Sustainable Technology & Products
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Technology & Products

Dynamic Performance provides Industrial benefits Clean Combustion’s vision is to greatly improve industrial combustion processes with efficient, manageable, flexible and sustainable technology. Government policies become stricter while energy prices become more expensive and volatile. Pulp & paper mills inevitably face higher costs. However, investment in more efficient energy extraction technology reduces production costs and environmental impact, optimizing performance and ultimately achieving a sustainable competitive advantage. Clean Combustion’s Dynamic Performance Concept began with...

Multi Fuel Lime Kiln Burner System for Metsä Board AB Husum, Sweden (2018) 3

We create technology to meet the energy challenges of the future Over the last two decades the world has rapidly developed. The population has increased, the economy has grown and the middle class has expanded, all of which contributes to a growing demand for energy. This results in unsustainable climate change. Yet awareness of our environmental problems creates a demand for sustainable energy sources. New types of fuels are introduced at an increasing rate, creating demand for new technologies. Clean Combustion strives to be more efficient, sustainable, flexible and manageable in...

Dynamic Performance – We stand for efficient and sustainable use of our energy resources

Dynamic and Designed Burners and Systems Back of the burner: Connections for different types of fuel, air, and steam. Automatic controlled actuators, for adjustment of the dynamic areas inside burner. Multi-fuel burner tip: Equipped with lances for liquid and slurry fuels in the center. Surrounding the center there are channels for gas, solid fuels, and air. It also houses the swirl turbulator.

Multi Fuel Burners, from 1-50MW Clean Combustion’s multi-fuel burners, ranging from 1-50MW, will highly improve efficiency, simplify maintenance and lower emissions. The connections for fuels, air, atomization media and actuators are at the back of the burner. The actuators control the dynamic features of the burner. The fuel lances supply the fuel and atomization media to the vortex injector, which mixes the media in-air towards the combustion zone. Burners can be equipped with several gas channels. The gas is sent through the burner by a dynamic outlet channel towards the combustion zone....

Adjustable Swirl Turbulators Clean Combustion’s adjustable swirl turbulators promote efficient combustion. The swirl turbulator is used to steer and shape the flame in the combustion zone. Air is injected into the channel leading to the swirl turbulator while a speed-controlled fan regulates the flow to keep a constant over-pressure. The adjustable swirl turbulator controls rotation and stoichiometry of the air without losing pressure or speed. Clean Combustion’s design enables optimized combustion for a high variation of fuel flows. There is an additional cooling channel on the outside of...

Unique Vortex Injector Design Liquid and slurry fuels entering the combustion chamber must be atomised to generate an efficient combustion. Clean Combustion uses a unique external mixing injector, replacing the function of the nozzle. Each burner can be equipped with several injectors to support different fuel types at the same time. The injector creates a vortex of the liquid/ slurry fuel, it then applies the atomising media to create a conical shaped fuel mist directed into the combustion zone. The atomising media is either pressurised air or steam. The injectors are designed according to...

Automatic Gas Injectors Clean Combustions automatic gas injectors are used in incinerators and gas burners, they can also be used as a mixer and gas control unit before a multi-fuel burner. The automatic gas injector facilitates alignment and operation of ejectors, which normally drive the combustion gases. The gas injectors constantly measure the gas pressure, when a desired pressure is reached the injector automatically opens its valves and allows the gas to flow through into the combustion zone. Independently of the gas flow, the valves can be controlled automatically or manually from...

High Quality Valve Trains We offer the highest quality and expertise within Valve Trains and Feed Trains, to ensure the optimal quality of input. Projects covering retro-fit of burners commonly requires modifications or additions to its Valve Trains. The activity is planned in accordance of established mill design criteria. Clean Combustion delivers a cabinet covered solution based on Siemens Technology, unless other is agreed. A retro-fit valve train could also be an addition to existing valve train to allow combustion of a new fuel in the process. We call it “Valve Train Expansion”. The...

Furnace Monitoring Clean Combustion solutions offer total flame control through intelligent surveillance. We design, manufacture and supply equipment which allows our clients to monitor high temperature processes. The imaging solutions provided by Clean Combustion help to maximize performance by showing the flame, fuel and air flow in the burning zone. The knowledge gained allows our clients to run their plants efficiently, safely and more environmentally friendly. All equipment are designed to operate in the hottest and toughest combustion areas so our clients always know what is happening...

Plants Systems CC Control Clean Combustions control system is the key system for analyze, control and optimizing of combustion data. The control system gives an efficient integration between plant system and Clean combustion burner products.

Service and Maintenance Clean Combustion’s Service & Maintenance Program improves plant availability, optimizes performance and increases productivity and up-time. This cost-effective service is provided to the client at a price they know in advance. Clean Combustion’s products have long intervals between services due to self-cleaning designs, clean burning and low emissions. By monitoring combustion data from the plant we can quickly see if efficiency is falling, and through our systems identify the cause and advise on corrective measures. The plant is tuned for optimum performance and is...