Products

RJM has been developing its own ultra-low NOx burner technology since the company was founded in 1977.

With applications to suit a range of different outputs and every firing configuration, RJM has a proven burner solution that can minimise or obviate the needs for secondary NOx reduction measures.

To control fuel costs and to provide a layer of protection from security of supply issues, RJM has developed a multi-fuel burner that can fire coal, gas or oil.

RJM has responded to growing demand for ultra-low emission burners by developing a new type of gas burner that can be sized to suit many different industrial applications.

RJM has been developing its own ultra-low NOx oil burner technology for over 30 years.

RJM uses FGR or induced FGR (iFGR) systems to take hot flue gases from the existing GR fan outlet and introduce them into the existing FD fan inlet.

RJM has developed its own, patented solution to deliver additional air into the centre of the fireball from below.

RJM has developed an end-to-end offer that considers every aspects of a plant’s operations.

RJM’s capabilities across biomass and WtE firing systems are delivering significant improvements.

Faced with changing green subsidies, carbon taxes and security of supply issues, plant operators are increasingly widening their fuel diets to maintain profitable generation.

RJM is currently working with a number of biomass and W2E sites in the UK, enabling them to optimise all aspects of their fuel delivery systems.

RJM works with its customers to ensure burner management and combustion control systems are fully optimised and conducts remote monitoring through the DCS to deliver incremental improvements without the need for outages.

Over Fire Air Systems create combustion staging in the furnace which facilitates low NOx performance.

Combined with RJM’s primary NOx reduction systems, IED compliance is now achievable with SNCR, offering significant savings over conventional SCR systems.

RJM designs, specifies and oversees the production of a wide range of sophisticated components which are installed at customer sites to deliver specific performance improvements across materials handling, combustion and emissions.

The IMPULSE boiler cleaning system is a development of the pulse detonation propulsion technology pioneered by GE and uses a supersonic shock wave to dislodge material that has built up on surfaces within the boiler.