Office thousand employees pure water 2 Tons of/h Customer case

one: Customer needs and basic information

1. Problem description

Client company owns about 1000 staff, Long relied on barreled water as a source of drinking water, Resulting in high costs for the company. In order to save money, Material and human resources, The customer wants to introduce a drinking water equipment, And separate drinking points, To meet the daily drinking water needs of employees.

2. Application scenario

The application scenario is internal office and employee rest area, It mainly meets the daily drinking water needs of employees.

3. Raw water quality and quantity

• type: Municipal tap water

• Water quality test report: Customers are required to provide specific water quality testing reports, But in general, Municipal tap water has met the basic drinking standards.

• Water yield: Estimated based on the number of employees and daily water intake, The initial setting is to produce pure water per hour 1 Tons of (T/H) .

4. Water quality requirement

• Electric conductivity: The electrical conductivity of the initial preparation water is achieved 5US below, Meet high quality drinking water standards.

• Other standards: Conform to "Standard for drinking water" GB5749-2022 and "Water quality standard for drinking water" CJ94-2005 Relevant requirements of, Including but not limited to pH value, Total hardness, Soluble iron, manganese, Suspended matter, Total nitrogen, Ammonia nitrogen, Total phosphorus, Index of heavy metals.

5. Water requirement

• Daily peak water consumption: Take into account employee rush hours, And daily office and rest time drinking water needs, Pure water is produced per hour 1 Tons of, Ensure adequate water supply.

6. Device installation environment

• Access and distribution of water: Ensure that the construction site has sufficient access to water, Easy access and discharge of equipment.

• Power arrangement: Provide a stable power supply, Ensure the normal operation of the device.

• Size of the actual installation site: Based on device size and layout requirements, Reserve enough space for installation, And ensure good ventilation.

two: Design scope and principles

Design scope

This scheme covers the whole process from raw water pretreatment to finished water supply, Includes raw water collection, preconditioning, RO Reverse osmosis treatment, Ultraviolet sterilization, Water storage and water supply.

Design principle

1. security: Ensure that the treated water quality fully complies with the relevant national and industry standards, Ensure safe drinking water for employees.

2. High efficiency: Adopt advanced processing technology and equipment, Improve water production efficiency, Reduce energy consumption.

3. stability: Reasonable system design, Stable and reliable operation, Reduce failure rates and maintenance costs.

4. economy: Comprehensive consideration of equipment purchase, Install, Operating and maintenance costs, To provide customers with affordable solutions.

5. Environmental protection property: Focus on environmental protection and sustainable development, Reduce environmental impact.

three: Process flow

System introduction

This system adopts "Quartz sand filtration+Activated carbon filtration+RO Reverse osmosis+Ultraviolet sterilizer+Pure stainless steel water tank" Process flow of, Ensure water quality meets high standards.

System advantage

1. High efficiency filtration: Through quartz sand filter and activated carbon filter, Effectively remove large particles of impurities from water, Suspended matter, organics, This provides a good foundation for subsequent handling.

2. Deep purification: RO Reverse osmosis technology can deeply purify water, Remove dissolved salts from water, Heavy metal, bacteria, Viruses and other harmful substances, Ensure clean water.

3. Safe sterilization: Uv sterilizer effectively kills microorganisms in water, Ensure the water is safe and sterile.

4. Stable water supply: Stainless steel pure water tank material is excellent, Corrosion resistance, Water storage is safe and stable, Ensure a continuous and reliable water supply.

5. Intelligent management: The system can be configured with intelligent control and management system, Realize automatic monitoring, Alarm and maintenance, Reduce the cost of manual intervention.

6. Energy saving and environmental protection: The whole system adopts high efficiency and energy saving design scheme, Reduce energy consumption and carbon emissions, Meet the requirements of green development.

To sum up, The design solution not only meets the customer's demand for water quality and quantity, Economy is also fully considered, Safety and environmental protection, It is the ideal drinking water solution for customers.