Raumaster Solutions for Flue Gas Treatment Ash Handling
Modern air pollution control standards demand systems that are reliable, robust, dustproof, and cost‑efficient to maintain.
Raumaster meets these requirements by delivering comprehensive solutions for fly ash handling, from additive feeding and particle recirculation to end‑product management.
Complete Systems or Individual Equipment – Raumaster Has the Answer
Whether the need is for a full turnkey system or specific equipment delivery, Raumaster provides tailored solutions.
With extensive experience in project management, Raumaster ensures on‑time, on‑budget deliveries that deliver strong economic results for energy producers.
Customised Design for Every Customer
Raumaster designs and supplies fly ash handling systems that are adapted to each customer’s specific requirements.
Scope of Supply Includes:
Additive feeding systems
Ash collection systems
Particle recirculation systems
Pneumatic conveying systems
Fly ash silos
Dry and wet discharge systems
Additive Material Dosing and Feeding
Raumaster’s additive material feeding devices are designed for precise and reliable dosing of various materials in demanding industrial processes. The systems typically include a screw feeder for accurate dosing and lean phase pneumatic conveying technology to ensure continuous feeding. Each feeding system is optimized to match the specific properties of the materials being handled. The systems are available in multiple sizes, with the correct configuration selected based on process capacity requirements. Additive material feeding solutions are commonly used, for example, to reduce emissions in flue gas treatment or wastewater handling with materials such as activated carbon, sodium bicarbonate, hydrated lime and sulphur.
For additive storage, Raumaster offers silos in various sizes and big bag stations to ensure safe and efficient material handling.
End Product Handling
System Configuration
A complete system typically includes:
Ash collection equipment located beneath the filter
A conveying line to the silo, either pneumatic or mechanical
The storage silo
A silo unloading system, available in both dry and wet configurations
Conveying
Raumaster’s pneumatic conveyor is a highly reliable and cost-effective solution for transferring fly ash from filters to storage silos. Raumaster’s long-standing expertise in pneumatic conveying ensures equipment that is properly designed and professionally manufactured.
Learn more about pneumatic conveying >>
Storaging
Due to fly ash fine particle size and frictional properties, fly ash can cause significant challenges in processing systems if they are not carefully engineered.
Raumaster’s storage silo solutions effectively address these issues. With extensive expertise, Raumaster ensures the selection of the most suitable silo and equipment type for each material.
Unloading
Raumaster has extensive expertise in silo unloading equipment for both fly ash and bottom ash.
Special attention is given to preventing dusting issues with dry ash.
Silos can be supplied with wet unloading equipment, dry unloading equipment, or a combination of both, depending on customer requirements.
Efficient Fly Ash Humidification
The Raumaster FAH humidifier transforms fly ash unloading from a difficult, dusty task into a clean and efficient process. Achieving the correct mixing ratio between ash and water is essential, and with Raumaster’s design, adjustment is simple and reliable. For added convenience, the humidifier can be equipped with an automatic cleaning system, reducing manual labor and saving valuable time.
Particle Recirculation Equipment
Raumaster’s particle recirculation equipment are designed to boost separation efficiency while reducing additive powder costs, particularly under high recycle rates.
By minimising the need for fresh additive powder injection, the equipment provides reliable handling of large recycle volumes.
Thanks to Raumaster’s technology, the recirculated particles are humidified and distributed uniformly into the flue gas stream, ensuring stable performance and optimised operation.
The system itself consists of three essential components: ash collection equipment beneath the filter, a recirculation dosing unit, and a humidification system.