In this era of pursuing both health and environmental protection, schools, as the cradle for cultivating future pillars, make drinking water safety and quality particularly important. In order to further standardize the campus drinking water environment, the Ministry of Education issued the industry standard "Technical Requirements and Equipment Specifications for Membrane Treatment Drinking Water Equipment in Primary and Secondary Schools" (JY/T 0593-2019) as early as 2019 and officially implemented it. In Article 5.2 of the specification "Technical Requirements for Water Treatment Devices", it is emphasized that ultrafiltration filtration should be used for membrane treatment of drinking water equipment, and reverse osmosis technology can only be considered in areas with high safety risks to the original water source. This is because the reverse osmosis filtration method filters all harmful substances and mineral trace elements needed by the human body, and long-term consumption can lead to nutritional imbalance.
With the increasing awareness of health and the popularization of environmental protection concepts, more and more schools are choosing ceramic membrane direct water dispensers as daily drinking water equipment for teachers and students. Tianjian Water's ceramic membrane direct drinking water dispenser has now entered the campus, safeguarding the daily drinking water safety of teachers and students.
In some schools in Shaoxing City, Zhejiang Province, Tianjian Water's ceramic membrane direct drinking water dispenser is quietly changing the drinking habits of all teachers and students. Since the introduction of advanced equipment from Tianjian Water, the drinking water environment in schools has been effectively improved.
Tianjian Water's ceramic membrane direct drinking water dispenser, with its unique ceramic membrane core technology, has built a solid defense line for drinking water safety in schools. Ceramic membrane filter can efficiently filter out bacteria, viruses, and various small impurities in water, while retaining beneficial minerals for the human body, ensuring that every drop of water is pure and nutritious.
Students can easily press the button during break time to enjoy sweet and refreshing drinking water, which not only quenches their thirst but also nourishes their body and mind. Parents and teachers have praised this. This change greatly improves the quality of drinking water for teachers and students, reduces the environmental pollution caused by the use of bottled water in the past, and adds a green and environmentally friendly atmosphere to the campus.
Why do schools choose direct water dispensers?
In traditional drinking methods, bottled water or water boilers suffer from secondary water pollution and low heating efficiency. Direct drinking water dispensers, especially those equipped with advanced ceramic membrane filters, are directly connected to tap water and effectively remove harmful substances such as impurities, bacteria, viruses, etc. through a multi-stage filtration system, ensuring that every drop of water is pure and safe. This not only greatly improves the safety of drinking water, but also simplifies the drinking water process, reduces the demand for plastic bottled water, and helps the campus transition to green and low-carbon.
Meanwhile, the ceramic membrane direct drinking water dispenser, with its excellent filtration effect, convenient operating experience, and significant environmental benefits, fully meets the modern campus's demand for high-quality drinking water solutions. It is not only an upgrade of drinking water methods, but also a practical action that is responsible for the health of teachers and students and contributes to environmental protection.
Why are ceramic membrane water dispensers more suitable for school use than other water dispensers?
Compared to other types of direct drinking water dispensers (such as those using ultrafiltration membranes, RO reverse osmosis membranes, or UV sterilizers), Tianjian Water's ceramic membrane direct drinking water dispenser is more suitable for use in school environments in the following aspects:
Ceramic materials are sturdy and durable, capable of withstanding higher pressures and temperature changes. This means that ceramic membrane direct drinking water dispensers are more reliable in high flow use and long-term operation, reducing the frequency of maintenance and filter replacement, and adapting to the daily drinking water needs of a large number of people in schools.
Compared with RO reverse osmosis technology, although the filtration accuracy of ceramic membranes is not as precise as the former, it can better retain minerals in water, provide healthy drinking water that is both pure and rich in trace elements, and meet the nutritional balance required for students' growth and development.
Environmentally friendly materialsCeramics, as a natural material, do not contain chemicals that may affect water quality, making them more environmentally friendly and in line with the school's concept of green campus and sustainable development.
Ceramic membranes can handle different water quality conditions and work effectively even in areas with hard water or high impurities, adapting to different water quality conditions in the location of schools.
Although ceramic membranes require regular cleaning, the cleaning process is relatively simple and usually only requires backwashing to restore most of the filtration efficiency, which is beneficial for schools to maintain low-cost and efficient equipment.
Long service life
Tianjian Water's ceramic membrane filter can be used for 20 years without replacing the core, with low renewal costs, and is more suitable for use in public places with high traffic such as campuses.
Ceramic membrane direct drinking water dispenser has become an ideal choice for school direct drinking water solutions due to its comprehensive advantages in antibacterial, durability, mineral retention, environmental friendliness, adaptability, and convenient maintenance. It not only ensures drinking water safety and health, but also meets the actual operation and sustainable development goals of the school. With the continuous advancement of technology, direct water dispensers have become more intelligent and energy-efficient, and may become a standard configuration on campuses in the future, leading the new trend of drinking water methods.
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