The company has been committed to desulfurization, environmental protection and gas turbine promotion, with strong technical strength and complete production and service system.
Business: first, the development of flue gas desulfurization and dust removal technology, in which "cyclone jet flue gas desulfurization and dust removal device" has obtained national patents; Second, the installation, debugging, maintenance, general contracting and turnkey project of flue gas desulfurization and dust removal system can provide all-round services for desulfurization users.
The company has hired many scientific researchers and senior engineers who have been engaged in aerospace research for many years. By applying aerospace high technology, wind tunnel design and vortex motion theory in aerodynamics, the company has absorbed the advanced experience of foreign desulfurization technology and applied it to the design of reaction tower, and developed a new type of cyclone jet explosion gas desulfurization and dust removal device. The equipment has obtained the national patent with the patent number of "ZL 02 2 3279 1.6". It can effectively purify the flue gas containing sulfur dioxide acid gas, and has the remarkable characteristics of high desulfurization and dust removal efficiency, low investment and small occupation area. It has been widely used in Shandong, Jiangsu, Yunnan, Henan and other places, and has received strong support from the State Planning Commission and the State Environmental Protection Bureau. The State Planning Commission has listed the pneumatic desulfurization and dust removal device as the national key scientific and technological army.
system composition
Absorbent preparation system
Flue gas system
SO 2 absorption system (cyclone jet flue gas desulfurization and dust removal device)
On-line continuous monitoring system for flue gas
control system
Desulfurization product treatment system
technical characteristics
The desulfurization efficiency is as high as 90%? Mature technology and good operation reliability.
Strong adaptability to coal variety changes.
Absorbent is rich in resources and cheap.
Desulfurization by-products can be comprehensively utilized.
Desulfurization principle
The cyclone jet gas explosion desulfurization and dust removal device consists of a quenching section, an air inlet section, a desulfurization section and a dehydration and defogging section, wherein the desulfurization section consists of a cyclone jet gas explosion tube assembly and a slurry storage tank, flue gas enters the air inlet section through the quenching section, the air outlet end of the air inlet section is connected with the cyclone jet gas explosion tube assembly, and the bottom of the cyclone jet gas explosion tube assembly is inserted into the slurry storage tank; After being cooled by the quenching section, the flue gas enters the cyclone jet gas explosion tube assembly through the gas inlet section and fully collides with the injected alkali solution; After the initial reaction between sulfur dioxide in flue gas and alkali liquor, it is injected into slurry storage tank through jet bubbling, further absorbed, oxidized and crystallized into gypsum, and the purified flue gas is discharged from the chimney through the dehydration and defogging section.
technical characteristics
The desulfurization unit saves the essential atomizing nozzle in other absorption towers, which greatly reduces the possibility of blockage and scaling. At the same time, the device has no moving parts, which fundamentally avoids mechanical failure and greatly improves the operation reliability.
In this desulfurization technology, high flow velocity is allowed in the cyclone jet explosion tube, so it has small cross-sectional area, small volume and low cost when dealing with large flue gas volume.
The desulfurization efficiency is over 95%, and it also has a good removal effect on fine flying dust after electrostatic dust removal, and the dust removal efficiency is over 99%.
Due to the impact of gas-liquid rotation, the gas-liquid mixture is uniform, the atomization is sufficient, the contact area is increased, and sulfur dioxide is fully absorbed. Due to the secondary absorption in the bubbling zone, the liquid-gas ratio is greatly reduced, and high desulfurization efficiency can be obtained even if the liquid-gas ratio is very small.
With the decrease of liquid-gas ratio, the circulating amount of absorption liquid also decreases, which not only saves industrial water, but also reduces the scale of corresponding water treatment equipment, reducing one-time investment, energy consumption and operating expenses.
There is no limit to the capacity of purified flue gas, and the allowable flue gas volume range is wide, and it has strong adaptability to coal type and sulfur content range.