The global Valve Market was accounted for US$ 72,862.8 Mn in terms of value in 2019 and is expected to grow at CAGR of 6.8% for the period 2019-2027.

COVID-19 Impact on the Global Vacuum Valve Market

The COVID-19 pandemic has affected the oil & gas industry badly, with oil prices slashing drastically. The major decline in the demand for oil and gas due to various restrictions imposed by governments worldwide in 2020 resulted in a huge gap between the supply and demand. Oil & gas is one of the key industries using valves. Water & wastewater treatment and energy & power industries are also among the key end users of valves; these industries also witnessed reduced demand due to the global pandemic. There were restrictions on foreign trades due to the lockdown of international borders, non-operational distribution channels, and various preventive measures undertaken for public health and safety. However, it is expected that there would be an increasing focus on hygiene and sanitation due to the rise in people’s concern for a better and safer lifestyle, which, in turn, would drive the growth of the industrial valves market for the water & wastewater treatment industry. An increase in demand from the energy & power sector is likely to drive the industrial valves market for the energy & power end-user industry gradually from 2021 to 2026.

Global Industrial Valves Market Segments

By Material Type

• Cast Iron
• Steel
• Alloy-Based
• Others

By Valve Type

• Ball Valves
• Butterfly Valves
• Gate Valves
• Globe Valves
• Plug Valves
• Check Valves
• Diaphragm Valves

By Application

• Oil & Power
• Water & Wastewater
• Chemical
• Food & Beverage
• Others

Key Players

The demand and necessity for a broad linked network to transport industrial equipment, combined with rapid urbanization and the creation of smart cities, will provide lucrative growth prospects for the industrial valves industry.

Dominant Key Players on Industrial Valve Market Covered are:

• Emerson (US)
• Schlumberger Limited (US)
• Flowserve Corporation (US)
• Crane Co. (US)
• AVK Holding A/S (Denmark)
• Neway Valve (Suzhou) Co. Ltd (China)
• Samson AG (Germany)
• Velan Inc. (Canada)
• Danfoss A/S (Nordborg)

Major Market Trends

Demand is up in the power sector. In the power industry, valves are used in a variety of applications, such as boiler start-up, feed pump recirculation, steam regulation, and turbine bypass.

The valves in the condensate system are used to control and regulate the additional flow required by the condensate pump for fluid recirculation. In addition, the valve is used to control the water level of the feed heater deaerator.

In drinking water systems in the power industry, valves are used for boiler feed pump recirculation. At this point, the valve plays a key start-close and flow regulation role.

In addition, in mainstream systems, valves are used for superheater, turbine bypass, superheater bypass, etc. The regulating valve is used to control pressure.

In December 2017, the United States had 61 nuclear power plants and 99 nuclear reactors in service. The government also plans to build more new reactors to boost nuclear power generation. Four new nuclear plants are expected to be operational in the United States by 2021.

Demand for cooling water treatment chemicals is also being driven by the government’s drive to increase capacity at power plants across the United States. All these factors will stimulate the demand for valves in the power industry.

Asia Pacific leading market

In 2017, the Asian-pacific region captured the major global market share. The use of industrial valves in the region is increasing as economies such as China, India and Japan increase investment in the oil and gas sector and demand for water treatment continues to rise.

The high consumption of industrial valves in the oil and gas industry in the United States and the increasing production in the downstream industry will further increase the production capacity of petrochemical products, thus stimulating the consumption of industrial valves in the country.

Chemical plants are another important industry in China. Many big companies in the industry have their own chemical plants in China. These companies increased capacity, which increased the consumption of industrial valves. Water treatment facilities for different industries are also another important industry in China.

How Will Adoption of Industrial Internet of Things Affect Industrial Valves Marker?

Valves have become an indispensable component of industrial structures. They play a critical role in controlling the flow of materials across various industries. Failure of valves can however result in disruption of plant processes and unforeseen hazards. As a result, proper inspection of industrial values is important.

Recent technological advancements have enabled companies to leverage modern technologies such as artificial intelligence (AI) and IIoT technology for minimizing the unplanned downtime and other unfavorable incidents due to valve failures. These valve technologies aid the experts in monitoring the health and condition of industrial valves from a remote location.

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What is Pressure Relief valves?

A pressure Relief Valve is a safety device designed to protect a pressurized vessel or system during an overpressure event.

An overpressure event refers to any condition which would cause pressure in a vessel or system to increase beyond the specified design pressure or maximum allowable working pressure (MAWP).

The primary purpose of a pressure Relief Valve is protection of life and property by venting fluid from an overpressurized vessel.

Many electronic, pneumatic and hydraulic systems exist today to control fluid system variables, such as pressure, temperature and flow. Each of these systems requires a power source of some type, such as electricity or compressed air in order to operate. A pressure Relief Valve must be capable of operating at all times, especially during a period of power failure when system controls are nonfunctional. The sole source of power for the pressure Relief Valve, therefore, is the process fluid.

How does a Pressure Relief Valve work?

The function und design of pressure relief valves differs depending on the main type or loading principle. Use the following icons to navigate to the respective main type page. There you will find the corresponding LESER pressure relief valves as well as further information, for example on the function and design of the main types.

Spring Loaded Pressure Relief Valve

The basic spring loaded pressure Relief Valve has been developed to meet the need for a simple, reliable, system actuated device to provide overpressure protection.

The image on the right shows the construction of a spring loaded pressure Relief Valve.

The Valve consists of a Valve inlet or nozzle mounted on the pressurized system, a disc held against the nozzle to prevent flow under normal system operating conditions, a spring to hold the disc closed, and a body/Bonnet to contain the operating elements. The spring load is adjustable to vary the pressure at which the Valve will open.

When a pressure Relief Valve begins to lift, the spring force increases. Thus system pressure must increase if lift is to continue. For this reason pressure Relief Valves are allowed an overpressure allowance to reach full lift. This allowable overpressure is generally 10% for Valves on unfired systems. This margin is relatively small and some means must be provided to assist in the lift effort.

Most pressure Relief Valves, therefore, have a secondary control chamber or huddling chamber to enhance lift. As the disc begins to lift, fluid enters the control chamber exposing a larger area of the disc to system pressure.

This causes an incremental change in force which overcompensates for the increase in spring force and causes the Valve to open at a rapid rate. At the same time, the direction of the fluid flow is reversed and the momentum effect resulting from the change in flow direction further enhances lift. These effects combine to allow the Valve to achieve maximum lift and maximum flow within the allowable overpressure limits. Because of the larger disc area exposed to system pressure after the Valve achieves lift, the Valve will not close until system pressure has been reduced to some level below the set pressure. The design of the control chamber determines where the closing point will occur.

The difference between the set pressure and the closing point pressure is called blowdown and is usually expressed as a percentage of set pressure.

Safety Valve vs. Relief Valve

While both terms refer to valves used to release pressure from a pressurized system, their technical definitions are a bit different. In general, the term relief valve refers to a valve within a pressurized system that is used to control pressure for the optimal functionality of the system. Relief valves are designed to help your facility avoid system failures, and protect equipment from overpressurized conditions.

The term safety valve, on the other hand, refers to pressure valves that are designed to protect people, property, and processes. In other words, the term safety valve refers to a failsafe, last resort valve that will release pressure to prevent a catastrophe, usually in the event that all other relief valves have failed to adequately control pressure within a system.

Do Safety and Relief Valves Do the Same Thing?

The general purpose of both safety valves and relief valves are the same. Both are pressure relief valves, and they are designed to let off pressure in any situation where a system becomes overpressurized. That said, relief valves and safety valves do function slightly differently:

Relief Valves are designed to control pressure in a system, most often in fluid or compressed air systems. These valves open in proportion to the increase in system pressure. This means they don’t fly all the way open when the system is slightly overpressure. Instead, they open gradually, allowing the system to return to the preset pressure level. When that level is reached, the valve shuts again.

Zeco Europe is the best Safety Relief Valve suppliers which is also known as the pressure relief valve, automatically opens to relieve excessive pressure. The primary function of this valve is to lift and reseat it. It seals after releasing the surplus pressure to prevent further fluid loss. It has automatic pressure relief equipment that is actuated by static gas or vapour pressure upstream of the valve, allowing substances to be released automatically by rapid full opening action while preventing explosion.

Types of Safety Valves include:

• Angle safety valve
• Steam Safety Valve
• Thermal Safety Valve
• Conventional Safety valve
• Spring-loaded Pressure-relief Valves
• Dead-Weight Pressure-relief Valves
• Pilot operated pressure relief Valve

Safety Relief Valve

A safety Relief Valve is a pressure Relief Valve characterized by rapid opening or pop action, or by opening in proportion to the increase in pressure over the opening pressure, depending on the application and may be used either for liquid or compressible fluid.

Conventional Safety Relief Valve

A conventional safety Relief Valve is a pressure Relief Valve which has its spring housing vented to the discharge side of the Valve. The operational characteristics (opening pressure, closing pressure, and relieving capacity) are directly affected by changes of the back pressure on the Valve.

Balanced Safety Relief Valve

A balanced safety Relief Valve is a pressure Relief Valve which incorporates means of minimizing the effect of back pressure on the operational characteristics (opening pressure, closing pressure, and relieving capacity).

Pilot-Operated Pressure Relief Valve

A pilotoperated pressure Relief Valve is a pressure Relief Valve in which the major relieving device is combined with and is controlled by a self-actuated auxiliary pressure Relief Valve.

Power-Actuated Pressure Relief Valve

A poweractuated pressure Relief Valve is a pressure Relief Valve in which the major relieving device is combined with and controlled by a device requiring an external source of energy.

Temperature-Actuated Pressure Relief Valve

A temperature-actuated pressure Relief Valve is a pressure Relief Valve which may be actuated by external or internal temperature or by pressure on the inlet side.

Vacuum Relief Valve

A vacuum Relief Valve is a pressure relief device designed to admit fluid to prevent an excessive internal vacuum; it is designed to reclose and prevent further flow of fluid after normal conditions have been restored.

The advantages of Safety Check Valve include:

• • Prevents backflow
• • Prevents backflow
• • Can withstand high and low pressures
• • Self-actuated
• • Quick acting
• • Does not require power to function
• • Reduces unexpected valve failure

Applications of Safety Valves

• • Chemical, oil & gas
• • petrochemical
• • Food and beverage
• • air conditioning systems
• • Energy
• • LNG&LPG
• • Aircraft hydraulic systems
• • Irrigation System
• • fuel pump
• • heating boilers

We supply high-performance and trustworthy solution for your industrial requirements. We manufacture valves in a variety of sizes to meet the needs of our customers. Our valves is an excellent choice for any corrosive environment, as well as for low steam pressure and oil/gas/water media.
Body Material – Cast Iron and Steel Safety Valve (A216 WCB, WCC, LCB, LCC, WC6, WC9), Ductile Iron, Stainless Steel [SS316, SS304, SS316L, SS904L, CF8, CF8M, F304, F316, F31L, F51, F3, F55, F91] , WCB, WC6, SS304, SS316, DUPLEX STEEL Safety Valve.
Class – 150 – 2500
PN 10 – PN 450
Size – ½ – 24”
Ends- Butt welded, Socket welded, Flanged, Threaded

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Typesof Pressure Control Valve

Pressure control valve, short for pressure valve sometimes, refers to the valve which can be used to control the pressure and it is mainly used to meet the force or torque of actuators. Pressure control valve can be divided into safety valve, relief valve, pressure reducing valve, and sequence valve.

Pressure Relief Valve

Most pneumatic and hydraulic power systems are designed to operate within a defined pressure range. This range is a function of the forces the actuators in the system must generate to do the required work. Without controlling these forces, the power components and expensive equipment could get damaged. Relief valves make it possible to avoid this hazard. They are the safeguards that limit maximum pressure in a system by diverting excess gases when the pressure gets too high. The pressure at which a relief valve first opens to allow fluid to flow through is known as cracking pressure. When the valve is bypassing its full rated flow, it is in a state of full-flow pressure. The difference between full-flow and cracking pressure is sometimes known as the pressure differential or the pressure override.

In some cases, this pressure override is not objectionable. It can be a disadvantage if it wastes power via gas lost through the valve prior to reaching the maximum setting. This can allow maximum system pressure to exceed the ratings of the other components.

Pressure Reducing Valve

The function of pressure reducing valve is to adjust the oil pressure. This kind of valve consists of two parts: the pilot valve and the main valve. After entering from the oil mouth and flowing through the spool and orifices, the high-pressure oil will de-pressure into low-pressure oil and outflow the mouth of pressure reducing valve.

Sequence Valve

Due to the pressure change in the hydraulic system, the sequence valve can control the sequence of actuators. The structure and working principle of the sequence valve are basically the same as the relief valve, and the only difference is that the exit of the sequence valve is no longer used to connect tanks. Therefore, the internal leaking oil can not channel directly to the oil chamber with a pipeline but uses a special pipeline instead.

Although pressure control valve has different functions and features because of their wide varieties, the fundamental role is still focused on pressure control. After years of development and reform, China has got rapid development in all walks of life. So how to seek common progress and development for these industries matching equipment is a difficult problem for researchers and businesses.

Balance Valves

These valves are typically closed and are often used to maintain a set pressure in a portion of a circuit, usually to counterbalance a weight. The style of valve is ideal for counterbalancing an external force or to counteract a weight like in a press to keep it from free-falling. The valve’s primary port is connected to the rod end of a cylinder, and the secondary port is connected to the directional control valve. The pressure is set slightly higher than what’s required to keep the load from free-falling. When pressurized fluid flows to the cylinder’s cap end, the cylinder extends and increases pressure in the rod end and shifts the main spool in the valve. This creates a path that allows fluid to flow through the secondary port to the directional control valve and reservoir. As the load is raised, the integral check valve opens to allow the cylinder to retract freely. If it is necessary to relieve back pressure at the cylinder and increase the force at the bottom of the stroke, the counterbalance valve can be operated remotely. When the cylinder extends, the valve must open and its secondary port is connected to the reservoir. When the cylinder retracts, it doesn’t matter that load pressure is felt in the drain passage because the check valve bypasses the valve’s spool.

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What are Automatic Control Valves?

Automatic control valves, as described by EN 1074-5: “have the integral capability to control the function using energy from the conveyed water by adjusting the position of the obturator. They can be directly operated, i.e. the force is applied (via a spring or diaphragm) directly to the obturator. They can be pilot operated, i.e. the force is applied through an adjustable pilot valve”.

How does an Automatic Control Valve work?

Principle of Automatic Control Valves for On/Off Operation

Valve Opening

If the pressure inside the control chamber is put in communication with the atmosphere or some other lower pressure zone, the upstream pressure will act on the obturator, pushing it upwards allowing the complete opening of the valve.

Valve Isolated From the Line

Should the control chamber be isolated from the line pressure and the rest of the circuitry the valve will remain in the same position, therefore producing the head loss corresponding to such opening percentage.

Valve Closing

If the control chamber is put in communication with the upstream pressure, thanks to the difference in the area between the upper flat with the diaphragm, larger than the obturator underneath, the valve will close completely.

Principle of Automatic Control Valves for Modulating Operation

Valve Opening

When the main valve is required to modulate a restriction (R) is needed between the upstream line pressure and the control chamber, in addition to a regulator (F) on the circuit. Should the latter open completely pressure inside the control chamber will be put in communication with downstream, allowing for the full opening of the main valve.

Valve Modulating

If the flow regulator (F) is throttled pressure will build up between it and the control chamber, causing the valve to modulate accordingly to an intermediate position. This is obtained thanks to the pressure difference created by the restriction (R) and to the difference in the section between the upper flat acting on the diaphragm and the obturator.

Valve Closing

Should the flow regulator (F) be completely closed, the upstream line pressure is all diverted to the main control chamber. The mobile block is moved by the force exerted on the upper diaphragm flat pushing the obturator down onto the seat, interrupting the flow through the main valve.

Components of an Automatic Control Valve

Applications of Automatic Control Valves

• Water treatment plants
• Multi-story buildings
• Water storage towers
• Reclaimed water systems
• HVAC Systems

Types of Automatic Control Valves

Pressure Reducing Valves

Pressure reducing valves can reduce higher inlet pressure to a constant downstream pressure regardless of demand and supply pressure fluctuations and enable the delivery of water at safe pressures and adequate levels for customer needs.

Pressure Relief Valves

Pressure relief valve can relieve excess pressure while maintaining a minimum upstream pressure and prevent downstream demand from sacrificing the supply of an upstream zone.

Altitude Control Valves

Altitude control valve is designed to open, allowing flow into a reservoir or elevated storage tank (tank fill), and close drip tight when a high water level is achieved. It controls water level by remotely sensing static tank head pressure through a field-installed sensing line, opens when the water level is below the adjustable set-point, and closes drip tight when the level is above the adjustable set-point.

Remote Float Control Valves

Remote float control valve is designed to close drip tight when the water level reaches the adjustable high-level set-point, and open fully when the water level is below the adjustable low-level set-point to increase tank circulation. High and low levels are separately adjustable by positioning stop collars on the float rod(s) at the desired opening and closing set-points. If desired, the on-off action of the valve can be reversed by modifying the hydraulic connections of the On-Off Float Pilot. The Float Pilot may be either valve or remote mounted.

Surge Anticipating Valves

Surge Anticipating Valve is an off-line, hydraulically operated, diaphragm actuated valve. The valve, sensing line pressure, opens in response to the pressure drop associated with abrupt pump stoppage. The pre-opened valve dissipates the returning high-pressure wave, eliminating the surge. The surge anticipating valve smoothly closes drip tight as quickly as the relief feature allows while preventing closing surge. The valve also relieves excessive system pressure.

Solenoid Control Valves

Water solenoid valves are the most frequently used control elements in fluidics. Their tasks are to shut off, release, dose, distribute or mix fluids. They are found in many application areas. Solenoid valves offer fast and safe switching, high reliability, long service life, good medium compatibility of the materials used, low control power, and compact design.

Flow Control Valves

Flow control valve prevents excessive flow by limiting flow to a preselected maximum rate, regardless of changing line pressure. They are hydraulically operated, pilot-controlled, diaphragm valves. The pilot control responds to the differential pressure produced across an orifice plate installed downstream of the valve. Accurate control is assured as very small changes in the controlling differential pressure produce immediate corrective action of the main valve. Flow rate adjustments are made by turning an adjusting screw on the pilot control.

Advantages of Automatic Control Valves

• Full-through radial streamlines design, small fluid resistance, large flow, and strong anti-cavitation ability.
• The sealing ring adopts an advanced star-shaped sealing ring structure.
• Removable stainless steel 304 valve seat, corrosion resistance, erosion resistance, good sealing performance.
• The diaphragm is made of nylon reinforced rubber, with three-dimensional mesh, good elasticity, high-pressure resistance, and long service life.
• Different Pilot valves are available to achieve different functions.
• Pressure Rating: 10bar, 16bar, 25 bar; CL150,CL300
• End Connections: Standard Flange Ends To EN1092, ASME B16.5, and others on Request.

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What is a PSV Valve?

PSV – Pressure Safety Valves are usually used as a final safety solution when all previous systems fail to prevent any further pressure accumulation and protect vessels from rupture due to overpressure by their designed action. Armatec supplies both pilot operated safety valves as well as spring actuated with or without supplementary loading system. The latter can guarantee better tightness up to set pressure allowing higher operating pressures of the plant.

Types of PSV

Spring-operated conventional safety valve

In a Spring loaded Pressure Safety Valve the closing force or spring force is applied by a helical spring which is compressed by an adjusting screw. The spring force is transferred via the spindle onto the disc. The disc seals against the nozzle as long as the spring force is larger than the force created by the pressure at the inlet of the valve.

Pilot operated (Disturbed) safety valve.

Pilot Operated Safety Valve is controlled by process medium. To achieve this, the system pressure is applied to the pilot valve (= control component for the main valve) via the pressure pickup. The pilot valve then uses the dome above the main valve piston to control the opening and closing of the main valve.

What Factors Should I Consider When Selecting a Pressure Safety Valve?

Because Pressure Safety Valve play such a vital role in the protection of equipment and the safety of personnel, it is imperative to select the best valve for your application. There are several factors that need to be considered before purchasing:

• Set Pressure- You will need to determine the set pressure, which is the pressure point at which your pressure safety valve will need to open.
• Temperature- The temperature affects the volume of the process medium and also determines the what material is required for the valve components.
• Back pressure- The amount of back pressure will determine which type pf pressure safety valve you need.
• Application- Your application and the type of process medium that you are working with (steam, gas, liquid) will also play a factor is selecting a valve with the correct components.
• Connection Size- Safety Valves come in a wide range of connection sizes and types. The valve size needs to be as big as your inlet size and the discharge piping. You will also need to determine your type of connection (ie male vs. female).
• Required Capacity- Determining the maximum capacity is crucial to ensuring the safety of the valve. Pressure safety valves have their limits, so make sure to verify that your PSV can withhold the maximum capacity of your application.

What Causes over-pressurized vessel?

An overpressure event is defined as any condition that could cause the pressure of a vessel to exceed the maximum working pressure. There are several factors and scenarios that can result in over-pressure in a vessel including, but not limited to, blockage outlets, a cooling system failure, thermal expansions, external fires or heat, chemical reactions, or a valve malfunction.

The above events can all lead to overpressure, either individually or as simultaneous occurrences. Because there are so many variables that can play a factor in causing a potentially dangerous situation, carefully selecting a pressure safety pressure valve is extremely important.

Safety Valve vs Relief Valve

Pressure Safety Valves (PSV) are also commonly referred to as simply Safety Valves. They are used to relieve pressure from equipments operating Gases. Generally the valve opens suddenly, at an instant.

Pressure Relief Valves (PRV) are also commonly referred to as simply Relief Valves. They are a type of Safety Valve. They are used to relieve pressure from equipments operating Liquids. Generally the valve opens relatively gradually and proportionally.

The function of both PSV and PRV is that they relieve the excess pressure from the system by opening automatically and they get closed automatically when the pressure in the system normalizes.

As we know, there are numerous pressure relief valves available. In the market, we have a tendency to use terms like safety valve and relief valve interchangeably. And typically, this will make sense. Most pressure relief valves are made to perform the same factor – release pressure inside a system.

But what is the distinction between a few of these generally used terms, therefore, exactly what does it mean for you personally? Heres a fast introduction to two popular terms: safety valve versus. relief valve.

PSV vs PRV

While both terms make reference to valves accustomed to release pressure from the pressurized system, their technical definitions really are a bit different. Generally, the word relief valve describes a valve inside a pressurized system which is used to manage pressure for that optimal functionality from the system. Relief valves are made to strengthen your facility avoid system failures, and safeguard equipment from overpressurized conditions.

The word safety valve, however, describes pressure valves that can safeguard people, property, and procedures. Quite simply, the word safety valve describes a failsafe, last measure valve which will release pressure to avoid a catastrophe, usually when other relief valves have unsuccessful to adequately control pressure inside a system.

Do Safety and Relief Valves Perform the Same Factor?

The overall reason for both safety valves and safety valve are identical. Both of them are pressure relief valves, and they’re made to let off pressure in almost any situation in which a system becomes overpressurized. That stated, relief valves and safety valves do function slightly differently:

• Relief Valves are made to control pressure inside a system, most frequently in fluid or compressed air systems. These valves open compared to the rise in system pressure. What this means is it normally won’t fly completely open once the product is slightly overpressure. Rather, they open progressively, allowing the machine to go back to the preset pressure level. When that much cla is arrived at, the valve shuts again.
• Safety Valves can be used for one good reason – safety. Rather of manipulating the pressure inside a system, they’re made to immediately release pressure in case of an urgent situation or system failure. Unlike relief valves, safety valves open immediately and completely to prevent a tragedy, instead of to manage pressure of the system.

While both safety valves and relief valves try to release excess pressure, how they do it is a touch different. Read this table, thanks to Distinction Between, for a bit more details about the variations backward and forward valves:

Can One Use Safety Valve and Relief Valve Interchangeably?

Now we have a much better knowledge of the technical definitions of both terms, you may be wondering if it is okay to carry on while using terms interchangeably. Generally, industry technicians will know very well what you’re speaking about whichever term you’re using.

If you are focusing on testing both kinds of valves, it’s vital that you comprehend the distinction between these valves, so you realize your facility is sticking towards the proper testing schedule. Otherwise, you shouldn’t need to worry an excessive amount of concerning the exact terminology. Both safety and relief valves are kinds of pressure relief valves, they’re just implemented a little differently.

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Safety Valve

A valve is a mechanical device for regulating the flow of a liquid or gas in a process flow. Safety valve is a protection failure, its purpose is to ensure the safety of the pipeline. For example, a pressure relief valve (PRV) as one kind of safety valve that automatically releases material from a pressure vessel, boiler, or another system when the pressure or temperature exceeds a preset limit.

Why are Spring Loaded Pressure Relief Valves the Most Used?

Spring loaded pressure relief valves will account for over 40% value share in the global market by the end of assessment period. These valves are extensively used due to their wide range of application and technical advantage over other valves.

Many Codes and Standards are published throughout the world that address the design and application of pressure relief valves. Most common among them is the ASME (American society for Mechanical Engineers) Boiler and Pressure Vessel Code or ASME code. However, this code differs from region to region.

Key Market Segements

The safety valve market can be divided by material, size, industry and region. According to the different materials used, the safety valve market can be divided into stainless steel, cast iron, low temperature, alloy and other types, can be widely used in oil and gas, energy, power, water and wastewater treatment, chemical, pharmaceutical, metal mining, food and beverage industries.

By Type:

• Steel
• Cast Iron
• Alloy
• Cryogenic
• Others

Among these, the steel safety valve accounts for the top share within the global safety valves market and is predicted to spice up the worldwide demand during the forecast period. This is often due to the soaring demand for an efficient and high-quality valve to mitigate the contamination threat in several critical processes like steam and water handling, chemical industries, and food and beverages. Such advantages are fueling growth within the global safety valves market

By Offering

• Safety Valve
• Safety Valve Component

By Safety Valve Type

• Spring Operated Valve
• Pilot Operated Valve
• Dead Weight Valve

By Size

• Up to 1″
• 1″ to 6″
• 6″ to 24″
• 24″ to 50″
• 50″ and More

By End-user Industry

• Oil & Gas
• Power & Energy
• Healthcare & Pharmaceutical
• Water Supply System
• Others

The important role of safety valve in industrial process, the increase of demand from oil and gas industry, and the growth of nuclear power generation are the key factors to promote the market growth of safety valve. The growing safety valve market is driven by the constant need to replace safety valves and the use of 3D printers on production lines. On the other hand, the high manufacturing cost will hinder the expansion of this market.

Safety Valves Market Report Scope

ZECO Valve is also constantly developing and innovating to produce and supply high quality safety valves to expand the international market.

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