Flue Gas Desulphurisation Systems
Ammonia desulphurization
01
The reaction is instantaneous and the desulphurisation efficiency can reach 99%.
02
Wide range of applications, high operating flexibility, adaptable to wide load fluctuations.
03
SO₂ can be resourced, and the pollutant SO₂ can be turned into nitrogen fertiliser with high added value, with no wastewater, liquid or residue emissions.
04
Smaller equipment footprint, low resistance, less investment.
Limestone-gypsum desulphurization
01
By-products of desulphurisation can be utilisedas a resource.
02
Increase desulphurisation efficiency and reduce energy consumption by adopting counter-current dual-phase spraying.
03
By-products of desulphurisation can be utilised as a resource.
CFB desulphurization
01
Multi-pollutant synergistic treatment of SO₂, HF, HCl, dust, etc. can be realized.
02
Professional flow field simulation team to create good gas-solid-liquid mixing conditions for efficient desulphurization.
03
By-products of desulphurisationcan beutilisedas a resource.
04
Stable and reliable system, adaptable to complex flue gas conditions.
SDA Desulphurisation
01
Achieving synergistic multi-pollutant removal ofsulphur, fluorine and dust.
02
Low system resistance and low energy consumption.
03
FGD efficiency for wide load variations.
04
High system reliability and good adjustment adaptability.
Sodium-based dry desulphurization
01
High system desulphurisationefficiency of 97% or more.
02
Low system resistance, low temperature drop, low energy consumption.
03
More than 90% utilisation of desulphurisation agent.
04
Small equipment footprint, low investment.
Calcium-based dry desulphurisation
01
High system desulphurisation efficiency.
02
No need to modify the original semi-dry or dry system pipe network.
03
Desulphurisationby-products can beutilisedin a resourceful manner.
04
Small equipment footprint, low investment.
Cases

Tangshan Ruifeng Iron & Steel (Group) Co.,Ltd

Shenhua Bayannur Energy Co.,Ltd

Shandong Guangfu Group