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

Biofires are a warm and cosy method of heating your home without harmful gases or soot. They are easy to install and operate - exactly like an electric fireplace.

The BARDA-funded contract enables the development of the BioFire Emerging CoV Panel, which is a nucleic acid amplifying test that can be used with BioFire FilmArray Systems to identify human coronaviruses, both emerging and known, in nasopharyngeal or oropharyngeal sw and saliva specimens.

Eco-friendly

A bioethanol fire is a great eco-friendly alternative to wood or gas fires. The fuel is created using plant by-products, and an organic process converts sugars into alcohol. Bioethanol has numerous advantages over other types of fireplaces that include the absence of harmful emissions and a much smaller carbon footprint. Bioethanol is also a more secure option than other fires, as it does not produce smoke or soot. It also does not require a flue, and can therefore be set up anywhere in your home or garden.

Multi-drug resistant bacteria (MDR) are one of the health threats that are most dangerous today. New testing methods can detect MDR bacteria early and help prevent further complications. BioFire FilmArray is one of these tests. This test employs the symptom-driven method to identify the most common pathogens that cause sepsis. The results are accessible within an hour so that providers can begin treatment immediately.

The Molecular PCR process amplifies DNA and RNA molecules to millions or billions of copies. This allows you to analyze small samples of body fluid or tissue for the presence of specific genetic sequences. It is a valuable instrument for lab professionals, and it helps them identify serious illnesses in a timely and cost-effective manner. The BioFire film array PCR system is a revolutionary tool for infectious diseases diagnosis. It can be utilized in many settings such as hospitals and laboratories.

For respiratory tests it is possible to use a simple swab to be wiped over your nose and sent to the lab for analysis. BioFire’s system allows clinicians to react quickly and bioethanol fire has a short turnaround time. This means that patients will enjoy better outcomes and will not have to wait for the results.

The Chanouf Farm Biofire company has developed an Agroforestry waste recycling system, that makes use of olive and pear tree waste to make biochar and biomass energy. The resulting products are then sold to the public as a sustainable alternative to traditional wood charcoal and coal briquettes. Bio-waste products are suitable to be burned in a Kachelofen fireplace, which produces radiant heat and is a greener alternative to electric or gas fires.

Clean burning

By using a bio-fire, you don't just save energy, but also help the environment. This is because the combustion of bioethanol doesn't produce any harmful gases like carbon dioxide. Instead, it releases only heat and water vapour. This makes it a cleaner and safer option for indoor use.

Ethanol is a byproduct of the fermentation of sugars from plants and is classed as an energy source that is renewable. It can be produced quickly and will not be as depleted as fossil fuels like oil and coal. The use of free standing bioethanol fires also helps to reduce dependence on imports from abroad and reduces the risk that come with supply shortages.

Bio-fires are very easy to install and can be utilized in existing fireplace openings, or as freestanding units. This makes them a convenient alternative to gas and wood fires. They are a great option for homes and offices that do not have a chimney.

When a bio-fire is ignited, a special media is built into the burner that absorbs liquid ethanol fuel, bioethanol fire making it ready for combustion. The ethanol fuel is burned in the flames, and the smoke are released into the air through the vent. This makes the flames appear more natural and gives stunning beauty that cannot be replicated with gas or real wood fires.

Bio-fires benefit from not requiring a vent or flue to replenish oxygen used during combustion. They also don't release the carbon monoxide that must be vented into the room in open fronted gas fires.

The BioFire Respiratory panel makes use of multiplex PCR to simultaneously test for respiratory pathogens. It takes approximately an hour. This enables doctors to identify and rule out respiratory illnesses much faster than they can by using standard lab tests that require patient visits. Both the patient as well as the health system gain from this.

Safe indoors

Bio-fires are far safer to use indoors compared to real fires, since they produce no smoke or carcinogenic fumes. Bio-fires don't create carbon monoxide which is harmful if inhaled. The bio-ethanol fuel used in them is flammable, however, and you should be careful when handling the burner and refuelling your fire. The fuel should only be added after the burner has been switched off and your fire has cooled. Any spills must be cleaned up immediately.

The company's diagnostic FilmArray system--BioFire Torch and BioFire 2.0--are easy-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 panel. These tests include a brand new respiratory panel that has been developed to rapidly identify and differentiate between respiratory diseases, including COVID-19 and emerging coronaviruses.

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

Additionally the company is working on a SARS-CoV-2 assay for its Respiratory 2.1 Panel. The multiplexed nucleic acid amplifying test will be available on the BioFire filmArray 2.0 and Torch Systems and will detect SARS CoV-2 and 21 respiratory pathogens from saliva and nasopharyngeal samples in less than a half hour. The test will be developed in a short time frame, and FDA approval for EUA and 510(k), is scheduled to be granted by Q3 2020.

Bio-ethanol flame effect fires are safe to use, but must be kept away objects that are combustible, such as curtains, pillows and blankets. They should not be placed close to anything that could catch fire. Keep all flammable items away from the fires that cause flames by at minimum 10 feet. The bioethanol fuel should be stored in a place that is dry and secure where pets or children are unable to reach it.

Simple to use

A bioethanol fireplace is easy to operate and doesn't have a flue to worry about. It is all you need is a place to store it as well as fuel. Once you've filled the burner with fuel, you can light it. This will produce an appearance of a flame like a real fire. When the flame is lit it will heat the room without much smoke. It also produces heat, similar to a fireplace that burns wood. They are also simple to maintain and do not require any maintenance. A quick clean is all they need.

The BioFire RP2.1 EZ test, unlike most rapid tests that use an syndromic approach to detect typical signs of infection it can give results in 45 minutes. The test is for patients with symptoms of upper respiratory tract and has a sensitivity rate of 98 percent. The test can identify up to 19 viruses and three bacteria in a single sample, making it a great option for the treatment of patients.

The BioFire system integrates multiplex PCR testing, sample preparation and reporting of results into one integrated platform. This allows laboratories to streamline their processes and eliminate the need for a series approach involving individual and send-out tests. This can lead to better patient outcomes by enabling the appropriate test to be utilized the first time, and by eliminating the need for expensive tests based on culture. The BioFire system is able to detect pathogens at the cellular level and their antimicrobial resistance gene. This information is more reliable than conventional methods.

Molecular diagnostics is becoming increasingly utilized to improve patient outcomes and treatment. The BioFire RP2.1 plus panel utilizes a syndromic approach to simultaneously target 23 of the most frequently identified pathogens that cause respiratory infections. The assay is available on the BioFire film array 2.0 and Torch systems and provides results within 45 minutes.

This test is available in the US under FDA Emergency Use Authorization. It will be commercially available after the initial DoD demands are fulfilled. In addition, the BioFire Defense Team has created an automated, sample-toresult assay for the rapid identification of COVID-19. This test is in the process of development and will be available after initial DoD demand is fulfilled.