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Hello! We are a professional manufacturer of beverage equipment, specializing in providing equipment for small and medium-sized beverage manufacturers, or just starting out beverage factories, the price will be considered for you, the following provides you with some factory answers, I hope it can help you, contact the information.
Small and medium-sized beverage enterprise factory establishment plan: for small and medium-sized beverage enterprises.
1.Set up a pure water plant. The minimum required funds are more than 10,000 yuan (excluding plant civil engineering).
Required hardware; The plant is more than 100 square meters. + Reverse osmosis water purifier+ Automatic barrel washing and filling machine + Air purification workshop + Quality laboratory + Auxiliary site, equipment + More than 6 people.
Required software; Product inspection report, health license, production license, QS certification, personnel health certificate. Business License, Tax Registration
2.Do one"Freshly made and sold"The minimum capital of the pure water ** station (store) is about 50,000.
Required hardware; 20 square façade + small reverse osmosis water purifier + semi-automatic bucket washer + **water ordering service + 2-3 people.
Required software; Health Permit, Personnel Health Certificate, Individual Business License.
The specific choice of which one to choose depends on your actual situation.
If you need more information, we can contact. See below for contact details!
The company specializes in providing the following complete sets of equipment:
1. Medium and small mineral water, pure water canning production line 2000-30000 bottles.
2. Juice and tea beverage hot filling production line 2000-30000 bottles.
3. When the carbonated beverage isobaric filling produces 2000-30000 bottles.
4. Soy sauce, vinegar and edible oil filling production line 2000-6000 bottles.
5. 3. 5 gallon barreled drinking water production line 60-1500 barrels.
6. 1 gallon bottled drinking water production line 600-5000 bottles.
7. Soybean milk, peanut milk and other protein beverages complete sets of dust and line 0 5-4t.
8. When the complete set of compound fruit and vegetable juice and powder processing equipment is 1-10t.
9. Special packaging production line for edible oil.
10. Complete sets of equipment for beverage processing and pre-treatment.
11. When the complete set of water treatment equipment (mineral water, pure water, food process water) is 2-20t.
To contact us, click on my username terry0605 to see the user profile section.
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Yes, aren't PP cotton cores and RO films all of them?
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Equipment introduction: including basic information such as the type, working principle, and scope of application of the device. 2.
Technical parameters: including the treatment capacity of the equipment, effluent quality, operating pressure, water consumption and other technical indicators. 3.
Equipment structure: including detailed description of the components, main parts, and materials of the equipment. 4.
Installation requirements: including the installation location, interface requirements, power requirements, etc. of the equipment. 5.
It includes basic information such as the type of equipment, the only limb, the working principle, and the scope of application. 2.Technical Parameters:
Including the treatment capacity of the equipment, effluent quality, operating pressure, water consumption and other technical indicators. 3.Equipment structure:
Including the components of the equipment, the main parts, the material and other detailed description. 4.Installation Requirements:
Package refers to the installation location, interface requirements, power requirements, etc. of the equipment. 5.Operation & Maintenance:
Including the success cases of the equipment in practical applications, user evaluation, etc.
These materials can help users understand the basic information, performance parameters and requirements of the use and maintenance of water purification equipment, so as to better select and use water purification equipment. Please select the relevant materials according to your specific needs and device type.
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Dissolve or decompose organic matter: In the raw water, industrial enterprises will discharge dirt, detergents, biodegradables and metabolites of microorganisms.
Dissolved non-burying machine salt: refers to the sodium, calcium, magnesium and other salts in the water, which is the positive ion content formed by dissolving in water.
Particulate matter: refers to the particulate matter in the raw water incoming water, which can be produced in many places, and it can be said to be ubiquitous.
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Summary. Hello, the food industry wastewater mainly comes from the processing of raw and auxiliary materials, additives and packaging materials in food processing, etc., the processing process will produce wastewater, which contains emulsions, organic matter, ammonia nitrogen and pigments, etc., according to environmental protection requirements, must be treated to meet the standard before discharge. Therefore, the wastewater generated in the production process needs to go through a series of treatments to ensure that the natural environment is not damaged.
To do so, follow the instructions below.
1. Biological treatment method; The first five processes are mainly used for pretreatment or primary treatment, and the last three processes are mainly used for advanced treatment;
2. Chemical treatment; Chemical treatment methods include neutralization method, coagulation method, electrolysis method, redox method, ion exchange method, membrane separation method, etc.;
3. Biological treatment method; The biological treatment process includes aerobic biological treatment process, anaerobic biological treatment process, stabilization pond process, land treatment process and a comprehensive biological treatment process formed by the combination of the above processes. According to the characteristics of high BOD and COD values of food industry wastewater, the widely used method at home and abroad is biological treatment method.
Finally, you can also invite relevant chemical experts to guide the treatment on site according to the actual situation of food wastewater, thank you.
How to deal with the filtered wastewater in the purified water plant?
Hello, the food industry wastewater mainly comes from the processing of raw and auxiliary materials, additives and packaging materials in food processing, etc., the processing process will produce wastewater, which contains emulsions, organic matter, ammonia nitrogen and pigments, etc., according to environmental protection requirements, must be treated up to the lead reputation standard before discharge. Therefore, the wastewater generated in the production process needs to go through a series of treatments to ensure that the natural environment is not damaged. The specific treatment method can be operated according to the following tips: 1. Biological treatment method; The first five processes are mainly used for pretreatment or primary treatment, and the last three processes are mainly used for advanced treatment. 2. Chemical treatment; Chemical treatment methods include neutralization method, coagulation method, electrolysis method, redox method, ion exchange method, membrane separation method, etc.; 3. Biological treatment method; The biological treatment process includes aerobic biological treatment process, anaerobic biological treatment process, stabilization pond process, land treatment process and a comprehensive biological treatment process formed by the combination of the above processes.
According to the characteristics of high BOD and COD values of food industry wastewater, the radical reform method widely used at home and abroad is the biological treatment method. Finally, you can also invite relevant chemical experts to guide the treatment on site according to the actual situation of food wastewater, thank you.
Is it unpolluted water that should be removed?
Hello, if there is no polluted water quality, it can be directly discharged into the Yutanqing river or stream after treatment, thank you. The premise is that the water quality of your lead service has been identified by the relevant authorities.
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The disadvantages are as follows:
1. Large amount of wastewater: the higher the filtration accuracy of the water purifier, the greater the relative wastewater rate, the RO membrane as the core component of the deep water purifier, its working process is actually a process of liquid concentration and quiet shrinkage, so the ratio of water purification and wastewater of the general water purifier may reach 1:3, and the amount of waste water is small and there is 1:
1。2. Inconvenient maintenance: the water purifier can be divided into two categories: gradual tightening and self-cleaning according to the pipeline, of which the internal gradual tightening type is a five-stage filtration path, and the dirt will be deposited inside the filter element, so it is necessary to balance the regular manual dismantling and washing to ensure the normal operation of the machine.
Personally, I think Dow is the best.
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Usually everyone drinks the most is mineral water, tap water is natural water processed by the water plant, after chlorination or purification treatment chlorinated disinfection for drinking water, without any treatment is called tap water or raw water, this kind of water is not drinkable. First from the formation of pure water and mineral water to compare, pure water is in line with the health standards of domestic water water water as raw materials, using a variety of processes, the heavy metals in the water, as well as other organic matter, bacteria and odorous substances are all removed, in order to eliminate the direct and potential harm to human health, and then in the form of barrels for sale, for people to drink. The formation of mineral water is more complicated, it is composed of groundwater through the flow of different rock layers, through a series of physical and chemical actions such as leaching, anion and cation exchange adsorption, biogeochemistry, etc., so that the trace and macro components in the rock enter the groundwater, enriched to a certain extent and form various different types of mineral water. >>>More
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