoV-2 and 21 other respiratory pathogens within nasopharyngeal or saliva specimens in less than an hour. The assay is being developed using an speedy timeframe and submission to FDA for EUA and 510(k) approval is expected in the third quarter of 2020.

Although bio-ethanol flame-effect fires are extremely safe to use, they must be kept away from flammable materials such as curtains, blankets and pillows. They should not be placed near anything that can catch fire. Keep flammable materials away from the flame-effect fires by at least 10 feet. The bioethanol fuel should be stored in a dry, secure space that is not easily reached by children or pets.

Simple to use

The bioethanol fireplace does not have a chimney to be concerned about. It is all you need is a place to store it and fuel. After you've filled the burner with fuel, ignite it. This will create an appearance of a flame like a real fire. After the flame has been ignited it will heat the room with very little or no smoke. It will also produce heat, similar to the wood-burning fireplace. Bio fires are also easy to maintain, and don't require any servicing or maintenance, other than the occasional cleaning.

The BioFire RP2.1 EZ test, unlike most rapid tests that employ the syndromic method of identifying the symptoms of common infections and symptoms, can provide results within 45 minutes. This test is suitable for patients with symptoms of upper respiratory tract and has a specificity rate of 98%. The test can identify up to 19 viruses and three bacteria in a single sample which makes it a good option for managing patients.

The BioFire system combines multiplex PCR testing, sample preparation, and report on results into an integrated platform. This allows laboratories to simplify their workflow and eliminate the need for a sequential approach involving individual and send-out tests. This can lead to improved patient outcomes, as the correct test is selected first time, and the need for expensive tests that are based on culture is eliminated. The BioFire system can detect pathogens at the cellular level and their antimicrobial resistance gene. This information is more sensitive than the conventional methods.

Molecular diagnostics is increasingly being used to improve patient outcomes and treatment. The BioFire panel RP2.1+ employs an syndromic technique to simultaneously target 23 pathogens frequently implicated in respiratory infections. The test can be run on the BioFire FilmArray 2.0 and Torch systems and results are available in approximately 45 minutes.

In the US this test is available currently under FDA Emergency Use Authorization (EUA), and will be made available commercially after initial DoD demand is satisfied. The BioFire Defense team has also developed a fully automated, sample-to result assay for rapid detection of COVID-19. This assay is in development and will be available when the initial DoD demands are met.

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