Double Barrel Debris Catcher with Hydraulic Valves

Double Barrel Debris Catcher with Hydraulic Valves

Double Barrel Debris Catcher with hydraulic and manual gate valves allow the oilfield service to conduct flowback and well clean-up works continuous without work interruption due to the maintenance of debris catcher. Barrels of debris catcher ensures separation of trash coming from formation after the hydraulic fracturing, hydraulic slab gate valves ensure remote flow control, while manual gate valves provide additional means of flow control in case of unavailability of hydraulic power. 


Rein supplies single- and double-barrel reliable debris catcher manifolds with hydraulic and/or manual slab gate valves. Manifold is designed with deep consideration to ease transportation and operation of manifolds. Rein also supplies control panels to control and monitor hydraulic slab gate valves. 


1591166665(1).png


Pressure rating of Single Barrel Debris Catcher


MPa

35

70

105

psi

5000

10000

15000


Sizing of Single Barrel Debris Catcher


Inlet Connection

2” Fig.1502, 3” Fig.1502,

API Flange 3.1/16”-10K/15K,  

API Flange 4.1/16”-10K/15K,  

API Flange 5.1/8”-5K,  

Outlet Connection

2” Fig.1502,

3” Fig.1502,

API Flange 3.1/16”-10K/15K,  

API Flange 4.1/16”-10K/15K,  

API Flange 5.1/8”-5K,  


Catcher Barrel Sizing 


In.

3

4

5

6

7


Code & Standards 


API 6A

NACE MR-0175

ISO 15156-1, -2

ASME B31.3

PED 97/23/EC



Standards

API 6A  

Environment temperature

from -60°С to +40°С

Working temperature

LU (51/-46 ~ 250/121)

Material Grades

AA, BB, CC, DD, EE, FF, HH, FF

Specification level

PSL1 - PSL4

Performance level

PR1, PR2


Material Class

Min. Material Requirements

Outer parts

Internals

AA

Carbon or Low Alloy Steel

Carbon or Low Alloy Steel

BB

Carbon or Low Alloy Steel

Stainless Steel

CC

Stainless Steel

Stainless Steel

DD

Carbon or Low Alloy Steel

Carbon or Low Alloy Steel

EE

Carbon or Low Alloy Steel

Stainless Steel

FF

Stainless Steel

Stainless Steel

HH

Corrosion Resistant Alloy

Corrosion Resistant Alloy

ZZ

Determined by User

Determined by User 


Note: Classes from DD shall be NACE MR0175/ISO 15156 compliant 


API Classification

Operating Temperature

Min (°C)

Max (°C)

Min (°C)

Max (°C)

K

-60

82

-75

180

L

-46

82

-50

180

N

-46

60

-50

140

P

-29

82

-20

180

S

-18

60

0

140

T

-18

82

0

180

U

-18

121

0

250

V

2

121

35

250

X

-18

180

0

350

Y

-18

345

0

650



If you require any further information,feel free to contact us

We would be glad to provide you immediate technical assistance and cost-effective proposal!

CONTACT BY PHONE

Quick Contact Form


If you have question or inquiry, you may contact us by filling the form below. We will provide you response within 24 hours.

- must be filled