Inferno Protect
Fire Fighting
Improve your safety.
we strive to contribute to a safer world by providing premium quality firefighting solutions, as part of a multinational enterprise with expanding operations worldwide. In doing so, we aim to provide the highest attainable quality of products & services, ensuring complete customer satisfaction. Guided by hard work, integrity, and innovative technology, we seek to create value for our clients, employees, supplies and shareholders, fostering development and higher levels of sustainable growth.
What We Offer
Fire Fighting Solutions
Fire alarm systems
Our Cyber Security Consulting back your organization with years of experience working on projects for some of the world’s largest organizations. Tap into that expertise on demand to support your projects or as you implement technical controls. Learn More
Clean Agents Fire Suppression systems
Clean fire extinguishing agents include halon, halon replacements and inert gases. These gases are used in total flooding extinguishing systems to avoid lethal conditions for occupants given that the proper design and installation of such systems. The primary distinction between carbon dioxide and clean agents is the toxicity of the gas. Carbon dioxide extinguishing concentrations exceed its fatal limits while clean agents extinguishing concentrations are below their toxic thresholds. Halons have been identified as stratospheric ozone-depleting substances. As consequence of application of Montreal Protocol on Substances that Deplete Stratospheric Ozone, production of halons was ceased in developed countries by 1994. It's currently being phased out in the last developing country that produces halons. Despite these facts, many halons systems remain in use worldwide. Recycled halons serve as source of supply for mobile military equipment, aviation application and explosion prevention application that remain dependent on halons. Currently, the transition to other forms of halon replacements is well underway. NFPA12A, Standard for Halon 1301 Fire Extinguishing Systems and NFPA2001, Standard on Clean Agent Fire Extinguishing Systems are published by the National Fire Protection Association (NFPA) to address halon, halon replacements and inert gases application in fixed systems. Clean fire suppression agents are defined as fire extinguishants that vaporize readily and leave no residue.
Carbon Dioxide Systems
Carbon dioxide systems have been in use since the beginning of the 20th century. The first systems were installed between 1910 and 1915 in Europe. The National Fire Protection Association published its first design standard on carbon dioxide extinguishing systems in 1929. The proper application of carbon dioxide systems is associated with enormous benefits. Attention must be given to personnel safety in order to gain those benefits. The continuous training of personnel does serve this objective also. Carbon dioxide has been used commonly to extinguish flammable and combustible liquids fires, gas fires and fires involving electrically energized equipment. Carbon Dioxide may also be used to extinguish ordinary combustibles. On the contrary, fires involving active metals, metal hydrides and materials that contain available oxygen are not extinguished by carbon dioxide. The use of carbon dioxide is limited by its physiological effects and by restrictions imposed by the hazard itself. .Learn More
Pre-engineered Fire Fighting Modular Solutions
FIRE SEARCH is designed with automatic tube sensor, it can work with dry chemical powder or Carbon Dioxide, specifically for protecting inaccessible areas or enclosures which are difficult to access, such as control panels, power panels computer, servers room, main machinery rooms, generators. And is also suitable for protecting cars, buses, boats, ships and fits for use within commercial buildings, industrial plants, residential and fuel station and others.
We’re not just protecting users, customers, and patients. We’re protecting your business as well.
Following the notion “Quality accepts no compromise”, our business approach does not only drive top-tier financial returns, but also addresses the needs of all communities under our influence. Our passion for quality extends outside our products and borders to reach people and families, environments and communities. We strive to drive sustainability and profitability hand-in-hand in everything we do.
Industry Solutions
Services by Industry
Healthcare
Generally, patients in a health care facility are assumed to be in-capable of self preservation. They may be in-capable of self evacuation or are ambulatory but incapable of perceiving a fire threat and choosing a rational response. Regularly, the offered services in a modern hospital may be divided into ambulatory care, general care and intensive care based on the condition of each patient. Both ambulatory and general care patients are able to escape during a fire event either by themselves or by help of hospital staff. It is extremely difficult to evacuate intensive care patients as they are likely to be connected to life support devices. Commonly, modern hospitals are protected with sprinkler system, standpipe system and fire extinguishers. Fire alarm system is essential for almost all healthcare facilities. Large hospitals may additionally require mass notification. Hospitals also involve special hazards such as operation theaters, datacenters and cooking kitchens. Such hazards may require other types of fixed active fire suppression systems such as pre-action sprinkler system, clean agent fire extinguishing systems and kitchen hood fire suppression system.
Examples of Healthcare Facilities:
Hospitals
Medical Clinics
Medical Institutes
Higher Education
The education process is conducted in different properties based on the age of students. Pre-schools, schools and institutes as well as colleges and universities are examples of education properties. Different hazards are associated with those properties during fire events. School students may need their supervisors help during a fire event. On the contrary, institutes, colleges and universities are usually occupied by large number of students. Moreover, universities may include historical libraries or large stack ones. The combustible contents do differ also from a property to another one. Hence, the fixed active fire suppression and alarm systems differ in type and characteristics from property to another one also. Commonly, installation of standpipe system, fire extinguishers and fire alarm system will provide a reasonable degree of fire protection for a school. Colleges and universities are commonly associated with sprinkler system due large number of students as well as standpipe system and fire extinguishers. Mass notification and graphical representation of events are of significant importance due the large number of students in colleges and universities.
Examples of Educational Properties:
Schools
Universities
Institutes
Banking
Office buildings are used for conducting business transactions. They are commonly characterized as low hazard occupancies, however; a designer may need further assessments because such buildings may involve certain rooms that contribute a higher hazard classification due to their occupants or contents. Commonly, office buildings are protected with sprinkler system, standpipe system and fire extinguishers as well as fire alarm system. Office buildings also include special hazard rooms that require protection by other types of systems. High rise office buildings increase the challenge of fire protection. In such buildings, the occupants are totally dependants on fixed fire protection systems. The time elapsed for evacuation in those buildings is relatively higher than other buildings. Hence, in such buildings mass notification and graphical representation of fire events is essential.
Examples of Office Buildings:
Banks
Consulting firms
Governmental buildings
TELECOMMUNICATION&DATA CENTERS
Since the emergence of the internet, telecommunication became one of the main pillar of modern economy. This extended to higher levels in which ordinary people can`t lose their mobile or internet coverage. Hence, a fire event in a telecommunication facility may contribute harmful effects on both business and life comfort levels. Telecommunication infrastructure involves datacenters of different sizes and capabilities. A fire event in these datacenters would result in significant economic losses and business disruption. Telecommunication equipment as well as datacenters do not interact with water as an extinguishing agent, however; portions of a telecommunication facility that do not contain telecommunication equipment may still be extinguished using water. It`s common to protect a telecommunication facility with sprinkler system, standpipe system and fire extinguishers as well fire alarm system. Rooms that contains telecommunication equipment and datacenters is normally protected by clean agent fire extinguishing systems. If impractical, high pressure water mist system is an acceptable alternative. Telecommunication cabinets may be protected with local application pre-engineered system.
Examples of Telecommunication & Datacenter Facilities:
Central Office
Cell Phone Operators
Customer Services Centers
Telecommunication cabinets
We can provide just the level of service you need. No more. No less.
does not only see itself as your supplier, but also as a service provider and will gladly give you valuable tips here
Services
CUSTOMER CARE AND MAINTENANCE
Inferno aims to provide all clients, current and potential, with high-quality support and service enabling an easy and direct communication & access to our dedicated staff.
Our customer support team strive to assist you with a wide variety of activities appropriate to your needs, from product selection and installation to product maintenance and upgrading.
CONSULTING
Through an experience that extends to decades and a reputation of offering the most advanced technology at a reasonable cost as well as co-operation with a group of reliable consulting firms both domestically and internationally, Bavaria is pleased to offer its customers through its teams and outsourced experience a wide variety of consulting services. These services start from conducting site surveys and preparation of risk assessment reports extending to developing conceptual designs and cost estimates. Moreover, these services include the development of design drawings, bill of quantities and technical specifications. During construction phase, we also can develop detailed construction and as-built drawings as well as conducting construction supervision, testing and commissioning of all components and systems supplied by Bavaria. To meet the premium quality standards of our company, multiple polices have been applied. Starting from applying the performance optimization with respect to both technical function and architectural beauty, and value engineering concepts to our designs in a addition to using the latest versions of both domestic and international standards as well as the most advanced design and calculation software's such as HydraCad and AlarmCad. Moreover, an annual budget is set for the continuous training of our technical staff by a group of widely experienced international trainers in order to meet the industries latest updates. These services introduced by Bavaria allow us to play a significant role in the sustainable development of different institutions and communities.
Escalating cyber threats demand an elevated level of security.
We’re specialists in just one area, uniting subject-matter experts in the field of cybersecurity management and policy with the latest and most advanced technology to give organizations a higher level of protection. Always on the pulse of current cybersecurity trends, we’re able to bring a much deeper understanding of critical infrastructure, computer security, and security policy to your organization. Let us step in as your sole security resource or to augment existing IT capabilities, approaching your environment from an impartial perspective and resolving your most complex security issues.
