There are different quotations for conductivity meter provided by Shanghai Boqu Instrument Co., Ltd.. Customers can get a quotation from us through email. It will contain the product model, size, product description, quantity, unit price, package fee, freight, insurance, and other information. The quotation is prepared mainly in English, and if the customers require one in a different language, please contact us to provide the template. Please keep our quotation in secret to protect our business, or we will retain the right to sue any behaviors damaging our interests.

Our well-equipped factory guarantees our made portable conductivity meter to be produced in a bulk production. Boqu Instrument focuses on providing a variety of conductivity sensor for customers. The design of BOQU water pressure sensor is the application of various disciplines. They include mathematics, kinematics, statics, dynamics, mechanical technology of metals and engineering drawing. With an IP65-rating shell, the product is dustproof and suitable for outdoor operation. People sais this product is really helpful in maintaining the taste of the food while at the same time, it will not eliminate the nutrient elements contained. It has advantages such as control output and strong data storage capabilities.

Boqu Instrument aims to provide users with end-to-end service quality assurance. Contact us!

All products in Shanghai Boqu Instrument Co., Ltd. meet the international standards. Since establishment, we have been focusing on the quality of chlorine meter. The product has already passed related qualifications and certificates and received much recognition from more customers.

Over the years, Boqu Instrument has been specializing in the R&D, design, and production of ph orp sensor. We have become one of the professional manufacturers. The sludge interface meter series has many styles to meet the diversified needs of customers. BOQU residual chlorine sensor has to go through diverse tests. These tests include fatigue resistance testing, dimensional stability testing, chemical resistance testing, and mechanical testing. With sorted menu and operation manner similar to PC, it can be conveniently and simply operated. Boqu Instrument strictly controls the components put into production to ensure that the performance meets the required standards. In addition, we have a finished product measurement and control system, which provides a strong guarantee for the high quality of laboratory bod meter.

To provide the superb portable ph/orp meter and service experiences for our users is Boqu Instrument's vision. Get quote!

Water is fundamental to maintain a virtuous cycle of the ecosystem. With the rapid development of my country's economy, people's living standards and economic strength have improved, and the emphasis on and strengthening of environmental protection work has been expected. It has become an urgent task to establish a sound sustainable development system for the wastewater treatment industry. Medical wastewater is one of the wastewater with large daily discharge volume and great potential pathogenic hazards. Medical wastewater contains a variety of germs, viruses and parasites. If this wastewater is discharged directly without treatment, its direct and potential hazards are obvious. Therefore, it is very necessary to treat medical wastewater. Targets of Medical Wastewater Control Pathogenic microorganisms in medical wastewater mainly include four types: pathogenic bacteria, enteroviruses, worm eggs and protozoa. Specifically, it includes Salmonella Shigella, Vibrio cholerae, pathogenic Escherichia coli, infectious hepatitis virus, poliovirus, Coxsackie virus, roundworm eggs, hookworm eggs, schistosome eggs, and amoeba. The total number of bacteria in most medical wastewater in my country reaches several million to tens of millions per milliliter, and the number of coliform bacteria per milliliter of waste water is mostly more than 200,000, and the detection rate of intestinal pathogenic bacteria reaches 30% to 100%. Hospitals discharge hundreds of tons of medical wastewater containing infectious pathogenic bacteria every day. If the wastewater is not treated in time, it will enter the wastewater treatment plant through municipal wastewater pipelines, resulting in a decline in the quality of the treated water and affecting people's health. And for the potential source of infection of these dangerous multiple diseases, only through waste water treatment, detect from waste water, just can be discovered and stopped. Prevention and treatment of medical wastewater pollution is the primary goal of medical wastewater control. Specifically, it is necessary to make the discharge of medical wastewater meet the standards stipulated by the state. Medical wastewater treatment method Chlorination treatment of hospital wastewater Chlorine, as a chemical agent for chlorination and disinfection, has been used in wastewater treatment since the 19th century and has a history of more than 100 years. Chlorination treatment is divided into sodium hypochlorite method, liquid lv method and chlorine dioxide method according to the difference of chloride addition. (1) Sodium hypochlorite method. Sodium hypochlorite is a common chemical reagent, which is convenient for transportation, storage and purchase. Sodium hypochlorite dissolves in water to produce hypochlorite ions, which can be used for disinfection and sterilization, but it is unstable, easy to decompose when exposed to light, and damp, and its disinfection ability is very weak. (2) Liquid lv method. Liquid lv can quickly produce hypochlorite ions in water. This method has been widely used in hospital sewage disinfection. The available chlorine content in liquid lv is 5-10 times higher than that of sodium hypochlorite solution, which has strong disinfection ability and low price. Since chlorine gas is a strong irritating and toxic gas, special storage equipment should be used for storage. (3) Chlorine dioxide method. Chlorine dioxide is a strong oxidizing agent that can kill bacteria, propagules, fungi and viruses. Relevant studies have shown that after chlorine dioxide is dissolved in water, 50%-7o% will be converted into hypochlorite ions and chlorite ions, which will damage red blood cells, interfere with the body's absorption of iodine, and increase blood cholesterol. . Therefore, the first two methods are generally used to treat hospital sewage at present. Ozone disinfection treatment of hospital wastewater Ozone disinfection is widely used in urban water supply and urban wastewater disinfection. Ozone disinfection overcomes the dangers of chlorine during transportation, storage and handling. Its disinfection contact time is short and can improve the quality of waste water. It is an excellent disinfectant. Ozone disinfection is also widely used in the food industry and pharmaceutical industry. Ozone is used in the disinfection of hospital wastewater, which can effectively kill coliform bacteria, polio and other viruses. Ozone disinfection is not affected by ammonia nitrogen content and pH value in wastewater. Ozone must also be produced on-site, and there are two types of preparations: air as the gas source and oxygen as the gas source to prepare ozone. According to the amount of ozone generated, its manufacturing cost is also different. Generally speaking, the price of ozone generator is relatively expensive. Since the current discharge of hospital wastewater is specified in the GBJ48-83 standard, no enteric pathogenic bacteria and Mycobacterium tuberculosis can be detected in the wastewater discharged by the hospital, and the total number of coliforms should not exceed 500 per liter. Or when chlorination is used for disinfection, the contact time and the residual chlorine content in the effluent of the contact pool are used as the standard. In addition, the price of ozone disinfection is more expensive than that of chlorination. Through the above content, online residual chlorine detector can be selected for medical wastewater monitoring. Compared with manual sampling, online residual chlorine monitoring is safer and more reliable.
For the study, researchers defined BOQU as strategies to foster some social good, including programs that benefit community engagement, diversity, the environment, human rights and employee relations.
You can always ask the experts for the most appropriate water quality monitoring device water analyzer for your specific needs. Find the best support, prices and other to water analyzer solutions at BOQU Water Quality Analyzer.
We began investing in our workforce and negotiated deals with major suppliers and providers to lower the cost of equipment so the technicians could enhance the competitiveness of water analyzer right away.

The quality of water is one of the most important concerns for industries worldwide, and it affects every aspect of our lives. Whether it is for consumption, irrigation, or industrial processes, water quality is critical for proper functioning and operation. However, it is not just the obvious industries like agriculture and manufacturing that rely on water quality analyzers. Utilizing these tools in unexpected ways can not only improve our daily lives but also create new opportunities for industries that were previously limited by their lack of access to this technology. In this article, we will explore the unexpected industries that can benefit from water quality analyzers and the ways in which they can transform the world around us.

1. Pools and Spas

Swimming pools and hot tubs are sanctuaries for those who love to soak, relax and play around in warm water. However, keeping these pools and spas clean and safe requires a careful balance of chemicals, including chlorine and pH levels. A water quality analyzer can help spa owners monitor and maintain water cleanliness to ensure it stays safe for swimming or soaking. The analyzer can provide accurate measurements of water chemistry, ensuring the water in the pool is safe to swim in, reducing the risk of disease and water-borne illnesses.

2. Breweries and Distilleries

Water is one of the most critical ingredients in the brewing and distilling process, with many people believing it to be the most important. Typically, most breweries and distilleries in the world rely on their local tap water, taking for granted that it will provide the perfect base for their production. However, the color, taste, and odor of water can vary depending on location and water source. A water quality analyzer can help breweries test their water for various minerals, impurities, and contaminants to ensure consistency and quality in their final product. By using a water quality analyzer, breweries and distilleries can enhance their product and compete with other industry quality brands.

3. Water Parks

Cleanliness is paramount when it comes to water parks. Children play, splash around, and ingest large amounts of water, making it crucial to maintain the highest possible level of hygiene and safety. Although park operators disinfect the water in their pools with chemicals like chlorine, they still need to keep track of the pH levels and chlorine concentration, which can fluctuate throughout the day. A water quality analyzer can monitor these parameters, alerting operators of any changes, allowing them to make real-time adjustments to ensure continued safety for all park visitors.

4. Aquariums

Aquariums are a critical part of the tourism industry, with millions of people visiting them every year worldwide. However, the main challenge in maintaining a successful aquarium is maintaining the aquatic life's health and overall environment in it. To achieve this, water quality parameters like alkalinity, chloramine, ammonia levels, and others must be carefully monitored and balanced to ensure the best environment for the fish. A water quality analyzer can provide accurate information on water contaminants and chemical balances to help aquarium owners maintain a safe environment for the fish and enhance visitors' experience.

5. Energy Generation

Water quality analyzers are also essential in the energy generation industry. In hydroelectric power plants, for instance, large amounts of water pressure move huge turbines that produce electricity, so any contamination or impurities in the water sources can affect the operation and efficiency of the turbines. Additionally, cooling towers can accumulate sediments or bacteria that can affect the efficiency of the cooling system and lead to corrosion problems. By using water quality analyzers, energy generation companies can ensure that their water operations are running smoothly and make real-time decisions to improve efficiency.

Conclusion

As we have seen, water quality analyzers are essential tools for many industries, both expected and unexpected. They can help identify and prevent water contamination, ensuring water is safe for consumption or use. By testing water quality parameters, industries can adjust their operations to reduce costs, improve product quality, and operate more efficiently, enhancing both profit and customer service. Although water quality analyzers may seem like a small tool, their influence is enormous when it comes to keeping us healthy and well-informed across unexpected industries.

A Comprehensive Guide to Industrial pH Meters: Everything You Need to Know

If you are working in the industrial sector and need to measure the acidity or alkalinity of a substance, then you need an industrial pH meter. In this comprehensive guide, we'll cover everything you need to know about industrial pH meters, from what they are, how they work, to how to choose the right meter for your needs.

What is an industrial pH meter?

An industrial pH meter is an electronic device that measures the hydrogen ion concentration in a liquid, indicating whether it is acidic, alkaline, or neutral. It typically consists of a sensor and an LCD screen that displays the pH value of the substance being measured. Industrial pH meters are used in a wide range of industries, including water treatment, food and beverage, pharmaceuticals, and more.

How does an industrial pH meter work?

Industrial pH meters generally use a glass electrode or a combination electrode to measure the pH of a substance. The electrode is submerged in the liquid being measured, and the electrical potential difference between the electrode and a reference solution is measured and converted into a pH value using a microprocessor. Some industrial pH meters may also include temperature compensation features to ensure accurate readings in varying temperatures.

What are the types of industrial pH meters?

There are generally two types of industrial pH meters: portable meters and benchtop meters. Portable meters are compact, lightweight, and typically battery-operated, making them ideal for on-site measurements. Benchtop meters, on the other hand, are larger, more accurate, and typically require a power source, making them better suited for laboratory use. There are also digital and analog models of pH meters, with digital meters being the most common in industrial settings.

How do I choose the right industrial pH meter for my needs?

Choosing the right industrial pH meter primarily depends on the specific requirements of your application. Here are some factors to consider when choosing an industrial pH meter:

- Measurement range: Make sure the pH meter you choose has a range that is suitable for measuring the pH of your substance.

- Accuracy: Look for a pH meter with a high level of accuracy, as this will ensure the most precise readings.

- Chemical compatibility: Ensure that the materials used in your pH meter are compatible with the substance you are measuring, as some substances may damage or react with certain materials.

- Easy calibration: Choose a pH meter that is easy to calibrate, as consistent calibration is necessary to ensure accurate readings.

- Additional features: Consider additional features like temperature compensation, automatic data logging, or manual saving of readings.

How do I calibrate an industrial pH meter?

Calibrating an industrial pH meter is necessary to ensure accurate readings. Here are the steps to calibrate an industrial pH meter:

1. Rinse the electrode with distilled water and dry it off with a soft cloth.

2. Dip the electrode into a pH 7 buffer solution and wait for the reading to stabilize.

3. Adjust the meter's calibration screw until the displayed pH value matches the expected pH value of the buffer solution.

4. Rinse the electrode with distilled water and dry it off with a soft cloth.

5. Repeat steps 2-4 with a pH 4 buffer solution.

6. If your meter has a third calibration point, repeat steps 2-4 with a pH 10 buffer solution.

In conclusion, industrial pH meters play a crucial role in measuring the acidity or alkalinity of substances in various industries. Choosing the right pH meter, understanding how it works, and knowing how to calibrate it can help ensure accurate results and consistent quality control.