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

Biofires are a warm and cosy way to heat your home without harmful gases or soot. They are simple to set up, just like an electric fire.

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

Eco-friendly

A bioethanol fire is a great eco-friendly alternative to wood or gas fires. The fuel is made from plant by-products and utilizes a natural process to convert sugars into alcohol. It is a better option over other fireplaces as it doesn't emit harmful emissions and has lower carbon footprint. Bioethanol is also a more secure alternative to other fires as it does not produce soot or smoke. It also requires no flue, and can therefore be used anywhere in your home or garden.

A multi-drug resistant (MDR) bacteria is among the most dangerous health risks of the present. New testing methods can identify MDR bacteria early and avoid any further complications. One test that can help is the BioFire FilmArray multiplex PCR system. This test employs the symptom driven approach to detect pathogens that can cause sepsis. The results are available within an hour, meaning doctors can start treatment right away.

Molecular PCR is a process that amplifies DNA or RNA molecules into millions or billions of copies. This allows you to examine small amounts of body fluid or tissue for the presence of specific genetic sequences. It is a valuable tool for laboratory professionals and can assist them to detect serious diseases efficiently and cost-effective manner. The BioFire FilmArray PCR system is an innovative instrument for diagnosing infectious diseases and can be used in a myriad of applications in hospitals and labs.

In the case of respiratory tests, a simple swab can be wiped over your nose and sent to the lab to be analyzed. BioFire's system offers a quick turnaround time, allowing clinicians to act quickly. This means that patients will experience better outcomes and spend less time waiting for results.

The Chanouf Farm Biofire company has developed an agroforestry recycling system which makes use of olive and pear waste to produce organic charcoal and biomass power. The resulting products are then offered to the public as a sustainable alternative to traditional wood charcoal and coal briquettes. These bio fuel fireplace-waste products are suitable for burning in a Kachelofen-fire, which produces radiant heat and is a greener alternative to gas or electric fires.

Clean burning

When you make use of bio-fire, you're not just reducing energy consumption, you're also helping the environment by using a sustainable fuel source. bioethanol fireplace indoor's combustion doesn't produce harmful gases such as carbon dioxide. It only releases water vapour and heat. This makes it a cleaner and safer option for indoor bioethanol fireplace use.

Ethanol is a byproduct of the fermentation of sugars in plants and is classified as an alternative source of energy that can be used to generate renewable fuel. This means that it can be produced in a short time and won't be depleted as fossil fuels such as oil and coal. Bioethanol helps reduce dependence on foreign imports, and the risk of shortages.

The bio-fires can be installed easily and in existing fireplace ethanol insert openings or as an independent unit. They are a good alternative to gas and wood fires. They're also a great choice for offices and homes that do not have chimneys or flues.

When a bio-fire is ignited, a special media is built into the burner that absorbs liquid ethanol fuel while making it ready to be used for combustion. The ethanol is then burned by the flames and the vapours are expelled out into the atmosphere through the vent. This gives the flames a more natural look and a mesmerising beauty which cannot be duplicated by gas or wood fires.

Another benefit of bio-fires is that they don't require a flue or vent to replenish the oxygen that is consumed during combustion. They don't release carbon monoxide that is released into the room by open fronted gas fireplaces.

The BioFire Respiratory panel uses multiplex PCR to simultaneously test for respiratory pathogens. This takes about an hour. This allows doctors detect and rule out respiratory illness more quickly than conventional laboratory tests, which require visits to patients. This saves time and money for both patients and the health care system.

Safe indoors

Bio-fires can be used indoors much more safely than traditional fires, since they don't emit smoke, ash, or carcinogenic fumes. They also don't release carbon monoxide that can be fatal if inhaled. However the bio-ethanol fuel is flammable, so you should be cautious when handling your burner as well as refueling it. It should be filled only after the burner has been turned off and the flame is cool, and 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 approved by the US Food and Drug Administration, three additional panels authorized for use in emergencies, and six environmental test panels. These tests include a new respiratory panel that was developed to rapidly identify and differentiate between respiratory illnesses such as COVID-19 and the 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 with a grant. The COVID-19 test is an antigen-based one that allows doctors to differentiate the symptoms caused by COVID-19 and other respiratory infections with nearly the same accuracy as rapid antigen tests currently being used.

In addition the company is in the process of developing a SARS-CoV-2 assay for its Respiratory 2.1 Panel. This multiplexed nucleic acids test for amplification 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 within less than an hours. The test is being developed in a rapid timeframe, and submission to the FDA for EUA and 510(k) approval is expected in Q3 of 2020.

While bio-ethanol flame-effect fires are extremely safe to use, they must be kept away from combustible materials such as blankets, curtains and cushions. They should not be placed close to anything that could ignite and you should keep flammable objects at least 10 feet from them. The bioethanol fuel must be stored in a secure, dry area where it cannot be easily reached by children or pets.

Simple to use

The Bioethanol Fire Bowl (Https://Compravivienda.Com) fireplace does not have a chimney to be concerned about. All you need is a location to place it in and some fuel. Once you've filled it with fuel, you can light it. This will give the appearance of a real flame. Once the flame is lit it will heat up the room without much smoke. It will also produce heat, similar to a wood-burning fireplace. They are also easy to maintain and don't require any maintenance. A quick wipe down is all they require.

The BioFire RP2.1 EZ test, unlike most rapid tests that employ the syndromic method of identifying the symptoms of common infections, can provide results in 45 minutes. The test is designed for patients suffering from respiratory symptoms that are upper respiratory and has a 98% accuracy rate. The test can detect 19 viruses and three bacteria in one sample which makes it an excellent option for the treatment of patients.

The BioFire system integrates multiplex PCR testing, sample preparation and result reporting into one integrated platform. This allows laboratories streamline their workflow, and eliminates the requirement for a sequential process that involves individual and send-out test. This could lead to better outcomes for patients, since the correct test is selected the first time and the need for expensive tests that are based on culture is eliminated. The BioFire system is able to identify pathogens on a cellular level and their antimicrobial resistance gene. This information is more sensitive than the conventional methods.

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