1. The full tonnage price range of Beijing well water exclusive industrial RO reverse osmosis equipment and groundwater desalination equipment
Small-scale well water desalination equipment (water production 1-5 tons/hour): suitable for the small-volume water needs of small processing plants, suburban b&bs, and micro-factories. The market price range of the basic standard model is 30.000-120.000 yuan. The equipment occupies a compact area and is easy to install and debug. After commissioning, it can quickly produce pure water up to standard standards.
Medium-sized industrial pure water equipment (water production 5-20 tons/hour): suitable for small and medium-sized manufacturing plants, internal laboratories, and centralized water supply scenarios in factories. The market price range of fully configured models is 120.000-280.000 yuan, which can support continuous and stable water production and meet the demand for water for production during the whole period.
Well water filtration equipment
Large-scale industrial RO reverse osmosis equipment (water production of more than 20 tons/hour): for large-scale production enterprises and batch centralized water use scenarios in contiguous industrial parks, exclusive customized high-configuration desalination units, the market price range is 280.000-800.000 yuan, the system redundancy design is sufficient, can support 24 hours of uninterrupted and stable operation.
All quotations for Xi'an DIEN water treatment are open and transparent throughout the process, without any invisible consumption, and are completely based on the actual well water quality test report provided by the user and the hourly water tonnage requirements, and an accurate and exclusive quotation plan is issued one-on-one.
2. The core determinants of the final quotation of groundwater desalination and pure water equipment
Adaptation cost of raw water quality: The salt content and ferromanganese ion content of well water in some areas of Beijing are significantly high, and the conventional pretreatment process cannot be directly adapted. Additional automatic softening units and special treatment devices for ferromanganese removal are required, and the front-end pretreatment link is upgraded in a targeted manner. The upgrade of this part of the adaptation configuration will cause the overall equipment price to rise slightly.
Core accessory selection level: The reverse osmosis membrane element adopts imported special anti-pollution membrane, which has the operating stability of the equipment and the service life of the membrane element compared with the selection of ordinary domestic membrane components (Click to learn: How long is the service life of the reverse osmosis membrane?) There has been a significant improvement, and there is also a reasonable price difference in the corresponding procurement cost, which will eventually be reflected in the overall equipment quotation.
Automation configuration level: Models equipped with automatic intelligent start and stop, real-time online monitoring of water quality parameters, and regular automatic flushing of membrane components, compared with basic manual operation models, the labor operation and maintenance cost of long-term operation is greatly reduced, and the use of the whole life cycle is more cost-effective, and the overall quotation of the equipment will be correspondingly improved.
The durability level of the fuselage material: The whole machine frame and internal water pipelines are all made of food-grade 304 stainless steel anticorrosive materials. Compared with ordinary carbon steel and UPVC equipment, it is more suitable for the complex working conditions of long-term groundwater immersion. The overall durability of the equipment is greatly improved, the service life is longer, and the corresponding procurement costs will be higher.
Reverse osmosis equipment
3. Customized project cases, landing solutions and actual use feedback from real customers in Beijing
Landing project: Well water desalination and pure water upgrade project of a machinery processing plant in Tongzhou, Beijing
The factory has always used underground well water as the core water source in the production process. The high salt content and serious scale precipitation problems of the untreated well water directly lead to frequent fouling and clogging of the water pipelines of the production equipment, which affects the final accuracy of machining. Operation and maintenance personnel need to frequently stop and disassemble and clean the equipment, which consumes a lot of manpower and material resources, and the production rhythm is seriously disrupted.After several rounds of comparison of the cases and process capabilities of a number of water treatment equipment manufacturers, the company finally selected Xi'an Dean Water treatment to customize its exclusive well water desalination solution.
Our technical team combined with the full test report of well water quality provided by the customer, as well as the production water demand of 10 tons per hour, tailored 10 tons/hour two-stage RO reverse osmosis groundwater desalination pure water equipment for it.The complete set of equipment is equipped with a fully automatic multi-stage pretreatment system to specifically solve the core pain points of high hardness and high salt content of local well water in Beijing. It is equipped with special anti-pollution reverse osmosis membrane components. The whole machine is made of fully anticorrosive stainless steel and supports 24-hour continuous and uninterrupted water production. The resistivity and salt content of the final effluent are two core indicators, all of which meet the strict standards for industrial production of pure water.
This set of customized RO reverse osmosis equipment has been officially put into use for more than a year. The whole process is in stable operation, the equipment failure rate is extremely low, and the desalination effect of well water depth is very significant. It eliminates the old problem of fouling and clogging of production pipelines from the root cause, directly improves the production efficiency of machining, and greatly reduces the labor cost of regular equipment cleaning and long-term operation and maintenance investment.
