
Terminal Operation
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Tank Storage
From monitoring oil inventory and operating terminals to custody transfer and financial reporting, Honeywell can help maximize results on users’ investments while reducing costs. Based on extensive experience in terminal inventory management, its products and systems help improve safety, reliability and efficiency of terminal operations.
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Radar Tank Gauging
Tank gauging is essential for the assessment of tank contents, tank inventory control and tank farm management. Honeywell Enraf’s portfolio of high-end radar and servo tank gauges help in accurate level gauging for refineries, tank terminals and petrochemical industries. Honeywell Enraf tank gauges are suitable for custody transfer as well as inventory control and are designed to be used in SIL-3 loops to prevent spillage
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Servo Tank Gauging
Tank gauging is essential for the assessment of tank contents, tank inventory control and tank farm management. Honeywell Enraf’s portfolio of high-end radar & servo tank gauges help in accurate level gauging for refineries, tank terminals and petrochemical industries. Honeywell Enraf tank gauges are suitable for custody transfer as well as inventory control and are designed to be used in SIL-2/SIL-3 loops to prevent spillage.
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Portable Gauging and Sampling Solutions for Land-based Applications
Honeywell Tanksystem’s HERMetic product line includes a full range of portable level gauging and sampling equipment dedicated to the petrochemical industry. The portable products permit static verification of the ullage and oil/water interface levels as well as temperature in a single measurement. The samplers help obtain a sample of the liquid content in the tank for further quality analysis in laboratories.
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Tank Temperature Measurement
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Displays and Indicators
It is essential to simplify and optimize operations of a tank farm to improve performance. Where it is crucial to monitor and supervise different process parameters such as temperature and tank pressure. Honeywell Enraf’s Displays & Indicators provide a clear view in different formats to help keep a close watch on tank status.
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Wireless Field Interface
Honeywell’s Enraf Wireless Field Interface (WFI) lets wired servo, radar, HIMS and HTG tank gauges connect to an ISA100 Wireless network. It enables terminals to go wireless cost effectively, safely and in compliance with regulations. Benefits include cost savings of 40-50% over wired tank gauges, and annual productivity gains of at least 10% through reduced inventory uncertainty, storage capacity optimization and improved workforce productivity
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Communication Interfaces
Tank farm operators rely heavily on their tank gauging and inventory monitoring systems. Honeywell’s new communication interface, CIU 888, ensures the availability of accurate and reliable tank measurement and calculated inventory data to drive safety and efficiency in every tank farm application.
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Tank Inventory Systems
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Safety and Security
Honeywell provides operational know-how and a wide portfolio of the latest technology to help run oil and gas terminals profitably, reliably and safely.
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Overfill Detection and Prevention
Safety standard IEC 61508 and ANSI/ISA S84.01 in the U.S., stipulate that safe operations should be achieved through a series of protection layers. Use our solutions to apply IEC 61508 and IEC 615111 to hydrocarbon storage sites. Also complying to API recommended practice 2350 is becoming increasingly critical to prevent overfills in tank farms.
Taking a holistic approach to industrial safety means comprehensive, integrated and scalable solutions for your terminal. Our integrated safety solutions unifies all the plant protection layers to achieve the highest Safety Integrity Level (SIL) and solutions compliant with all major international standards.
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Loading Automation
Scalable and versatile, Honeywell’s Enraf Fusion4 solutions portfolio brings intelligent features and powerful functionality to loading, blending and additive injection operations. It allows terminal operators to continuously control and monitor system performance.
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Loading Systems
Honeywell’s Loading Systems include the Fusion4 MSC-L multi stream controller for loading operations. It provides custody-transfer approved loading for up to 24 meter streams simultaneously in road loading, rail loading, marine loading and tank farm operations.
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Additive Injection Systems
Additive pump skids, fabricated from galvanized steel and supplied complete with pump and motor assemblies of various sizes, are for dye and additive injection applications.
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Blending Systems
Honeywell’s Fusion4 range of blending systems offer secure, precise blending capabilities for bio-fuel and petrochemical products. The blend controllers offer an intelligent solution that meets exacting custody transfer accuracy standards for both single and multiple stream blending applications. Fusion4 BioBlend permits the hazardous area control of up to four blend streams simultaneously, while Fusion4 MicroBlender allows control of a single blend stream.
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Securiterre
Designed to prevent static accumulation and discharge during tanker loading and off-loading, the Securiterre ensures correct bonding and grounding procedures before product transfer.
The Securiterre continuously monitors the static earth path and carries out a unique “tanker verification” when connected.
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Software Systems
Honeywell offers software to help users fully realize the capabilities of the Fusion4 family of additive, blending and loading controllers.
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Calibration and Verification
Honeywell’s Small Volume Provers enable accurate and traceable custody transfer and comply with all major international standards. Users benefit from increased calibration flexibility, faster and more efficient proving and significant cost savings.
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Small Volume Provers
Honeywell’s Small Volume Provers offer a variety of solutions for pipelines, refineries, ship loading and unloading facilities, chemical plant, loadrack, production platforms, storage and offloading units and aviation refueling meter proving.
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Terminal Operations Management
Honeywell’s Terminal Operations Management portfolio includes the MeterSuite metering solution for accurate oil and gas flow calculations and Terminal Manager that helps address the high complexity and regulatory challenges associated with bulk liquid terminals.
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Terminal Management System
Honeywell Terminal Manager is a state-of-the-art, web-based solution used for facilitating, monitoring and controlling the distribution of products in a bulk terminal. The application monitors and controls all critical processes to ensure smooth and safe terminal operation.
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Custody Transfer Management
Oil and gas producers and processors need to know accurately the amounts of product going into a pipeline, onto a truck, barge or ship. Many oil and gas producers, refiners and chemical processors have used disparate systems for such measurements. Integrated with Honeywell’s Experion® Process Knowledge System (PKS), MeterSuite™ offers the benefits of a centralized solution, including monitoring, management and reporting processes to supply accurate data to the whole operation.
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Valves
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Actuation
Actuation is a key component to ensure valves in the most critical applications operate when required, as required, and in industry-leading speed and response.
Our linear actuators are designed to drive control valves in the most demanding applications in power and oil and gas industries such as turbine bypass and anti-surge valves on LNG plants. Fast stroking, repeatability, and reliability are a must and our actuators are known for their superior performance.
IMI STI’s long experience and know-how have been used to develop a range of quarter-turn hydraulic and pneumatic actuators. They are designed for the most hostile environments suitable for all onshore and offshore applications for on-off and modulating control valves.
Advanced software and diagnostic capabilities ensure our actuators are tailored to your plant’s specific requirements.
Our expertise in the petrochemical sectors, especially FCC and turboexpanders means IMI Remosa design, manufacture, and program hydraulic power control units and actuators for valves in refining and petrochemical processes ensuring safety and responsiveness for efficient operation and reliability.-
Actuation Accessories
MI Critical Engineering designs and produces a wide range of actuation accessories to ensure superior performance and to satisfy the most demanding requirements in modulating, on/off, and heavy-duty service.
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Linear Actuator
Our pneumatic linear piston actuators are designed to drive control valves for the most demanding applications in the power and oil and gas industries: such as turbine bypass; steam conditioning valves; desuperheaters; compressors and antisurge valves. IMI STI linear actuators ensure smooth and precise valve operation without any maintenance for the whole operating life.
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Positioner
A positioner is used on an actuator (hydraulic or pneumatic) to provide feedback to the controller in response to the required and actual movement of the valve stem. This ensures the valve responds to system requirements. IMI STI positioners such as FasTrak is a high-capacity, high-precision digital-pneumatic valve controller that replaces a conventional positioner with excellent dynamic performance and high flow, it is compatible with double and single acting actuators, with or without a spring, a piston or a diaphragm.
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Rotary Actuator
Rotary actuators are designed for use with quarter-turn valves such as ball or butterfly valves. Our rotary actuators are designed to withstand the most hostile environment conditions, and as such are suitable for all onshore and offshore applications, covering the general on-off and modulating valves.
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Safety Valve Actuation
Pneumatic control systems designed to operate specifically with safety valves for a quick response, high accuracy and repeatability of operation.
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Stepper Motor Actuator
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Controls
Our portfolio of control valves falls into three broad classes based on the severity of the application they serve: general service; semi-severe and severe service. Our portfolio includes several proven technology platforms, including BTG, ABJ®, DRAG®, Zikesch, IMI Bopp & Reuther and the valve technology acquired from Sulzer® Ltd. These technologies allow customers to balance the ease of installation against noise abatement, reliability and control. Our portfolio of pneumatic, hydraulic and electric actuators, also enhances control functions.
We leverage experience gleaned from an installed base of over 250,000 valves supporting multiple industries and operating profiles, which makes our engineering expertise unrivaled and uniquely capable of providing finely tuned valve solutions derived from system-wide process insight.-
Attemperator
Ensuring power plants operate economically with daily cycling or reduced loads requires reliable superheat and reheat stages to optimise the heat recovery steam generators – and ensure the steam is near saturation. Too hot may damage equipment and too cold will result in excess water leading to loss of control and piping damage downstream. IMI Critical products reduce such failures and outages.
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Boiler Level Control
The task of any steam boiler is to provide the correct amount of high quality steam: safely; efficiently; and at the correct pressure. A certain area of water surface is required in a boiler from which to release the steam. Clearly, as steam is generated, the water in the boiler evaporates, and the boiler must receive a supply of water to maintain the level. This requires water to be maintained at the correct level. Safety is also of paramount importance. If the boiler operates with insufficient water, severe damage could occur and there is ultimately the risk of explosion.
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Bypass Valves
Bypass valves are designed to divert steam from one part of the system (such as power generation or process steam such as paper and pulp production) to a reheat or exhaust piping to safeguard equipment from overpressure. Designed to cope with pressure and temperature differentials, they are used in many applications.
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Choke
Our engineered chokes meet the challenges of higher well head pressures, aggressive fluids and entrained solids combined with velocity control. With specialist engineered trims we offer lifecycles unmatched for the most severe service.
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Control
Control valves are designed to provide staged flow and pressure control through the movement of the plug (or disc) to provide a smooth regulated flow in the pipeline.
Available in several technologies, including DRAG®, BTG, technology acquired from Sulzer, ABJ as well as conventional designs for all your applications. -
Control-Isolation
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Desuperheating
Steam condition is critical to ensure steam is near saturation. If it is too hot, it will cause equipment damage and if it is too cold it will leave water in the pipework and valves which can lead to cracking and failure in power plants.
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Globe
A globe valve is for regulating flow in a pipeline, consisting of a movable disk (also called a plug) element and a stationary ring seat typically in a spherical body. The inlet and outlet of the body are separated by an internal baffle. This has an opening that forms a seat onto which the movable disk/plug can be screwed in to close (or shut) the valve.
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HIPPS
HIPPS (also referred to as HIPS) systems are a series of components, specifically engineered to isolate the source of dangerous high pressure instead of relieving the excess flow, in the case of an overpressure event. HIPPS is an independent and reliable Safety Instrumented System that is designed with high integrity as per established ANSI/ISA and IEC standards, in order to equal or exceed the safety performance of conventional safety valves.
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Turbine Bypass
With technologies from DRAG®, BTG, IMI Bopp & Reuther and technology acquired from Sulzer we provide industry-leading bypass valves. They are able to cope with the harshest pressure and temperature service to safeguard your turbine, whilst diverting the main stream line around the turbine to the cold reheat line.
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Isolation
We offer a full range of rotary (ball and butterfly), slide and gate valve solutions ranging from ½ inch to 160 inch (12mm to 4000mm) engineered and manufactured for your critical application. Our portfolio includes top and side entry and segment ball valves from IMI Truflo Rona, double and triple eccentric butterfly valves for all on-off and flow control applications from IMI Orton. We are industry leading in cryogenic (LNG) and petrochemical applications.
World leading designs for very high temperature (+1650 degree Celsius) applications requiring man- safe shut-off conditions and withstanding very harsh corrosive environments with media such as catalyst, calls for engineered solutions for slide, gate and through conduit valves. IMI Z&J and IMI Remosa are the world leading brands in petrochemical applications. IMI Critical has over 400,000 valves in operation, with 50,000 in critical applications.-
Ball
An international leader in the design and manufacturing of high integrity ball valves focused on the needs of oil & gas, LNG, petrochemical and shipbuilding sectors. Our range includes trunnion mounted, with wedge or floating seats; double eccentric designs; and top and side entry configurations.
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Butterfly
A full range of designs with double and triple eccentric butterfly valves in non-return, on-off and modulating control service. They come with lined or specialist materials to meet service requirements and seating/seal technologies to cover all customer requirements including cryogenic service.
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Check
A check valve is a valve that normally allows fluid (liquid or gas) to flow through it in only one direction. A check valve can also be called a clack valve, non-return valve or one-way valve. Check valves have an inlet and an outlet and needs a pressure differential across the valve to crack or open the valve. If there is no pressure differential the valve will not open and prevents any backflow. There are various types of check valves used in a wide variety of applications.
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Gate
A gate valve is a type of slide valve that uses a flat or curved disc perpendicular to the process flow. The disc slides into the flow stream to provide shut-off. The fluid pressure acting on the disc is sufficient to produce a satisfactory seal between metal-to-metal seatings.
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Purging System
Our systems provide fully automated and continuous control of the Fluidized Catalytic Cracking (FCC) valve purging.
Parameters like mass and volumetric flow rate, upstream & downstream pressure and temperature will be continuously controlled under any process condition. Local and remote alarms will immediately report issues, including missing or excessive flow and saturated steam conditions. This will enable pre-emptive maintenance and prevent unrecoverable damage on valve components from occurring. -
Shut Off Valve
A shut down valve (also referred to as SDV or Emergency shutdown valve, ESV, ESD, or ESDV) is an actuated valve designed to stop the flow of a hazardous fluid or external hydrocarbons (gases) upon the detection of a dangerous event. This provides protection against possible harm to people, equipment or the environment.
Shutdown valves are primarily associated with the petroleum industry, although other industries may also require this type of protection system. ESD valves are required by law on any equipment placed on an offshore drilling rig to prevent catastrophic explosion. -
Slide
For high integrity isolation valves, we produce a wide range of valve capability to cope with extremes of temperature and highly erosive media to ensure plant safety and reliability.
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Safety Valves
Safety valves are designed to prevent inadmissible overpressure in pipe systems, pressure vessels and boilers in order to avoid danger to people, plant and the environment.
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High Flow Safety Valves
Our regular flow range offers a great number of types and sizes, material designs and an extensive range of connections. Flange, weldend, threaded and clamp-type connections can be selected to suit the pressure system. Special connections can be provided by customer request.
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Regular Flow Safety Valves
Our regular flow range offers a great number of types and sizes, material designs and an extensive range of connections. Flange, weldend, threaded and clamp-type connections can be selected to suit the pressure system. Special connections can be provided by customer request.
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Gas & Energy Solutions
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Gas Volume meter
Honeywell Volume Meters comprise a range of custody transfer metering and secondary metering devices that are useful to determine how much gas is being generated and transferred at different stages of the gas distribution chain.
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Rotary-meter
Elster® Rotary Gas Meters offer robust and accurate measurement instruments for gas distribution companies. Based on proven technology and bundled with advanced features to meet tomorrow’s requirement, Elster gas meters provide exceptional performance and reliability with features like high maximum operating pressure, low pressure drop, and wide range ability
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Turbine-gas-meters
Honeywell offers multiple types of turbine gas meters for fiscal and non-fiscal applications. This includes the Elster® TRZ2 and Elster® SM-RI-X which are approved for custody transfer by PTB and NMI. For light and heavy industrial metering applications we offer highly reliable Quantometers for secondary metering purposes.
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Q-sonic max
The ultrasonic gas flow meter Q.Sonicmax is a multipath ultrasonic gas flow meter utilizing the most accurate acoustic path configuration available to the market. Combining the best out of two worlds to maintain the lowest uncertainty with high robustness to meet the individual operational demands.
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Q.sonic.plus
Whether prices are high or low, the metering system is a critical element in the natural gas process, providing the cash register of the business. Custody transfer operation is central to this effort. High accuracy and reliability of the metering solution has become a key differentiator for midstream operators. The need for consistent measurements and a reliable, robust metering solutions is the need of the hour.
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Twinsonic-plus
Honeywell TwinSonicplus ultrasonic gas meters use market-leading technology to deliver accuracy and valuable insight to custody transfer applications in the natural gas value chain. Volatile prices and tight margins are pressurizing gas companies to control costs, boost uptime and reduce risks. Efficient custody transfer operation is central to this effort. High accuracy and reliability in metering solutions have become a key differentiator for midstream operators and the need for consistent measurements and a reliable, robust metering solutions can make all the difference.
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Gas-analyzers
Honeywell Gas Analyzers help gas transmission & distribution companies and end-users consuming large amounts of gas to accurately measure single gas components, thus avoiding wrong measurements and benefiting the bottom line.
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Encal-3000
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Gaslab-Q2
Honeywell GasLab Q2 provides fast, continuous quality analysis for a wide range of natural gas applications.
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Electronic-Corrector-Systems
Electronic Corrector Systems from Honeywell comprise a range of micro-computer devices that determine flow correction based on pressure and temperature.
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Ek205
Electronic Volume Converters convert gas volume from operating conditions to reference pressure and temperature conditions. Honeywell’s Elster® EK205 is designed for standard gas metering applications up to 20 bar and connects to all rotary and turbine meters through volume proportional low frequency pulses.
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Ec350
A PTZ gas volume corrector converts gas volume from operating conditions to reference pressure and temperature conditions. Honeywell’s EC 350 PTZ gas volume correctors are purpose-built, UMB- and rotary-mount devices, which are intended to simplify and optimize custody transfer and industrial measurement.
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Flow Computer
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Control Valves
AttemperatorEnsuring power plants operate economically with daily cycling or reduced loads requires reliable superheat and reheat stages to optimise the heat recovery steam generators and ensure the steam is neaBoiler Level ControlThe task of any steam boiler is to provide the correct amount of high quality steam: safely; efficiently; and at the correct pressure. A certain area of water surface is required in a boiler fromBypass ValvesBypass valves are designed to divert steam from one part of the system (such as power generation or process steam such as paper and pulp production) to a reheat or exhaust piping to safeguard equipmenChokeOur engineered chokes meet the challenges of higher well head pressures, aggressive fluids and entrained solids combined with velocity control. With specialist engineered trims we offer lifecycles unmControlControl valves are designed to provide staged flow and pressure control through the movement of the plug (or disc) to provide a smooth regulated flow in the pipeline.Available in several technologies,Control-IsolationDesuperheatingSteam condition is critical to ensure steam is near saturation. If it is too hot, it will cause equipment damage and if it is too cold it will leave water in the pipework and valves which can lead toGlobeA globe valve is for regulating flow in a pipeline, consisting of a movable disk (also called a plug) element and a stationary ring seat typically in a spherical body. The inlet and outlet of the bodyHIPPSHIPPS (also referred to as HIPS) systems are a series of components, specifically engineered to isolate the source of dangerous high pressure instead of relieving the excess flow, in the case of an ovTurbine BypassWith technologies from DRAG, BTG, IMI Bopp & Reuther and technology acquired from Sulzer we provide industry-leading bypass valves. They are able to cope with the harshest pressure and temperature

Switches
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Pressure Switches
Depending on the installed application, pressure switches may be required to contain an explosion of a specified gas, vapor or dust which may occur within it. Other requirements may be to isolate the switching mechanism from the elements and corrosive environments or atmospheres, or be weathertight for external use. SOR switches are engineered to exceed the minimums of the required agency approval standards.
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Differential Pressure Switches
Accuracy, multi-use flexibility and the ability to match the instrument to the application distinguish SOR differential pressure switches from off-the-shelf products. Standard differential switches are available in weatherproof and explosion proof configurations and can include an external set point adjustment mechanism for simplified calibration. SOR differential pressure switches are suited for a wide range of applications from filter maintenance to high static pressure flow monitoring.
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Level Switches
SOR level switches have earned a long-time reputation for their high quality, rugged construction and reliable performance under the most demanding applications. All float level switches are individually built with strict attention to detail to meet the exact specifications of your process. Available as float level switches and displacer level switches, our product offering provides superior alarm and monitoring control for heavy industries such as power generation, refining, petrochemical and general manufacturing.
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Temperature Switches
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Flow Switches
SOR flow switches have proven to be workhorses in the process instrumentation industry. They are ruggedly built to exacting standards and provide long-lasting service. Our flow switches can be used in a wide range of pipe sizes and process configurations. Mechanical vane type switches are designed specifically for liquid process medias. Our electronic instruments can detect both liquid and gas process flow and are field selectable and adjustable.
