Raadman Industrial Group Launches the First Hydrogen Burner!
May 5, 2025 – In a milestone for Iran’s industrial sector, Raadman Industrial Group has successfully developed the nation’s first hydrogen burner — an innovation in a
Manufacturer of Industrial Burners Serving HVAC and Petrochemical sectors
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At Raadman, integrity, professionalism, and engineering excellence are at the core of everything we do. We are committed to developing high-quality combustion solutions that combine advanced technology, reliable performance, and environmental responsibility. By adopting the latest innovations in combustion technology and designing products that meet international standards, we strive to achieve high efficiency while minimizing emissions and environmental impact. Customer satisfaction remains our highest priority. Through continuous innovation, technical expertise, and dedicated engineering support, Raadman has established a strong presence in both domestic and international markets, earning the trust of customers across a wide range of industries.
Manufacturer of industrial burners with quality assurance
It’s experience, customer care and technological development that makes Raadman a leader in its sector
May 5, 2025 – In a milestone for Iran’s industrial sector, Raadman Industrial Group has successfully developed the nation’s first hydrogen burner — an innovation in a
Raadman takes pride in offering advanced electrical panels that enable simultaneous control of burners and boilers in various designs and functions under the name RCP. Below are
Raadman is excited to announce the launch of its latest innovation, an industrial burner with an impressive capacity of 45 MW. This groundbreaking product marks a significant
Established in 2011, Raadman specializes in the design and manufacture of high-quality, high-efficiency industrial burners engineered to deliver reliable performance across a wide range of applications. Driven by advanced engineering expertise and continuous innovation, Raadman has developed a comprehensive portfolio of industrial burners with a strong focus on combustion efficiency, operational reliability, and environmental performance. Through ongoing research and development, raadman has continuously enhanced its combustion technology, enabling rapid growth and product advancement. Today, Raadman manufactures and tests gas-fired, light oil-fired, and dual-fuel burners across a broad range of firing capacities, providing dependable combustion solutions that meet the evolving needs of industrial and commercial markets.
Today’s requirements to have full controls with fewer on-site operators have led to the development of more remote operation capabilities, enabling many manufacturing companies to move more of their operations into automation. Our modular burners are designed to increase the firing range controls, so there is no need to set the burners manually. It helps reduce on-site presence, dangers, and operational costs.
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Water-tube boilers are among the most critical components in power generation, refinery, and petrochemical industries, playing a vital role in supplying the steam and energy required for
Raadman: The Meeting Point of Innovation, Efficiency, Safety, and a Sustainable Future At this year’s HVAC Exhibition, Raadman is proud to present one of the greatest achievements
Raadman Industrial Group made a remarkable impression at the 29th International Oil, Gas, Refining, and Petrochemical Exhibition, held from May 8–11, 2025, at the Tehran International Permanent
A Rotary Cup Burner is a mechanical combustion system that uses the centrifugal force generated by a rotating cup to atomize heavy and contaminated liquid fuels, such
In many buildings and industrial facilities, oil is still widely used as a primary fuel for heat generation. Oil burners operate by atomizing and combusting oil, creating
As industries around the world seek cleaner and more efficient fuels, Liquefied Natural Gas (LNG) has emerged as one of the most talked-about energy sources of our
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Ideation, design, simulation, and manufacturing of various industrial burners, including Monoblock, dual block, Premix, and furnace, all developed in different types of single and combination fuel burners, capable of burning up to four significant fuels (Natural Gas, LPG, Light Oil, and Heavy Oil).
Field investigation and Evaluation, Technical consultation, Installation and adjustment, and starting all kinds of burners in projects such as power plants, petrochemical, refining industries, powerhouses, and heating systems.
Holding general and specialized training courses in fuel, combustion, burner equipment, and their start-up principles. Holding professional industrial training courses in fuel, combustion, burner equipment, setting up, and starting principles.
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An industrial burner is a safe, reliable, and controllable device designed and manufactured to achieve the required energy. The burners convert fuel energy into thermal energy by mixing a certain amount of air and fuel (after providing the initial energy of ignition) and ensure combustion stability.
Industrial Burners are at the center of any production chain in industries. «Industrial burners» are used in residential and industrial boilers, power plants, metal and minerals production, petrochemical industries, waste incineration industries, food industries, and all types of dryers.
Air and gas must mix on a molecular scale to have a stable and reliable flame. The mixture explodes by activation energy and providing an ignition source and a stable flame forms. Depending on where and how air and fuel are mixed in an industrial burner, gas burners are divided into nozzle mixed and premixed burners. Nozzle-mixed burners combined air and gas in their head, but in premixed burners, they mixed before entering the head at a venture device or a cascade mixer.
Raadman product size varies from low firing rates (in order of 100 kW) in residential or small business projects to high firing rates (in order of 60 MW) in power plants.
The boiler burner and furnace burner are today’s most common burner types. Since furnaces require a heat source to provide the energy for products, one-stage, two-stage, or modular BFBs are commonly used.
The application, required heat, cost, availability, and other parameters affect the burner fuels. Industrial burners can burn gaseous fuel (natural gas, LPG, acetylene, hydrogen, etc.), liquid fuel (light and heavy oil, kerosene, biofuels, etc.), and sometimes solid fuel (coal, coke, wood, etc.).
As mentioned before, air and fuel mixing and igniting can be done using an industrial burner for heating, boiling, or similar purposes. The heat energy is transferred to the place where the energy is required using a combustion chamber.
Oil burners can generally be categorized into gun-type (atomizing) burners. There are three gun types: pressure atomizer, air/steam assistant atomizer, and rotary cup.
Like gas burners, these burners provide an excellent condition for air and fuel to be mixed, ignited, and combusted. Unlike gaseous fuels, oils must be atomized into fine and small droplets of liquid by steam or pressure atomizer or rotary cup and vaporized to be ignitable. Forcing pressurized fuel to pass through a nozzle or orifice gives the desired result.
