In the industrial field, the stability and efficiency of water treatment systems directly affect production
safety and cost control. With the improvement of environmental protection requirements and
technological iteration, dual cyclone filters have become one of the core equipment for industrial water
treatment due to their unique design and high efficiency performance. Implementing such projects
through the EPC (Engineering General Contracting) model demonstrates significant advantages in
optimizing processes, controlling costs, and ensuring quality.
EPC mode
Control the entire process, reduce costs and increase efficiency
The EPC model is centered around the integrated service of "design procurement construction", which
integrates resources and collaborates with professional teams to achieve project lifecycle management.
The advantages of EPC mode are particularly prominent in the upgrading or construction projects of
dual cyclone filters:
Technical integration: From scheme design to equipment selection, the general contractor can customize
the optimal technical route based on on-site conditions to ensure filter performance and system compatibility.
Cost transparency: Unified procurement and construction management, reducing redundancy in intermediate
links and lowering hidden costs.
Controllable construction period: Collaborative operation throughout the entire process to avoid delays in
multiple links and ensure timely delivery of the project.
Double swirl filter
The 'cleaner' of industrial water treatment
The dual cyclone filter adopts cyclone separation technology to efficiently separate suspended particles,
sediment and other impurities in water through centrifugal force, and has the following characteristics:
Efficient purification
Strong processing capacity, meeting the requirements of large-scale industrial circulating water systems.
Low energy consumption operation
Structural design optimization, low backwash frequency, significant energy savings in long-term use.
Convenient maintenance
Modular component design, supporting quick replacement of filter media, cleaning of sludge, and reducing
maintenance difficulty.
Application scenarios
Steel plant turbid circulating water treatment, chemical plant circulating cooling system, municipal sewage
pretreatment, etc.
Practical case of EPC mode
A steel plant filter upgrade project
Taking a large steel enterprise as an example, its turbid circulating water system failed to meet the water
quality standards due to equipment aging, and it is urgent to upgrade 16 dual cyclone filters. Through the
implementation of EPC mode, the general contractor completes the following key tasks:
Technical optimization: Redesign the filter layer structure and use hydrophilic oleophobic fiber balls to
improve filtration performance.
Equipment update: Replace faulty electric valves (DN200/300 butterfly valves, DN150 ball valves) to ensure
stable matching of the control system.
Environmental compliance: Standardize the treatment of waste filter media and sludge throughout the
process to avoid the risk of secondary pollution.
Warranty commitment: After repair, the equipment is guaranteed for 12 months, with a 30% increase in
water efficiency and a 15% reduction in operating costs.
The core value of choosing EPC mode
01 Controllable risk
The general contractor assumes technical, quality, and schedule responsibilities, and the owner does not
need to coordinate multiple parties.
02 Long term returns
By implementing energy-saving design and efficient operation and maintenance solutions, we assist
enterprises in achieving their sustainable development goals.
03 Quick Response
Our professional team provides one-stop service from installation and debugging to after-sales support,
ensuring the stable operation of the system.
The upgrade of industrial water treatment systems is an essential requirement for environmental protection
and a key measure for enterprises to reduce costs and increase efficiency. By combining EPC mode with dual
cyclone filter technology, enterprises can quickly achieve system optimization and enhance their core
competitiveness. In the future, with the promotion of intelligent and green manufacturing, this model
will show its value in more fields.
