PROVEN CLEANING PROCESSES THAT ENSURE OPERATIONAL AND GENERATING
See how KRR ProStream can deliver effective plant performance
services at a variety of locations within your facility.
Mouse over the different areas of the plant schematic below for
more information about how we can help.
Blockages in feedstock storage and transport can cause costly interruptions, minimising their duration increases overall availability.
Ash and fused deposits can adhere to furnace ceilings, walls and pendant superheaters, ultimately leading to blockages and reductions in heat and mass transfer, and problems in fluidized bed operations. This impacts negatively on performance and poses Health and Safety risks upon shutdown.
Superheater tubes can quickly become fouled with ash and soot, greatly reducing heat and mass transfer. This leads to reduced steam production and a less efficient process.
Evaporator tubes can be subject to the same kinds of fouling as the superheater. This decreases the efficiency of the boiler and has a negative impact on steam production.
Like other parts of the boiler, the economiser can become fouled by ash and soot deposits. As with the superheater and evaporator, pressure wave technology can be used to alleviate the problem.
The permeability of a clogged filter bag can be reduced by 70% or more. Online Filter Bag cleaning restores performance at a fraction of the cost of new bags, improving process efficiency.
Clogged discharge electrodes will use more energy and strict environmental emissions legislation may be breached. This leads to reduced production and a less efficient process.
Airborne particles (e.g. pollen) can build up on heat exchanger surfaces, reducing performance. Heat Exchanger cleaning can be effective in just one clean, restoring throughput and generating capacity.
Ash pit deposits can become compacted to the extent that a grab cannot remove them. When this occurs KRR HPC02 can be deployed to break up the deposits without damaging plant assets.
Blockages in the boiler and loss of permeability in the Baghouse filters will increase the pressure drop through the system and require more power consumption to run the ID Fan. Keeping the Baghouse filters and boiler clean can significantly reduce the operational cost of the ID Fan.
Keeping the boilers clean, increases process steam for use in residential heating and industrial applications.
Power generation can be increased by improving process efficiency: a clean boiler can produce more steam and a clean steam condenser will re-establish the steam turbine power generation capacity. Therefore KRR ProStream can increase your profitability.
Lime deposits can adhere to ceilings and walls, ultimately leading to blockages. This impacts negatively on operations and poses Health and Safety risks upon shutdown.