Product Details:
Usage/Application | Industrial |
Country of Origin | Made in India |
Minimum Particle Size | 1 Micron |
Brand | RIECO-TECAM |
Maximum Solvent Concentration | 11,000 mg/Nm3 |
Solvent Concentration For Auto Thermal Operation | 1.7 g/ Nm3 |
Volatile Organic Compounds (VOC's) emissions are currently released into the atmosphere in a large number of production processes that use organic substances.
VOC emissions are one of the biggest environmental problems for many Industries nowadays. Global warming generated by VOC emissions is 12 times higher than that produced by CO2
Technologies to eliminate VOCs & Odors:
Technical Characteristics:
Additional Information:
Product Details:
Capacity | 100000 m3/hr |
Country of Origin | Made in India |
Material | Mild Steel |
Frequency | 50 Hz |
Voltage | 420V |
Phase | 3 Phase |
Flue gas exhaust treatment system and its concept in the industries are dependent on prevailing regulations for the local and central pollution control board. Flue gas treatment includes control of emissions of harmful gases, like:
Removal of Sulfur Dioxide is called as Flue-gas Desulphurization (FGD). As the name defines, it is the technology used to remove gaseous pollutants viz. SO2 from exhaust flue gases generated in furnaces,boilers, and other industrial processes due to thermal processing, treatment, and combustion.
This system consists of the equipment’s that absorbs and react using alkaline reagent to a solid compound. Reduction in the SOx happens through the chemical treatment & converts the SOx into a by- product such as Gypsum or Calcium Sulphate or Sulphuric Acid.
We provide FGD solutions inclusive of both semi-dry and wet technologies to meet the required outlet emission norms of the local as well as the central pollution board requirements.The systems are designed based on lime, limestone, & alkali-based reagents depends upon the input operating conditions. Our wet FGD systems are designed for high SO2 removal efficiency of > 98%
Product Details:
Material | Mild Steel |
Efficiency of Filtration | 85% |
Surface Finish | Color Coated |
Brand | RIECO |
Country of Origin | Made in India |
Minimum Particle Size | 0.5 micron |
Efficiency | 99.95% |
Filter Rate | 1.2 m / min |
Usage/Application | Industrial |
Fumes Extraction systems (FES) are air pollution control equipment installed to capture fugitive fume gases, smoke and dust emission generated from various heat processes which are hazardous and detrimental to human health and environment.
Typical Operation:
The Furnace comes with Smoke Collection Hood of Low Hood Design, which prevent any fugitive gas emissions. The gas emissions emanating from the furnaces are collected by the smoke collection hoods and passed on to a smoke chimney / stack by natural draft. The smoke chimney has a butterfly valve just a little above the top of the smoke hood with the help of which, the gas emissions are directed to the Air Pollution Control equipment. These gases from the point of Butterfly valve are sucked by means of a powerful I.D. (Induced Draft) fan into the Pollution Control Equipment.
Sparks if any in gas stream are extinguished in ductwork, bends & in Heat Exchanger (Forced Draft Cooler) due to changes of direction. First, gases are passed through a tubular forced draft cooler where they get cooled by atmospheric air being blow over the tubes with the help of axial cooling fans. The much heavier particles in the gases get settled at the bottom of the cooler. The gas with the remaining heavier particles goes to a multi-chamber Bag Filter System after which the I.D. fan is installed. When the gas passes through the filter bags, the dust present in the gases is trapped by these bags and only clean gas comes out of the Bag Filter. This clean gas is then released through the stack to atmosphere.
Product Details:
Airflow (m3/h or CFM) | 1,00,000 m3/h |
Usage | Food Processing Industry |
Material | Mild Steel |
Filtration | 20 Microns |
Automation Grade | Automatic |
Brand | RIECO |
Power Source | Electrical |
Dust Removal Efficiency (%) | 80% |
Country of Origin | Made in India |
Product Details:
Usage | Food Industry |
Material | Food & Pharma Industry |
Automation Grade | Automatic |
Brand | RIECO |
Air Flow | 10,000 to 1,00,000 m3/h |
Dust Removal Efficiency (%) | 99% |
Country of Origin | Made in India |
Additional Information:
Product Details:
Usage/Application | Industrial |
Brand | RIECO |
Material | Mild Steel |
Automation Grade | Fully Automatic |
Filter Medium Material | Polyester Needle Felt |
Frequency | 50 Hz |
Voltage | 420V |
Country of Origin | Made in India |
In various applications of Bag filters in the industries height and/or footprint constraint is the most common issue and conventional type of bag filters cannot be accommodated easily. For such critical areas, cartridge type bag filters are the most suitable solution with less space requirement and without compromising on the guaranteed parameters. These bags are assembled in pleated type format and thus provides more filtration area than the conventional bags. They are available in different constructions i.e. difference number of pleats mainly 45 or 60, 60 with higher filtration area. They are also available in different lengths of upto 2.0 mtr.
The Cartridge Bag filters are mainly dry separation air pollution equipment for dust particles or for product recovery of useful products from air or any other gas flow of the manufacturing process. These filters vary from the lowest volume of 100 m3/hr to maximum volume depending on the process requirement.
Construction & Operation:
Cartridge Bag Filter is divided in three parts i.e. top part is called as Plenum (Clean air chamber), which is heart of the bag filter operation, middle one is called as Housing/casing (Dirty air chamber) and bottom part is called as Hopper. The plenum is separated from the housing by the bag plate/tube sheet where the cartridge filter bags. The Cartridge Bag Filter unit is a continuous self cleaning dust filter capable of removing dust particles as small as submicron size from gaseous and dust streams.
Cartridge Bag filter construction is simple and does not have any moving parts. Pulsejet cleaning mechanism with the help of compressed air results into high dust cleaning efficiency.
Dust laden air enters the cartridge Bag Filter at housing under suction or pressure. The air travels through the cartridge filters which retains the dust particles on the surface of the cartridge filters and the clean air passes through cartridge filters to the plenum leading to the outlet of Cartridge bag filter due to the suction effect created by centrifugal ID fan.
Dust collected on the outside of the Cartridge filter bags causes an increase in the pressure differential between the dirty and clean air sides of the filter. To control the pressure differential across the cartridge bag filter, a sequential timer actuates a series of normally closed pulse valves at preset intervals causing them to open. A momentary rush of high-pressure air (5-7 bar g) flows from the compressed air header to the blow tube and is expelled from the blow tube for the effective cleaning of cartridge bags.
Above cleaning cycle causes the dust particle to fall in the collection hopper. Collection hopper stores the collected dust temporarily. The dust is discharged from hopper bottom through RAL or Screw conveyor to the downstream process.
Application:
Product Details:
Usage/Application | Industrial |
Material | MS |
Country of Origin | Made in India |
Brand | RIECO |
Filter Bag Material | Polyester Fiber, Glass Fiber |
Additional Information:
Product Details:
Brand | RIECO |
Orientation | Vertical |
Material | MS |
Usage/Application | Industrial |
Efficiency % | 99% |
Automation Grade | Fully Automatic |
Country of Origin | Made in India |
Working Principle:
Our ESPs are optimally designed, tailor-made to suit the customer operating conditions. The migration velocity is an extremely important parameter to decide the size of the ESP and helps to determine the efficiency. Apart from this, there are many parameters which affect the sizing of the ESP such as:
Product Details:
Airflow (m3/h or CFM) | 5000 to 5,00,000 m3/hr |
Usage/Application | Industrial |
Material | MS |
Automation Grade | Fully Automatic |
Efficiency of Filtration | 99% |
Country of Origin | Made in India |
Brand | RIECO |
Power Source | Electric |
Voltage | 415V |
Dust Extraction System is one of the mainly used method to reduce the work zone emissions and emissions through exhaust stacks and ducts. It is installed on material handling systems or at the vent of production process as a product collection system.
Additional Information:
Product Details:
Nature Of Work | Retrofitting/Modification |
Usage/Application | Sinter Plants, Thermal Power Plants, Municipal Waste Incinerators |
Material Procurement | Service Provider End |
Material | MS |
Voltage | 415V |
For many years, the air pollution emission norms were lenient, and no major emphasis or attention was given to reduce the industrial pollution. The rising pollution levels were damaging the ecological system and human health in and around the plants. This pushed the government to enforce strict guidelines and regulations for emission limits on the industry. As a result, many industries have revamped /upgraded their existing air pollution control equipment for lower emissions.
For some of the industries, for instance cement, the pollution control equipment also acts as a product recovery system. Hence lower the emission norms, it is better for the industry as they will recover the products and increase the revenue.
Although ESP can provide lower emissions as low as < 10 mg/Nm3, but the cost to achieve the same is much higher for ESP as compared to some other solutions like a Bag Filter or a Hybrid Filter. Also, the space required to achieve the same is far more for ESP as compared to other solutions.
The existing plants (which were installed earlier with old emission norms) are also required to be upgraded / changed as per the new stricter emission norms. To do this, there are various constraints while re-designing the equipment. There are various solutions available to do so and match the current norms.
In older days, this following pollution control equipment’s were more commonly used:
Product Details:
Airflow (m3/h or CFM) | 10,000 to 2,00,000 m3/h |
Usage | Chemical Industry |
We Provide | Installation & Servicing, Consultation |
Efficiency (%) | 99% upto 10 microns |
Material | Stainless Steel |
Scrubber Type | High Energy Scrubber |
Brand/ Model Number | RIECO |
Automation Grade | Automatic |
Country of Origin | Made in India |
Scrubber are an efficient type of air pollution control equipment used to remove particulate matter, fume and gases (especially acid gases) from industrial processes. Scrubbing can be done either by wet or dry mechanism which then categorise the equipments into dry and wet scrubbers. Wet scrubbers are pollution control equipment that use water or other liquid solutions to scrub particulate matter and harmful gases from the gas stream. However, the dry scrubbers are that in which a dry reagent or slurry is injected into the dirty exhaust stream of gases to neutralise or eliminate gaseous components.
Wet scrubbers eliminate particulate matter from exhaust gas streams by capturing the particles in fine liquid mist droplets or in layers of scrubbing liquid and then separating the liquid droplets from the gas stream.
There are various process variables which affect the performance of particle removal or performance of the scrubber, being, particle size distribution, size of liquid mist droplets, and the relative velocity of the particles and the liquid mist droplets. The most important parameter is the particle size of the inlet dust content. The larger particles are easier to collect as compared to the finer ones. The key factor for effective particle removal in a wet scrubber is, to create a mist of tiny liquid droplets which acts as collection surfaces. Higher scrubbing efficiency for finer particles can be expected when scrubbing liquid is with the finer mist droplets and more densely available.
Efficiency of scrubber depends upon the following major parameters:
Additional Information:
Product Details:
Usage/Application | Industrial |
Size | 300 to 1000 mm dia |
Brand | RIECO |
Country of Origin | Made in India |
Sparks in the fumes collected in the equipment are called as spark arrestor. The spark arrestor reduces the risk of fire or burns in the industrial dust collection system.
The spark arrestor is a passive fire protection device. The primary purpose is to break the heat envelope around the spark by creating turbulence. This is possible due to the fixed guided vanes inside the spark arrestor which breaks the laminar flow & spark within flow converts to dust/ash which then are collected in lower hopper. Spark arrestors also acts as a pre-separator/pre-dust collector and reduces the dust load in the bag house.
Spark arrestor is recommended as part of a complete fire prevention system. Spark arrestor is a vital protection device which saves the main equipment/system from getting damaged.
For some applications spark arrestors are a must. If not provided, the spark can travel through the ductwork and ignite combustible dust or other materials or will burn the bags of Bag filter.
A Spark Arrestor plays an instrumental part & it’s working to minimize risk by cooling and thus extinguishing sparks before they reach the filter surface. The spark arrestor fits within the full dust collection system as the first line of defence.
Features:
Diameter:
Additional Information:
Product Details:
Usage/Application | Industrial |
Warranty | 12 months from commissioning or 18 months from despatch whichever is earlier |
Country of Origin | Made in India |
Air Leakage Ratio | Less than 2% |
Efficiency | 99.9 % |
Material | Carbon Steel |
Emission Concentration | <25 mg/Nm3 |
Brand | RIECO |
Additional Information:
Product Details:
Material | Carbon Steel |
Automation Grade | Automatic |
Airflow | 10,000 to 2,00,000 m3/hr |
Country of Origin | Made in India |
RTO works on the principle of thermal oxidation, decomposes hazardous gases at a high temperature and releases them into the atmosphere.
RTOs use a specially designed ceramic bed which is heated from a previous oxidation cycle to preheat the input gases to partially oxidize them. The preheated gases enter a combustion chamber that is heated by an external fuel source to reach the target oxidation temperature which is in the range of 760 °C. Temperature may be as high as 1,100 °C for applications that require maximum destruction.
RIECO-TECAM RTOs are versatile and extremely efficient – thermal efficiency can reach 95%. They are regularly used for abating solvent fumes, odors, etc. from a wide range of industries.
RTOs can be designed for range of volumes, for medium to high solvent concentration and suitable for wide range of solvents.
Airflow:
Volatile Organic Compounds (VOC's) emissions are currently released into the atmosphere in a large number of production processes that use organic substances.
VOC emissions are one of the biggest environmental problems for many Industries nowadays. Global warming generated by VOC emissions is 12 times higher than that produced by CO2
Technologies to eliminate VOCs & Odors:
Technical Characteristics:
Industries:
Advantages:
Application:
Additional Information:
Product Details:
Usage/Application | Industrial |
Material | Mild Steel |
Supply Phase | Three Phase |
Supply Voltage | 420V |
Country of Origin | Made in India |
Surface Treatment | Galvanized |
Tubular air to air coolers is forced draught heat exchangers used for cooling hot dust laden gases hence also called as air to air heat exchangers. The hot gases are passed through a series of vertical tubes across which cooling air is blown. Some of the coarser dust particles are collected in the cooler hopper.
Product Details:
Minimum Order Quantity | 1 Unit |
Airflow (m3/h or CFM) | More Than 300000 m3/hr |
Type of Dust Collector | Cyclone Dust Collector |
Cyclone Type | Twin |
Material | Mild Steel |
Dust Collector Type | Single Stage |
Voltage | 415 V |
Frequency | 50 Hz |
I Deal In | New Only |
Dust Removal Efficiency (%) | 99 % |
Country of Origin | Made in India |
Additional Information:
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