The company is located in the resource-rich, conveniently located in the hinterland of central Lu - Zibo City, the hometown of Qilu culture, Zhangdian District, the company was established in 2017, is a collection of science and technology research and development, design, manufacturing, installation, commissioning, training and other whole system of machinery and equipment manufacturing high-tech enterprises.The main equipments are: vertical lathe, hobbing machine, floor milling and boring machine, gantry planer, horizontal lathe, plate coiler, automatic welding machine and other large processing equipments.
Why Choose Us
Our Factory
The company covers an area of 12000m2, with a plant area of 6550m2, and an annual output value of 60 million RMB. The company has excellent professional and technical personnel, advanced technical equipment. There are 68 employees, including 15 engineers and 1 senior engineer. Other professionals are 15 people.
Quality Control
Our company guarantees that the products are produced and inspected according to the relevant national standards, and the unqualified products will never leave the factory. We guarantee that we will strictly perform and fulfill the three packages of products, and strictly implement the relevant provisions of the national after-sales service for industrial products.
Product Application
The products are mainly used in Steel industry, Building materials industry, Chemical industry, Pharmaceutical Industry, the food industry, Environmental protection industry, Power Industry, oil field industry, ceramic industry and other industries.
Production Market
Our company wins the market with professional technology ,the products sell well all over the country and have been exported to more than ten countries and regions such as North Korea, Vietnam, Thailand, Myanmar, India, Indonesia, Tajikistan and Uzbekistan.
Advantages of Denitrification Equipment
Cost-effectiveness
One of the primary advantages of denitrification is their cost-effectiveness. They utilize a natural process to remove nitrate from wastewater, requiring minimal energy input. The use of a carbon source such as wood chips also provides a slow, steady release of carbon, supporting the sustained activity of the denitrifying bacteria.
Wide Range
Denitrification also versatile and can be designed to treat a wide range of nitrate concentrations. This makes them suitable for a variety of applications, from small-scale residential systems to large-scale municipal wastewater treatment plants.
Effectively Removes Pollutant From Wastewater
By converting nitrate into nitrogen gas, denitrification effectively removes this pollutant from wastewater, preventing its release into the environment. This process is a key component of the biological nutrient removal (bnr) process in wastewater treatment.
Types of Denitrification Equipment
Integrated Device Of Ceramic Fiber Filter Tube For Dust Removal And Denitration
The ceramic fiber filter tube dust removal and denitrification integrated device is an innovative product that combines efficient dust removal and denitrification functions, using a new type of ceramic membrane material.
Selective Non Catalytic Reduction Denitrification Device
Selective Non catalytic Reduction (SNCR) is an environmentally friendly technology that reduces nitrogen oxides (NOx) in flue gas to harmless nitrogen and water by injecting reducing agents (such as ammonia) within an appropriate temperature range.
Denitration Catalyst
The substance that promotes the selective catalytic reduction of nitrogen oxides in the flue gas through catalytic reduction chemical reaction at a certain temperature during the SCR reaction. The most commonly used catalysts are the V2O5-WO3(MoO3)/TiO2 series.
SCR Denitrification Device
Selective Catalytic Reduction (SCR) is an advanced technology used to treat nitrogen oxides (NOx) in flue gas emissions. SCR technology has shown outstanding performance in reducing NOx emissions from coal-fired power plants, industrial boilers, and other equipment.
Specification
|
Type |
CF-G-2-10Kg |
|
Ozone capacity(kg/h) |
10 |
|
Feed gas flow(Nm^3/h) |
309.4-387 |
|
Ozone concentration(wt%) |
2-2.5 |
|
Cooling water flow(m^3/h) |
30-40 |
|
Power consumption(kwh/kgO3) |
14-16 |
|
Dimension ozone generation tank /PSU(L*W*H mm) |
4400×1260×2200/4800×1000×2120 |
|
Weight(T) |
7.90 |
Components of Denitrification Equipment
The system composition of denitrification device is mainly composed of SCR catalytic reactor, ammonia injection system, flue gas bypass system, ammonia storage and preparation system, etc. At present, the layout of SCR reactors at home and abroad is generally high-dust, that is, it is arranged in the high-temperature flue between the economizer and the air preheater. In this position, the flue gas temperature can reach the reaction temperature. Therefore, the denitrification device of this project is planned to adopt a high-dust arrangement.
The flue gas is evenly divided into two paths at the outlet of the boiler economizer, and each path of flue gas enters a vertically arranged SCR reactor in parallel, that is, each boiler is equipped with two reactors, and the flue gas enters the catalyst layer after passing through the flow equalizer. Before the flue gas enters the catalyst layer, there is an ammonia injection system. After the flue gas and ammonia are fully mixed, the catalyst reacts to remove NOX. The flue gas after the reaction enters the air preheater, electrostatic precipitator, induced draft fan and desulfurization device, and is discharged into the chimney. The SCR reactor is arranged above the air preheater.
The Process Technology
Denitrification equipment of several process steps. Firstly, the process breaks down the carbon, as it is the easiest to break down. Specialises in carrying out this process aerobically, i.e. with oxygen. Only after carbon breakdown do the microorganisms start to convert nitrogen. It is initially present in the wastewater in the form of ammonium.
The aerobic process converts this into nitrite and nitrate, which, however, cannot remain in the wastewater. By adding carbon, the process activates the micro-organisms to decompose again.
The oxygen they require for this comes from the nitrite and nitrate. In the last step of the process, both substances are therefore converted into nitrogen, which is a natural component of the atmosphere and therefore harmless to humans.
The most proven process here is bottom-up denitrification. The wastewater enters a fixed bed reactor to decompose the carbon. This is followed by nitrification. After two reactors, the plant returns part of the wastewater to the first reactor for carbon removal. This is only a partial flow of about 50 per cent. The carbon from the discharged wastewater is mixed with the nitrate from the second FBR reactor. The difficulty here is that the plant has to cope with a higher load in the middle section, this does not require an external carbon source.
As this wastewater has a very low oxygen content, it must not enter public waters. Firstly, it creates an oxygen-depleted zone through which fish cannot swim. This divides habitats, which can cause long-term damage to ecosystems. On the other hand, the oxygen content of the watercourse is permanently reduced, which gradually leads to the death of living organisms.
Packaging and Delivery
|
Transport Package |
Standard Container |
|
Lead Time |
7 Days (1 - 1 Pieces),To be negotiated ( > 1 Pieces) |
FAQ
We're well-known as one of the leading denitrification equipment manufacturers and suppliers in China. If you're going to buy high quality denitrification equipment at competitive price, welcome to get more information from our factory.
RCO Catalytic combustion equipment, RTO Regenerative Thermal Oxidizers, Operation of an SNCR denitrification system