Flue gas cleaning

Using its own know-how, ZVVZ-Enven Engineering, a.s. offers the following methods of desulphurisation of power sources.

Flue gas cleaning application

Flue gas cleaning systems reduce emissions of substances that are dangerous to human health and the environment. We supply these systems adapted to the customer's requirements and the local conditions of the given operation. Our technology is used in:

Power enginnering
Waste incineration plants and waste-to-energy plants
Metallurgy

Cement factories
Glass factories
Other technologies where it is necessary to reduce emissions into the air

Flue gas cleaning technology

Our wide portfolio of products will always allow you to apply the most suitable solution. We supply the following technologies, individually or in combination as multi-stage flue gas cleaning systems:

Technologies primarily intended for fly ash removal:

Cyclones
Multicyclones
Dry horizontal chamber electrostatic precipitators
Hybrid filters
Bag filters

Technologies primarily intended for the removal of SO2 , HCl, HF.

Dry sorption
Semi-dry flue gas cleaning with fluid absorber (CFB)
Wet scrubbing

Technologies primarily intended for the removal of PCDD / F, Hg and other heavy metals:

Adsorption
Absorption
Catalytic filtration

Technologies primarily designed for NOx removal:

SCR
SNCR

In addition to their primary purpose, suitable combinations of the above technologies also have side benefits to reduce other pollutants.

We use the following sorbents: CaO, Ca (OH) 2, CaCO 3 , NaHCO 3, NaOH and carbonaceous sorbents.

Our activities include:

Elaboration of a feasibility study
Elaboration of documentation for zoning decisions
Elaboration of documentation for land permits
Elaboration of project documentation for construction

Delivery and implementation of partial parts of the technology or entire technological units
Commissioning
Service

Other technologies with a focus on cleaning mainly gaseous emissions and odors are provided by: Eveco, sro , Prague, a member of the ZVVZ GROUP, as