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At BM Engineering, we deal with valves every single day. As seasoned stockists of industrial valves, we supply to an array of different industries in the UK and Scotland. Valves are found in virtually every industrial process imaginable. In fact, they are quite possibly the most diverse instrument used today. But have you ever considered just how long we have been using valves for?
In this informative article, we explore the complete history of valves. Starting with who invented the valve and it's first known uses. We trace the evolution of the valve and how it has advanced throughout history to present day versions.
Before we delve into some in-depth valves history, we must first answer the question of who invented the valve. Most applications tend to have a sole inventor. The valve, however, does not.
Since Ancient times, man knew how to regulate water with either stones or branches and trunks from trees. The ancient Egyptians, Greeks and other cultures were also able to drive the water from rivers and foundations for their people to use as irrigation.
However, it is the Roman Empire that was the first to create anything that resembled a formal canal system. They brought water from fountains and rivers to their villages, whilst circumnavigating obstacles by means of aqueducts. Therefore, if a particular civilisation was to be credited with creating the valve, it would have to be the Romans.
Now that we have established a starting point for the valve's history with the Roman Empire, we can begin to explore the primitive valve.
The first valve recorded in Roman times was made of a bronze material. They were strong and designed for welding to pipes already in place. The body included a plug with a hole, a bottom support and a long levy for turning the plug. Simple in design, but effective nevertheless, this creation demonstrated the smart thinking our Roman ancestors applied to creating water systems used in ancient towns.
These primitive valves were also used in various Mediterranean towns such as Istanbul and Rabat. Interestingly, there is also evidence of slight variations on this primitive valve recorded in Augusta, where what would eventually become butterfly valves were used as taps.
In addition, there are also recorded artefacts which show that Romans used a primitive diaphragm valve made of crude leather in order to control the flow and temperature of household bathwater. Furthermore, evidence also exists that early forms of backflow and check valves existed around this time to help keep wastewater from mixing with clean water suppliers destined for towns.
While there were no recorded advancements during the Middle Ages, it would be the Renaissance period that saw where the next step forward in the valve's history.
The construction of canals, irrigation systems and hydraulics all advanced greatly during the Renaissance. These advancements included a more sophisticated type of valve, the credit for which goes to a very famous figure in human history, Leonardo DaVinci.
It has been said that sketches from the master inventor provided a number of new designs and improvements, which helped lead to many great examples of Renaissance-era valves.
The next stage of the valve's history occurred during the Industrial Revolution and was one that would help lead to the modern valve as we know it today. In , Thomas Newcomen invented the first steam engine, one of the most significant feats of human engineering. However, he needed new and improved valves to regulate steam at high pressure.
The lessons learned from the exploration of steam engineering would ensure that, as new machines were created, the design of valves also improved. Subsequently, these improvements would also go on to improve the effectiveness of valves used in irrigation and plumbing.
These advancements in valve technology contributed toward the birth of the valve manufacturers during the s and s. With manufacturers finally able to produce valves in greater volume, more communities, farms and individuals began using the various different valves available than ever before. The ability to make valves on an assembly line contributed towards them becoming an important part of the automotive world, with valves used in engines and other areas of cars.
Today, more styles of valves are available than ever before. With a variety of materials available, the breadth of choice and flexibility has never been greater.
What engineering advancements will come in the future is impossible to say. However, it's safe to assume that the valve will play a huge part in them.
To discuss the types of valves we offer here at BM Engineering, speak to an adviser today by calling 762 or
Ways Industrial Valves Have Changed over Time and a Look to the Future
The first patent for valves, as we know them, dates back over 2,000 years! We've been using them since the Roman Empire.
But just as all things evolve with time, so have valves. They had to survive eras of technological advancement.
Related articles:For more information, please visit gate valve supplier.
Keep reading as we dive into the history of industrial valves, and the improvements that brought them into technology-intensive industries.
Leonardo DaVinci brought forth impressive valve engineering and design as a famous artist and inventor. However, the changes that occurred to produce the valve we know and use today happened in the past 150 years.
Valves are mechanisms used in pipeline systems to control the rate, speed of flow, and pressure of liquid contents, such as oil and gas.
When it comes to safety and smooth operation of a pipeline, you can't discount industrial valves.
The first valves and fittings as we know them were conceived between the 19th and early 20th centuries.
James Robertson was the first to file a patent for a valve in the U.S. in . At the time, he called this gate valve a 'stop clock.'
Steam propelled valve designs came about at the same time as the steam-powered industrial revolution.
The first part of the 20th century was a period of significant industrial growth. Valve manufacturers adopted Henry Ford's assembly line techniques.
Valves were mass-produced, but there was no interchangeability between manufacturers' products.
Along came the Committee of Manufacturers on Standardization of Pipe Fittings and Valves (now the Manufacturers Standardization Society) to address this issue.
Chemical and petrochemical advancements and well-built valves produced top-notch warships and machinery.
By the end of World War II, however, supply outgrew demand, and there was a scarcity of raw materials.
Because the existing stainless steels were susceptible to corrosion, engineers focused on the development of higher-grade stainless steel.
Between to , manufacturers and professional societies struggled with issues such as freight rate increases, tariffs, and labor problems.
In the s, export opportunities were growing and the interest of the Valve Manufacturers of America (VMA). In this decade, members facilitated the first overseas trade mission.
Previously, pressure and temperature ratings were based on flange ratings, but this limited the rating method of valves.
So, the SP-66, Pressure Temperature Ratings for Steel Butt-welding End Valves was created in and is the most widely used testing standard used in America today.
Between and , valve standards were broad, including types such as check, butterfly, ball, and more.
In , the VMA headquarters moved to D.C. to be closer to federal agencies and congress.
Today's valves are made with the same popular metals of the past 150 years, but the history is still underway.
New materials are under development, such as the new 'super 9 chrome.' This alloy steel allows for valve working temperatures of degrees Fahrenheit.
In the future, you can expect advancements in smart valve technology, including wireless actuators. Most market developments will center around construction and design. Areas such as China, India, and Southeast Asia will introduce even more durable, long-lasting valves that are easier to operate and manufacture.
For over 100 years, we have manufactured high-quality industrial valves and fittings for a variety of industries, such as the petrochemical, shipbuilding, and industrial gas industries.
Do you have questions about manufacturing applications and best practices? Contact us and speak with one of our experts!
If you want to learn more, please visit our website big size gate valve.
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