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

Biofires are a warm and comfortable method of heating your home without the harmful gas or soot. They are easy to set up similar to an electrical fire.

The BARDA-funded contract supports development of the BioFire Emerging CoV Panel, a nucleic acids amplifying test that can be used with BioFire FilmArray Systems for detecting human coronaviruses that are emerging and bio-fire known in nasopharyngeal and oropharyngeal swabs and saliva samples.

Eco-friendly

A bioethanol fire is an excellent eco-friendly alternative to wood or gas fires. The fuel is made with plant by-products, and an organic process converts sugars into alcohol. It is a better choice than other fireplaces because it does not emit harmful emissions and has less carbon footprint. Bioethanol is also a more secure alternative to other types of fires since it doesn't create smoke or soot. It doesn't require a flue, and can be used anywhere in the garden or at home.

A multi-drug resistant (MDR) bacteria is one of the most dangerous health threats of our time. Fortunately, new testing methods can help identify MDR bacteria and other infections early to avoid further complications. BioFire FilmArray is one such test. This test uses a symptom-driven approach to detect the most frequent pathogens that cause sepsis. The results are accessible within an hour so that providers can begin treatment immediately.

Molecular PCR is a process that amplifies DNA or RNA molecules into millions to billions of copies. This makes it possible to analyze small samples of body fluids or tissues to determine the presence of specific genetic sequences. It is an invaluable tool for laboratory professionals, and helps them identify serious diseases in a quick and cost-effective way. The BioFire FilmArray PCR system is a cutting-edge instrument for diagnosing infectious diseases, and it can be utilized to perform a variety of applications in laboratories and hospitals.

If you are undergoing tests of your respiratory system, you could wipe a swab across your nose before sending it to the lab. BioFire's system allows doctors to take action quickly and has a short turnaround time. This means that there is less waiting for results and better outcomes for patients.

The Chanouf Farm Biofire company has developed an agroforestry recycling unit that uses pear and olive waste to create biomass power and organic charcoal. The resulting products are sold to the public as a sustainable alternative to traditional wood charcoal and coal briquettes. These 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

With a bio-fire you will not only save energy but also help the environment. This is because the burning of bioethanol doesn't produce any harmful gases such as carbon dioxide. Instead, it releases only water vapour and heat. This makes it a safer and cleaner option for indoor use.

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

The bio ethanol fire place-fires can be installed easily, and can be placed in existing fireplace openings or as standalone units. They are a viable alternative to wood and gas fires. They are also an excellent choice for homes and offices without chimneys or flues.

When a bio-fire is ignited, the burner is fitted with a special media that absorbs ethanol fuel liquid and makes it accessible for combustion. The ethanol fire table fuel is ignited in the flames, and the vapors are released into the air through the vent. The flames appear more natural and creates stunning beauty that cannot be replicated with wood or gas fires.

Bio-fires are a great alternative to not requiring a vent or flue to replenish oxygen used in the process of combustion. They don't emit carbon monoxide which is released into the air by open fronted gas fireplaces.

The BioFire Respiratory Panel employs multiplex technology that simultaneously tests for 19 respiratory pathogens in about an hour. This allows doctors detect and eliminate respiratory illnesses more quickly than conventional laboratory tests, which require visits to patients. Both the patient as well as the health system gain from this.

Safe indoors

Bio-fires are far safer to use indoors than real fires because they release no smoke, ash or carcinogenic fumes. They don't release carbon monoxide, which can be deadly if inhaled. The bio-ethanol fuel they use is flammable however, and you should take great care when handling the burner and refuelling your fire. It should be topped up only after the burner is switched off and the fire is cool, and any spills need to be cleaned immediately.

The diagnostic panels of the company FilmArray systems - BioFire 2.0 and BioFire Torch--are easy to use, and can run eight different commercially available US Food and Drug Administration approved diagnostic panels as well as three additional panels that have been authorized for emergency use, and six environmental test panels. These tests include a brand new respiratory panel that was designed to quickly identify and differentiate between respiratory illnesses including COVID-19 as well as emerging coronaviruses.

The COVID-19 panel has been granted a grant from the Biomedical Advanced Research and Development Initiative (BARDI) which is part of the US Department of Defense's Strategic Access Program. The COVID-19 test is an antigen-based one, allowing clinicians to distinguish between symptoms caused by COVID-19 or other respiratory diseases with a similar degree of accuracy as the rapid antigen tests currently in use.

The company is also in the process of developing a test for SARS-CoV-2 for its Respiratory Panel 2.1. This multiplexed nucleic acids amplification assay will be available on the BioFire FilmArray 2.0 and Torch Systems, and will detect SARS-CoV-2 as well as 21 other respiratory pathogens in nasopharyngeal or saliva specimens in less than an hour. The test will be developed within the shortest timeframe, and FDA approval for EUA and 510(k) will be expected to be granted by Q3 2020.

Bio-ethanol flame effect fires are safe to use but should be kept away from combustible items such as pillows, curtains, and blankets. They should not be placed near anything that could catch alight and you should keep flammable items at least 10 feet from them. The bioethanol fuel must be stored in a location that is dry and secure so that pets or children cannot easily reach it.

Simple to use

The bioethanol fireplace has no chimney to be concerned about. All you require is a secure location to put it in and some fuel. After you've filled the burner with fuel, light it. This will ignite a flame that looks just like an actual fire. When the flame is lit it will heat the room without much smoke. It will also generate a lot of heat, similar to what a wood-burning fire would. They are also easy to maintain and do not require any servicing. Just a quick wipe down is all they require.

Unlike most rapid tests, the BioFire RP2.1-EZ test employs a syndromic approach to identify common symptoms of infectious diseases and return results in just 45 minutes. The test is for patients with upper-respiratory symptoms and has a specificity rate of 98%. The test can detect 19 viruses and 3 bacteria in a single sample, making it an excellent choice for patient management.

The BioFire system integrates multiplex PCR testing, sample preparation, and reporting of results into one integrated platform. This lets laboratories streamline their workflow, and eliminates the necessity for a sequential approach that involves individual and send-out tests. This could lead to better patient outcomes as the correct test is selected first time, and the need for expensive tests based on culture is eliminated. In addition, the BioFire system can identify pathogens and their associated antimicrobial resistance genes at the molecular level, giving data that is more precise than conventional methods.

Molecular diagnostics is increasingly used to improve patient outcomes and care. The BioFire panel RP2.1+ utilizes a syndromic method to simultaneously focus on 23 pathogens that are commonly implicated in respiratory infections. The assay is available on the BioFire film array 2.0 and Torch systems, and can provide results in just 45 minutes.

This assay is available in the US under FDA Emergency Use Authorization. It will be available commercially after the initial DoD demands are met. The BioFire Defense team has also developed a fully automated sample-to result assay for rapid detection of COVID-19. The assay is currently being developed and will be available when the initial DoD requirements are met.