Kill Manifold

Kill Manifold

A Kill Manifold is a critical well control system designed to circulate drilling fluids into a well under controlled pressure during well control operations. It enables operators to safely pump kill mud into the wellbore to suppress formation pressure and regain control of the well after a kick or blowout event. Kill manifolds are an essential component of Blowout Preventer (BOP) systems and are widely used in drilling, completion, workover, and well intervention operations.

Our Kill Manifolds are available for sale and lease, providing dependable pressure control solutions for both onshore and offshore oil and gas operations.

Applications

Well control operations

Blowout Preventer (BOP) systems

Managed Pressure Drilling (MPD)

Well kill operations

Drilling and completion projects

Well intervention services

Workover operations

Offshore drilling platforms

Land drilling rigs

High-pressure well control systems

Technical Features

Manufactured from high-strength forged alloy steel.

Designed in accordance with API 16C and API 6A standards.

High-pressure gate valves with positive sealing.

Available with manual or hydraulic valve operation.

Corrosion-resistant coating for harsh environments.

Suitable for sweet and sour service applications.

Heavy-duty skid-mounted construction for easy transportation.

Precision-machined flanged and hammer union connections.

Pressure-tested and certified before delivery.

Compatible with standard BOP stacks and choke manifolds.

Available Types

Manual Kill Manifold

Hydraulic Kill Manifold

Skid-Mounted Kill Manifold

Trailer-Mounted Kill Manifold

Offshore Kill Manifold

High-Pressure Kill Manifold

Custom-Engineered Kill Manifold

Typical Specifications

Parameter Specification

Working Pressure 2,000 psi – 20,000 psi

Bore Size 2 1/16" – 7 1/16"

Valve Type API Gate Valves

Connection Type API Flanged, Hammer Union, Hub

Material Forged Alloy Steel

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

Temperature Class L, P, R, S, T, U, V, X, Y

Product Specification Level (PSL) PSL 1 – PSL 4

Performance Requirement PR1, PR2

Standard API 16C, API 6A, NACE MR0175/ISO 15156

Key Benefits

Provides safe and effective well kill operations.

Maintains well control during drilling emergencies.

Withstands high-pressure and high-temperature (HPHT) conditions.

Reduces the risk of blowouts and equipment damage.

Durable construction for extended service life.

Quick installation and easy operation.

Suitable for both onshore and offshore applications.

Minimises non-productive time (NPT).

Compatible with a wide range of well control equipment.

Ensures reliable performance in demanding drilling environments.

Industries Served

Oil & Gas Exploration

Offshore Drilling

Onshore Drilling

Well Control Services

Well Completion

Well Intervention

Drilling Contractors

Energy Service Companies

Geothermal Drilling

National Oil Companies (NOCs)

Kill Manifold Sales and Lease

We supply new and refurbished Kill Manifolds from leading global manufacturers for both sale and short- or long-term lease. Every manifold undergoes comprehensive inspection, hydrostatic pressure testing, non-destructive testing (NDT), and dimensional verification to ensure compliance with API standards before deployment.

Our Sales & Leasing Services Include

New and refurbished Kill Manifolds.

Daily, weekly, monthly, and project-based rental options.

API-certified inspection, testing, and recertification.

Preventive maintenance and refurbishment services.

Technical consultation for equipment selection.

Spare parts and field service support.

Fast mobilisation for offshore and onshore projects.

Worldwide logistics and delivery.

Complete documentation, inspection reports, and pressure test certificates.

Our Kill Manifolds are engineered to provide dependable pressure control, operational safety, and long-term reliability in the most demanding drilling environments. Whether used during drilling, workover, or well intervention operations, our systems help operators maintain well integrity, enhance safety, and ensure efficient well control throughout every phase of the project.