Preventing Steam-Related Problems by Buying Quality Sarco Steam Traps

The various developments made for harnessing the innate power of steam have placed steam traps in an important position in the entire system. These contraptions make sure that the steam would not lose heat. Improvements have been made over the years to ensure the efficiency of these traps. They do not come without their own share of problems, however, Sage Kalmus points out, in his article for


A steam trap is typically designed to last for about three to five years, even without the benefit of regular maintenance. During this tenure, it is unavoidable that dirt will accumulate and will block the passage of condensate and steam, hampering the overall performance of the system. (more…)

Boosting Power Production with Effective Spirax Sarco Steam Traps

An article published in the Times Reporter on December 16, 2013 details the decision of a city to produce more power by upgrading certain components to help it generate more electricity:

To continue providing efficient city-generated electricity for its customers, Dover City Council on Monday night gave first readings to two ordinances that would, if passed, upgrade the coal-handling systems for the Municipal Light plant.

One is an emergency ordinance authorizing Dover Light and Power to order and install a new coal skip hoist for the No. 4 boiler, at a cost not to exceed $115,000. The second is an ordinance to replace the underthrow coal distributors on the No. 4 boiler, at a cost not to exceed $210,000.


Avoid Steam System Malfunction by Installing a Reliable Spence PRV

One of the worst experiences during the winter season is for the heat to go out. According to a report from News 9 Oklahoma, residents in a historic condominium are experiencing winter without the aid of their boiler system:

No heat all weekend in the Aberdeen condos near downtown Oklahoma City. Residents have to cope with the cold, as their boiler stopped working Saturday morning.

On Saturday, a plumbing pipe broke in the boiler leaving the historic seven-story building in the Heritage Hills neighborhood in the cold.


The Importance of Installing Sturdy MEPCO Traps on Steam Machinery

The mining industry still uses steam energy to power certain machinery, despite the fact that many people view steam energy as an outdated power source. However, steam is still an effective and relatively cheap power source, making it perfect for the mining industry. As such, a reputable industrial parts manufacturer has come up with a new condensate pump for steam-powered systems:

The pump is capable of pumping up to 18 000 kg/h in rapid-cycling process environments under elevated pressure and temperature conditions.

The Pivotrol PTF4 high-capacity pressure-powered condensate pump is designed as a solution to the excessive maintenance and energy consumption commonly found with high-capacity condensate pumps used in large commercial and industrial facilities. The company adds that condensate management prevents excessive blowdown, loss of expensive heat energy, waste of water-treatment chemicals and the added costs of preheating feedwater.

The PTF4, incorporating dual Pivotrol pumping mechanisms with PowerPivot technology, operates on a pressure-displacement principle. A patented pressure-balancing body ensures that mechanisms share the pumping load equally. As liquid enters the pump body through the inlet check valve, it causes a float to rise, which closes the exhaust valve. This action ensures a rapid change from filling to pumping.

Although industrial manufacturers are engineering new ways to increase the efficiency of condensate transfer, leading industrial suppliers in the country, like ALB Industrial Supplies Inc., remind industries that use steam systems to install sturdy steam traps. These steam traps help steam systems by separating the steam from other unnecessary by-products of heated condensate and removing cooled condensate from the system. Doing so allows the machine to run on pure steam, increasing the machine’s mechanical power and productivity.

Failing to install steam traps, such as reliable MEPCO traps, can have serious repercussions on steam systems. Steam traps help prevent water hammer, a dangerous steam system problem caused by leftover high-pressure condensate banging on the pipe walls. Water hammer (a.k.a. steam hammer), can easily deform pipes; in severe cases, water hammer can even cause pipes to burst, damaging the entire steam system and possibly injuring workers.

Having a new high-pressure pump installed on your steam system will be a poor investment if you do not install the necessary safety measures. As such, be sure to contact a reputable MEPCO supplier to select a steam trap that best suits your company’s needs.

Info Article

(Article Excerpt and Image from New condensate pump ensures reliability, Mining Weekly)

Picking Companies Like Armstrong for Steam Traps That Fit Your System

When you are running a plant that more or less relies on steam energy to function, you need the proper flow amount to be at optimum efficiency. An article in the website contends:

Proper steam trap sizing is a critical factor in obtaining efficient and reliable steam trap operation. Incorrect steam trap sizing can negate proper trap design, installation, and can cause condensate backup, steam loss or both.

Steam trap sizing is sometimes mistaken for selection of the steam trap connection size. Rather it is the proper sizing of the internal discharge orifice. (For low pressure steam heating systems, manufacturers produce steam traps with connection sizes that relate directly to capacity, orifice size). However, an industrial steam trap must be sized by selecting the proper discharge orifice. A two-inch steam trap can have the same condensate capacity as a steam trap with a half-inch connection. Once the condensate capacity is determined and the proper orifice size is calculated, the steam trap connection size can then be determined to meet the installation requirements.


How to Make Sure that a Steam Trap Will Not Break Down On Your Watch

Steam traps are vital parts in a number of industrial applications. However, taking care of them is a delicate process in itself, as stated by Bruce Gorelick and Alan Bandes’ article for Plant Engineering magazine:

Properly functioning steam traps open to release condensate and automatically close when steam is present. Failed traps waste fuel, reduce efficiency, increase production costs and compromise the overall integrity of the steam and condensate systems. Traps should be tested regularly, or the neglect may be quite costly.


How Quality Danfoss Valves Can Help Your Family This Coming Winter

Winter is coming, with temperatures fluctuating around five degrees to freezing point within a month in the Big Apple. The level of snow precipitation in New York is also higher than the averages of other US cities, which will make the winter even colder.

The necessity of warmth in cold cities gave birth to heating systems, but centralized heating systems tend to cause imbalance in heating temperatures for an entire home, which results in wasted energy. Tal Potishman, in an article on, posits that one of the things that can solve these problems are thermostatic radiator valves, like quality Danfoss valves: (more…)

U.S. Geothermal to Expand, Sarco Steam Traps to Play Crucial Role

Wind and solar energy are gaining a lot of attention in the renewable energy business, but what about geothermal energy? Heat from the bowels of the Earth can also be good for something, right?

Geothermal energy currently produces less than one percent of the world’s energy, but several countries like Kenya and Turkey have begun investing in this energy source. Kenya plans on making the most out of its 10,000-kW potential to cut energy costs and invite more investors. Meanwhile, Turkey aims to draw 30 percent of its energy from renewable sources in ten years’ time. (more…)

Letting Off Steam: Importance of Control in Regulating a Spence PRV

The Industrial Revolution brought new ways of making things. Today’s technology wouldn’t have been possible without the era of assembly lines, sewing machines, combustion engines, and huge boilers. With these innovations, however, also came accidents like boilers exploding left and right.

Dan Holohan for ACHR News refers to one such accident: the explosion that destroyed a shoe factory in Boston in 1905. Among the remains of the factory was a boiler that flew several feet into the air in the ensuing explosion and landed right on the factory engineer’s front yard. (more…)

MEPCO Steam Traps Explained: Improving a Steam System’s Efficiency

Casey Holmes’ article for discusses the different functions of a steam trap in a running steam engine. Holmes explains that an engine requires proper ventilation and mechanism for discharging condensate in order to perform efficiently. This is where a steam trap comes in; without it, the steam engine system will be in trouble of corrosion and damage through water hammer. Holmes states: (more…)