One-to-Many Transfer
One material inlet can be connected to multiple outlets through automatic valve switching. This allows a single source tank or process line to supply different destinations without installing a dedicated pipeline for each route.
What Is a Manifold System?
A manifold system is a centralized fluid distribution and transfer system that uses a network of pipelines and automatic valves to route different materials between multiple tanks, blending units, filling lines, and other process terminals. By replacing numerous dedicated transfer lines with a flexible matrix-style piping arrangement, an automatic manifold system simplifies plant piping, reduces space requirements, and enables efficient one-to-many, many-to-one, and many-to-many material transfer.
BJVP designs and manufactures customized manifold systems for lubricating oil blending plants (LOBP), chemical plants, paints and coatings, and other fluid processing industries. The system can also be integrated with a pigging system to reduce pipeline residue, product loss, and cross-contamination.
How Does a Manifold System Work?
An automatic manifold system controls multiple process valves to establish the required material flow path. According to the production process, the system automatically connects the selected inlet and outlet lines while isolating other flow paths.
Flexible Material Routing
Flexible connection and switching of multiple process lines for efficient material transfer.
Many-to-One Transfer
Multiple material sources can be routed to a single destination, such as a blending tank, filling line, or other process unit. The required flow path can be selected automatically according to the production sequence.
Many-to-Many Transfer
Multiple inlet and outlet lines can be configured to operate through the same manifold matrix. This provides greater flexibility for complex production processes and multi-product manufacturing.
Automatic Valve Switching
The control system automatically switches process valves to establish the required material route. This reduces manual operation and helps prevent incorrect connections between different material streams.
Simultaneous Operations
Depending on the matrix configuration and process requirements, multiple inlet and outlet lines can operate simultaneously. This improves equipment utilization and supports continuous multi-product production.
Flexible System Configuration
The manifold system can be customized based on the number of tanks, process lines, materials, flow rates, and production requirements, enabling efficient material transfer, flexible routing, and reliable process control.
How Does a Manifold System Reduce Pipeline Requirements?
Traditional fluid transfer systems often require separate pipelines for different materials and destinations. As the number of tanks and process units increases, the piping layout can become increasingly complex, resulting in higher construction costs and greater use of plant space.
A matrix-style manifold system consolidates multiple material transfer routes into a centralized piping and valve network. Instead of installing a dedicated line for every transfer route, different flow paths can be established through automatic valve switching.
This approach can significantly reduce the number of dedicated pipelines, simplify plant layout, and reduce the space occupied by transfer piping. It also provides a more flexible infrastructure for future production expansion and process changes, making the manifold an important part of fluid distribution and material handling systems.
Pigging Manifold System
An advanced manifold system can be designed with automated pipeline purging or an integrated pigging system to further reduce residual material after product transfer.
After material transfer is completed, the selected pipeline can be isolated and purged using compressed air or another suitable medium. Residual material can be returned to the source tank or transferred to a designated receiving point, depending on the process configuration.
For applications requiring higher product recovery and contamination control, the manifold can be integrated with pig launching and receiving stations. A cleaning pig travels through the shared pipeline and pushes residual material toward the designated recovery point.
This combination of automatic manifold routing and pigging technology helps reduce product residue, product loss, and cross-contamination while allowing multiple tanks or process units to share common transfer pipelines.
Why Choose VP Manifold System?
Founded in 1996, BJVP designs and manufactures customized manifold systems for fluid transfer, material distribution, and process control. Our systems are tailored to product characteristics, pipeline configuration, production capacity, and process requirements, with automatic valves, centralized control, and pigging integration.
BJVP operates a 27,000-square-meter factory with manufacturing and testing facilities. All equipment is tested and inspected before delivery and manufactured to ISO 9001, ISO 14001, ISO 45001, and CE requirements.
We provide turnkey services from process design to manufacturing, testing, commissioning, and after-sales support. Our manifold systems integrate with PLC, DCS, MES, and other automation systems for new plants, upgrades, retrofits, and expansions.
With extensive fluid handling experience, we serve lubricants, petrochemicals, paints and coatings, food and beverage, and new energy industries, with customers including Wanhua Chemical, PPG, BASF, DSM, Evonik, Arkema, CNPC, Sinopec, CNOOC, Shell, BP Castrol, Chevron, and FUCHS.
Our Manifold System Services
Integrated engineering services covering process design, system development, manufacturing, commissioning support, and long-term technical service
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Process Design
Develop material flow schemes, pipeline configurations, valve arrangements, and operating sequences based on product and process requirements.
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Technical Development
Design customized manifold matrices, automatic valve groups, control logic, and interfaces with PLC, DCS, MES, or other plant automation systems.
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Equipment Manufacturing
Manufacture, assemble, and test manifold piping, valve assemblies, control components, and related equipment to support reliable project delivery.
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Installation & After-Sales Support
Provide installation guidance, commissioning support, troubleshooting, spare parts, and system optimization for stable long-term operation.
Manifold System FAQs
Common questions about manifold systems, material routing, and pigging
What Are the Main Functions of a Manifold System?
A manifold system provides flexible material routing, including one-to-many, many-to-one, and many-to-many transfer. It can reduce the number of dedicated pipelines, simplify plant layout, improve operational flexibility, and support centralized process control.
Yes. With an appropriately designed manifold and valve configuration, multiple tanks can share common transfer pipelines. When combined with pigging technology, the shared pipeline can also be cleaned and residual product can be recovered after material transfer.
Can a Manifold System Prevent Cross-Contamination?
A properly designed manifold system can significantly reduce the risk of cross-contamination by controlling material routes and isolating unused flow paths. For applications with strict contamination-control requirements, automatic pipeline purging or pigging can further reduce residual material. Absolute zero contamination cannot be guaranteed and depends on pipeline design, valves, connections, operating conditions, and product characteristics.
What Is the Difference Between a Manifold and a Pigging System?
A manifold system primarily controls and distributes material flow between different process destinations, while a pigging system uses a pig to remove residual material from inside a pipeline. The two systems can be integrated to provide flexible material routing together with product recovery, pipeline cleaning, and contamination control.
Where Are Automatic Manifold Systems Used?
Automatic manifold systems are widely used in Lube Oil Blending Plants (LOBP), chemical plants, paints and coatings, additives, food and beverage, and other fluid processing applications where multiple materials need to be transferred between tanks, blending units, filling lines, and other process terminals.
Get in Touch
Contact us to discuss your project requirements and find suitable manifold, pigging, and fluid handling solutions.