SUPPORT CATALYST MEDIA WITH
ROBUST, POWERFUL SCREENS.

Catalyst support grids are flat screens that are used to support catalyst media. At PIPAMAS, we can manufacture support grids in the material, size, shape and to the exact specification your situation requires. We can also create support grids as a single form, or multiple-piece installation.

Precisely welded for maximum strength and longevity, you can expect a PIPAMAS catalyst support grid to resist buckling and collapse. Best of all, because it is a continuous slot screen, you won’t need to use an intermediate layer of inert media. Plus, the design resists plugging and offers easy maintenance.

Type Of Separation : Solids from Liquids/Gas

Filter Type                  : Wedge Wire Screen

Processing                  : Catalyst

Implementation       : 

1. Palm (POM, OLEO, BIODIESEL & REFINARY)

2. Petrochemicals (Fertilizer, Chemicals process etc)

3. Plastic & Polymers

CONSTANT FLOW RATES.
LESS MAINTENANCE.

Centerpipes from PIPAMAS are ideal for use in radial flow systems where high volume flow with minimal pressure drop is desired. When used in a downflow system, the process flow moves through the outer basket, across the media and is collected in the center screen. In upflow systems the flow is reversed.

Our continuous slot design resists plugging to provide reliable media retention with less maintenance. Precision welded for superior strength and long-lasting durability, our centerpipes offer years of efficient and consistent flow rates. PIPAMAS can manufacture centerpipes to suit your application in a wide variety of materials and sizes.

Type Of Separation : Solids from Liquids

Filter Type                  : Wedge Wire Screen

Processing                  : Reactor

Implementation       : 

1. Palm (POM, OLEO, BIODIESEL & REFINARY)

2. Petrochemicals (Fertilizer, Chemicals process etc)

3. Plastic & Polymers

DIRECTING THE FLOW WHERE IT NEEDS TO GO.
HEADER LATERALS FROM PIPAMAS.

Header laterals by PIPAMAS promote even distribution while also avoiding flow/pressure concentrations. Each header lateral consists of a series of screen laterals connected to a central header to provide uniform flow within a vessel containing treatment media. Header laterals can be used to either distribute inflow or collect flow, depending on their location within a vessel.

We build header laterals to your specifications for material (stainless steel options or alloys), wire and rod size, and open area to accommodate your media retention and flow-rate requirements. We also drill the proper size and number of holes for backwash systems.

No matter the final design, you can count on a header or hub lateral that will require minimal maintenance and provide exceptional durability.

Type Of Separation : Solids from Liquids

Filter Type                  : Wedge Wire Screen

Processing                  : Condensate Water

Implementation       : 

1. Palm (POM, OLEO, BIODIESEL & REFINARY)

2. Petrochemicals (Fertilizer, Chemicals process etc)

3. Plastic & Polymers

NON-PLUGGING, SO THEY NEVER DISAPPOINT.
HUB LATERALS FROM PIPAMAS.

Hub laterals by PIPAMAS promote even distribution while also avoiding flow/pressure concentrations. The non-plugging spider hub style design is ideal for accommodating disc head vessels.

Made to your specification for size, open area and material, you can expect easy maintenance and exceptional long-term durability.

No matter the final design, you can count on the performance of our hub or header lateral from PIPAMAS.

Type Of Separation : Solids from Liquids

Filter Type                  : Wedge Wire Screen

Processing                  : Condensate Water

Implementation       : 

1. Palm (POM, OLEO, BIODIESEL & REFINARY)

2. Petrochemicals (Fertilizer, Chemicals process etc)

3. Plastic & Polymers

MEET YOUR NEW RETENTION STRATEGY.
PIPAMAS NOZZLES.

Nozzles are an ideal solution for applications with heavy amounts of media whose weight could compromise the integrity of unsupported screens. That’s because nozzles are affixed to durable steel plates that can withstand great loads without damage. Using the nozzle method gives you the reliability you want with the flow rate you require.

PIPAMAS manufactures nozzles using a variety of materials to ensure long life and reliable performance. The non-plugging, continuous slot design makes PIPAMAS nozzles ideal for applications that involve the retention of sand, activated carbon, ion exchange resin and more. They withhold the media while allowing the treated liquid to pass through.

If needed, PIPAMAS can also custom manufacture nozzles to your exact specifications, including assembled nozzle.

Type Of Separation : Solids from Liquids

Filter Type                  : Wedge Wire Screen

Processing                  : Ion Exchange Resin

Implementation       : 

1. Palm (POM, OLEO, BIODIESEL & REFINARY)

2. Petrochemicals (Fertilizer, Chemicals process etc)

3. Plastic & Polymers

SOLID MEDIA RETENTION
FOR RADIAL FLOW SYSTEMS.

PIPAMAS outer baskets deliver long-lasting, dependable media retention and high volume flow in radial flow systems. With a vertically oriented continuous slot design, PIPAMAS outer baskets allow catalyst media to slide up and down against the screen without chafing or plugging. Precision welded for superior strength and long-lasting durability, our outer baskets offer years of efficient and consistent flow rates.

Whatever your application, PIPAMAS can manufacture outer baskets in a wide variety of materials and sizes. Use in combination with PIPAMAS centerpipes for the highest level of efficiency in catalytic refining processes.

Type Of Separation : Solids from Liquids

Filter Type                  : Wedge Wire Screen

Processing                  : Catalyst

Implementation       : 

1. Palm (POM, OLEO, BIODIESEL & REFINARY)

2. Petrochemicals (Fertilizer, Chemicals process etc)

3. Plastic & Polymers

IMPROVE OVERALL PROCESS FLOW AND
EFFICIENCIES WITH RADIAL FLOW SCREENS.

Complex processing calls for superior reactor internal screens. Radial flow screens from PIPAMAS provide advanced performance and economic, efficient results for gas processing, biofuels, and refining and petrochemical operations.

Engineers and specialists at PIPAMAS have developed radial flow screens with tight tolerances that bring you the highest rate of production.

Type Of Separation : Solids from Liquids

Filter Type                  : Wedge Wire Screen

Processing                  : Reactor

Implementation       : 

1. Palm (POM, OLEO, BIODIESEL & REFINARY)

2. Petrochemicals (Fertilizer, Chemicals process etc)

3. Plastic & Polymers

REMOVE SCALE WITHOUT THE HEADACHES.

In downflow processes, metallic contaminants known as scale can be a costly nuisance. With a tendency to quickly clog the surface of catalyst beds in reactor vessels, scale buildup hampers flow rates and shortens bed life. Scale traps from PIPAMAS prevent these issues by effectively increasing the surface area of the bed to diffuse the scale over a larger surface area. Positioning scale traps in an array in the upper part of the catalyst bed can increase the effective bed area by up to 400 percent, effectively trapping most contaminants and improving flow rates.

PIPAMAS scale traps are precision welded for superior strength and long-lasting durability. Whatever your application, we can manufacture scale traps to your precise specifications, including a wide range of materials and sizes.

Type Of Separation : Solids from Liquids

Filter Type                  : Wedge Wire Screen

Processing                  : Catalyst Reactor

Implementation       : 

1. Palm (POM, OLEO, BIODIESEL & REFINARY)

2. Petrochemicals (Fertilizer, Chemicals process etc)

3. Plastic & Polymers

SUPERIOR STRENGTH AND PERFORMANCE.

PIPAMAS scallops are an effective alternative to a single outer basket in many radial flow systems. Particularly useful in tall vessels, PIPAMAS scallops are precision welded to provide maximum strength and prevent buckling under even the heaviest load.

With a larger open area, PIPAMAS scallops offer a more consistent and efficient inlet flow for greater overall system performance. A narrow, continuous slot design and v-shaped wires make these scallops largely plug-resistant – significantly reducing maintenance costs. If plugging does occur, PIPAMAS scallops are incredibly easy to clean with a simple wire brush.

Whatever your application, PIPAMAS can manufacture scallops to your precise specifications, including a wide range of materials and sizes. Speed installation and reduce maintenance costs with scallops from PIPAMAS.

Type Of Separation : Solids from Liquids

Filter Type                  : Wedge Wire Screen

Processing                  : Reactor

Implementation       : 

1. Palm (POM, OLEO, BIODIESEL & REFINARY)

2. Petrochemicals (Fertilizer, Chemicals process etc)

3. Plastic & Polymers

PREVENT COSTLY MEDIA MIGRATION
WITH PIPAMAS OUTLET BASKETS.

In down flow processes, outlet baskets are used for direct media retention and to prevent expensive catalyst from migrating out of the vessel. In axial flow processes, inlet baskets are used at the top of the vessel to serve as a distributor where filtration is required from the inside to the outside.

PIPAMAS outlet baskets feature a smooth flat surface that reduces catalyst sanding. The continuous slot design resists plugging and provides a higher total open area than standard wire mesh and perforated plate. Slot widths are customized to provide superior process efficiency and retain specific media size, eliminating the need for transition layers of inert balls.

Each basket is precision welded for superior strength. This ensures that PIPAMAS baskets resist collapse under even the heaviest loads, pressure drop and extreme temperatures. Manufactured in a wide variety of materials to suit your application needs, PIPAMAS engineers can assist with design or retrofit existing assemblies.

Type Of Separation : Solids from Liquids

Filter Type                  : Wedge Wire Screen

Processing                  : Catalyst

Implementation       : 

1. Palm (POM, OLEO, BIODIESEL & REFINARY)

2. Petrochemicals (Fertilizer, Chemicals process etc)

3. Plastic & Polymers