How Can I Prevent My Propane Tank from Freezing?

How Can I Prevent My Propane Tank from Freezing?

Propane tanks will freeze up when the ambient temperature drops below -44°F. This is because propane has a boiling point of -44°F. If the temperature is not greater than -45°F, your propane will not vaporize, and your tank will freeze. However, as the temperatures drop, and the volume of propane in your tank drops, as will your pressure. If you do not have a heating source, it is important to keep your propane tank as full as possible at all times, to avoid freezing.

Pressure Rates

Another situation that can cause a propane tank to freeze up is pressure rate. Drawing more pressure than your tank is designed for, or pulling large amounts of pressure in a short amount of time will result in freezing.

Keep It Full by Keeping It Warm

You can prevent your tank from freezing by keeping it full, which means filling your tank more often. This option may be expensive and annoying.  Or, you can look into heating systems. When researching ways to heat propane, safety is key. Try to find a heating method with safe heat, such as a heating blanket, or an insulated blanket, depending upon the amount of pressure needed. It is important to know how many watts are necessary to obtain the PSI levels desired or required.  If it is not possible to calculate this yourself, you will want to look for a solution that can provide that information for you before you make the investment.  Look for a heating solution that offers consistent heat and complete coverage.

Remember This

  • If possible, protect your tank from the elements
  • When the temperature drops, the pressure drops
  • The molecules in propane move rapidly as temperatures increase and slow down as temperatures decrease
  • Maintain a desirable tank pressure and avoid freezing with a heating source

 

No Open Flames

It is always important to remember when searching for a solution, to avoid open flames. Do not, under any circumstances, warm your propane tank with an open flame.  Propane is a highly flammable gas and heating it can be extremely dangerous. Also avoid products that are not temperature controlled, overheating a propane tank can cause the pressure valve to blow, which will create a leak in your tank.

Freezing Temperature Solutions

Cold weather often has adverse effects on equipment and materials, especially when the job requires everything to go smoothly. Without an effective solution to these freezing temperature problems, projects stop, time and money are lost, and jobs suffer. Powerblanket is driven to provide the best heating and cooling solutions no matter the industry or project.

Powerblanket drum and barrel heaters keep materials viscous.  Powerblanket concrete curing blankets ensure that the pouring season will go well into winter, preventing improper curing. And Powerblenkt heated propane wraps and blankets maximize the efficiency and longevity of your resources. Our goal is to provide total temperature control for every process and every project, enabling you to do what you do best, regardless of the temperature outside.

Learn more about how to care for your propane tanks with our complete propane guide or get more information on our propane tank heaters:

Propane Guide

Propane Tanke Heater Spec Sheet Download Now




Keep Propane Tanks from Freezing with a Propane Tank Heater

If you rely on propane for year-round operations, then you already know what a headache winter weather can be. If you have a cold propane tank as a result of dropping temperatures, you’re going to lose a lot of efficiency. Thankfully, there’s a simple solution to keeping your propane tank from freezing, and the solution is something some refer to as a propane tank blanket.

 

Keep Propane Tanks from Freezing with a Propane Tank Heater 1

Propane Performs Best Under Heat

Did you know that propane can freeze up completely if the ambient temperature drops below -44° F? Granted, -44° F is pretty darn cold, but in terms of gases, it’s a rather high freezing point. As cold as this temperature is in general terms, there are regions North America that experience extremes within this range and even lower, and if you operate a propane tank under these conditions without freeze protection, catastrophe is inevitable.

Worst-case scenario aside, propane-tank efficiency will fall substantially as the temperature drops, even if it never plummets as low as -44° F. As the temperature drops, so does the pressure in your propane tank, and the pressure in your propane tank coincides with the volume of propane you have to work with. As pressure drops, not only will the volume of your propane deplete, but your extraction rate (how quickly and smoothly you can extract propane from the tank) will suffer as well. If you don’t have a heating source to assist in the pressure maintenance of your tank, then you’re going to have to keep it as full as possible in order to keep it working, even if temperatures are mildly cold.

 

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More On Propane Extraction or Pressure Rate

Cold weather is the most common dilemma facing propane-tank failure, but it isn’t the only one. Another cause of propane tank freezing has to do with the rate of extraction, or the pressure rate. If you’re drawing out a substantial amount of propane from your tank in a short amount of time, then you could cause the tank to freeze and ice up. This is assuming, of course, that you don’t have a heat source to assist with the problem.

Filling your propane tank more often isn’t going to solve a problem like this. And to be quite frank, it’s only a Band-Aid for cold weather dilemmas as well. No, the only real solution to both problems mentioned here is to keep your tank at the ideal temperature, regardless of outside forces. The safest, most efficient way to do this is to employ an external heating system that both insulates your tank and adds regulated and controlled heat to the exterior service.

In the case of heating propane, SAFETY IS MOST IMPORTANT. Propane, as we’re sure you know, is a highly flammable gas, so using any old make-shift solution isn’t safe. On the other hand, using a heating solution design specifically for the process, one that is certified and pronounced safe by reputable, third-party testing laboratories is the only way to go. With that said, let us introduce you to the Powerblanket® Propane Tank Heater.

 

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Powerblanket® Propane Tank Heater

Powerblanket has the best propane tank heating solution on the market. And we aren’t just saying that because we are Powerblanket. No, we’re saying it because we know of no other company that puts more thought, time, and testing into such a product offering.  Our heating blankets will help maintain pressure and efficiency on just about any size tank.

What’s more, if your tank isn’t the common propane unit, well, that’s no problem. Our custom approach to heating solutions can tailor a blanket to fit your specific dimensions and needs. In addition to this, and most importantly, our product is safe! All Powerblanket heating blankets are certified with ETL certification to the highest standards of safety and efficiency.

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Benefits of Powerblanket Propane Tank Heaters:

  • Increase performance and efficiency of propane tanks
  • Provide even heat distribution
  • Save money by optimizing gas and material usage
  • Safety certified by UL/CSA/CE
  • Eliminates unnecessary cylinder refills in cold weather

 

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Learn more about how to care for your propane tanks with our complete propane guide:

Propane Tank Guide

Process Heating Engineering: Vanilla Beans

Process Heating Engineering:  Vanilla Beans

Often, when your industry is unique, there is not a ready-to-ship solution for your specific process heating needs.  Powerblanket’s process heating engineering uses ingenuity and Powerblanket technology to solve the temperature needs of many different companies throughout many different industries.

Powerblanket is currently working with Tahitian Gold, vanilla producer of choice for master chefs and culinary institutions, gourmet cooks and food connoisseurs, to find the best process heating engineering solution for their vanilla beans.

The Heating Problem

Tahitian Gold has vanilla beans that require heating before processing, and they do not currently have an effective means for consistent, safe heating. Right now, Tahitian Gold is testing various Powerblankets for buckets, barrels, totes and even a flat blanket to determine which process heating solution is most effective for their current temperature needs.

While this is not an overly complicated process heating dilemma, the mass of the beans and uncontrolled air gaps, along with awkward sizes and complex temperature and wattage requirements cause problems with consistent heating.  Hence, the reason for testing multiple Powerblanket options to ensure optimal results.

Each Powerblanket option provides concentrated heat to help consistently heat the beans throughout each container.

Powerblanket will approach your process heating needs with creativity built around your heating requirements.

Process Heating Engineering: Tank Heaters

Process Heating Engineering: Tank Heaters

Powerblanket® Engineer Favorite #2


The second installment of the Powerblanket Engineer Favorites comes to us from Coastal Drilling.  Coastal Drilling is a drilling company serving the South Texas drilling market, providing both daywork and turnkey contracts along with operating inland barge rigs in the shallow waters of the Gulf Coast.

An Oily Problem

In the winter when the three phase horizontal separator used during drilling operations was not being used, or the contents weren’t constantly flowing, the dirty oil water froze, consequently plugging the pipes. This halted operations until they could melt the blockage with torches.

The Need for Custom

Previous to discovering Powerblanket, Coastal Drilling used torches as the best possible solution because nothing premade could resolve this frozen dilemma.  A blanket for this kind of tank required multiple cut outs in order to fit properly and to apply heat to as much surface area as possible.  Powerblanket engineers had an immediate hurdle to jump, as there were no technical drawings of the tank to help create the design.  Instead, the team scanned the tank with a 3D scanner, which allowed for the correct location of each cutout.

Powerblanket Solution

Powerblanket provided Coastal Drilling with custom made heating blankets that wrapped the tank with the necessary cutouts. The size of the tank required two separate heating blankets. Two heating blankets allowed for an easier installation, and it allowed the designers to put more power into the blanket to ensure enough power to keep up with the cold winter temperatures.  Now, operations did not have to stall for the water to thaw, consequently saving Coastal Drilling time, money and headaches.

Custom Solutions:  Tank Heaters

Powerblanket Tank Heaters maintain temperature, heat, provide freeze protection, and/or optimize flow for viscous and temperature sensitive materials.

Why Choose Powerblanket Tank Heaters?

  • Maintain optimal temperatures for temperature sensitive materials
  • Custom designed to fit any tank and/or process heating engineering projectprocess heating engineering
  • Provide ultimate freeze protection
  • Available in 120, 208 or 240VAC
  • Enjoy the peace of mind that your valuable materials are protected

Powerblanket Engineer Favorite #1

POWERBLANKET® ENGINEER FAVORITE

Over the years, Powerblanket engineers have used their ingenuity and Powerblanket technology to solve the temperature needs of many different companies throughout many different industries.  In the Engineer Favorite Series we will explore a variety of projects with unusual challenges and the Powerblanket solutions that saved time, money, and/or headache for our clients.

#1: No Off-the-Shelf Solution

Often, when your industry is unique, or your product very specialized, there is not an off-the-shelf solution for your specific temperature control needs.  In these cases, Powerblanket engineers take a hands-on approach to creating a custom solution just for you.

THE PROBLEM

Recently, an aerospace company had a carbon fiber mold with very specific heating requirements.  Because of the large mold, they needed to monitor and track the temperature at multiple points across the table to ensure that it did not get too hot.  In addition, this company used a custom-sized table with very specific power requirements.

 

CUSTOM CONTROL AND HEAT

Powerblanket designed and built the heating element and a control system that would monitor and log temperatures at four different spots on the heating element. The controller made it possible for the company to set a desired temperature. A USB memory stick contains the logged temperature data, allowing them to document the process and provide data if required by their customer.

This control system was something they needed, but it was outside of their area of expertise.  On top of that, they needed a large heating element which is difficult to come by. Powerblanket provided the exact and precise control needed, as well as the exact heating element required in the form of a flat blanket.

They can now type in the desired temperature and the blanket will take it up to that temperature. They need no second system for tracking and logging the temperature data. In the end, this Powerblanket custom heating and control solution simplified their process.

CUSTOM HEATING SOLUTIONS

Powerblanket engineers solve every kind of temperature problem from simple to very complex. Our expertise guarantees satisfied customers in a very short turnaround time, often in less than 14 days from design to delivery.  

We have created solutions for:

  • Frac tanks
  • Truck mounted propane tanks
  • 500 gallon gravity flow tanks
  • Pipes and manifolds
  • Valves and instrumentation
  • Hoppers
  • Large tanks
  • Wind blade epoxy curing

. . . and many more

IBC Heater Solutions for Sensitive Products

IBC Heater

IBC Heater blankets are an excellent temperature control solution for your sensitive products.

Simplify with an IBC (intermediate bulk container) Heater Jacket

Most chemicals and industrial supplies have stringent storage and temperature requirements. Cold temperatures can be particularly troublesome. If you store chemicals or other industrial supplies in large totes, it’s difficult to find an effective heating solution. How do you keep an IBC/tote tank, full of chemicals, at optimal temperatures? Do you store chemicals and/or other temperature-sensitive materials?  Are you concerned about freeze prevention or temperature control?   Rather than hope that your stacked IBCs keep each other warm, invest in a solution that will save you time, money, hassle, and preserve your sensitive products.

IBC Heater Solutions

Powerblanket has the solution. Powerblanket IBC heater blankets provide safe, consistent heat, ensuring your totes are stored at optimal temperatures. Our standard IBC heater blankets  fit 250 gallon, 275 gallon, 330 gallon, 350 gallon, 450 gallon and 550 gallon totes.

 

Powerblanket IBC Heater Jacket Cross Section

A Powerblanket IBC heater offers consistent, and regulated heat distribution at a fraction of the cost of other IBC heater alternatives.  The advanced insulation prevents heat loss and will protect down to -40°F/-40°C.  The heating element within the blanket allows for more surface area contact, conserving energy and greatly reducing hot and cold spots.  

IBC HEATER

All Powerblanket IBC Tote Heater models come with an insulated top which reduces heat loss from your application.

  • Designed to be durable and weather resistant
  • Safely heat and protect a wide variety of chemicals and materials
  • Includes adjustable digital thermostatic controller
  • Provide an insulated full-wrap design
  • Provide easy access with a removable top
  • Deliver uniform heat to temperature sensitive products
  • Preserve expensive materials without scorching or burning
  • Prevent waste by maintaining consistent temperatures
  • Raise material temperatures as high as 145 ºF / 62 ºC (± 5 ºF/3 ºC), depending on ambient conditions
  • ETL certified to UL and CSA safety standards

IBC HEATER

Frozen Ground: Understanding How and Why it Freezes

On December 31, 1967, the Green Bay Packers and the Dallas Cowboys competed for the NFL Championship in Green Bay, Wisconsin. They played in temperatures as low as -25° Celsius (-13º Fahrenheit). The players noticed that the field became so hard their cleats could not dig into the normally soft soil. They slipped and struggled to stay upright. Why? The ground had frozen solid. This historic game is known as the Ice Bowl.  Frozen ground played havoc with the game.

Frozen Ground

Frozen ground occurs when the ground contains water, and the temperature of the ground goes below 0° Celsius (32° Fahrenheit). More than half of all the land in the Northern Hemisphere freezes and thaws every year, and is called seasonally frozen ground. One-fourth of the land in the Northern Hemisphere has an underground layer that stays frozen all year long. If the ground remains frozen for at least two years in a row it is called permafrost.

What makes the ground freeze?

When ground is frozen solid, the water between the rocks, soil, and pebbles, and even inside the rocks, has frozen and becomes pore ice. So officially, the ground freezes when the water in the ground becomes ice.

How does the density of water affect frozen ground?

When water turns into ice, it can expand with great force and cause the ground to swell. In areas with a cold winter season frozen ground can damage roads. For example, water turning to ice under roads sometime creates frost heave. The expanding ice pushes up the road and creates a hump, which later, after a thaw, will create potholes  and sunken sections in a roadway.

The ground below is not all the same temperature

When the temperature of the ground drops below 0° Celsius (32° Fahrenheit), it freezes; however, the ground temperature can be different from the temperature of the air above it. Layers deep within the ground may be colder or warmer than layers near the surface of the ground.

The top layer of ground may respond to conditions on the surface, but the layers below may not change as quickly. On a warm summer day, the surface of the ground absorbs  heat and becomes hotter than the air. But the temperature a few feet underground may be much lower than the air. It is the opposite in the winter; the surface of the ground cools, but the layer deep underground may stay warmer than the surface. The upper layer of ground stops heat from moving between the cold air and the deeper layers of the ground, insulating itself.

The ground is not the only thing that insulates itself from the air. For example, imagine a lake on a hot summer day. The first few feet of the lake will be warm. But closer to the bottom of the lake, the water will be much cooler. The Sun’s heat has less effect on the water deeper below the surface. This layering of temperatures is called a temperature gradient.

The type of soil in an area also affects how the ground will store heat. Loose soils like sand have more space for water and ice forms more easily. Dense soils with small particles do not have as much space for water. Clay, for example, does not freeze as easily as sand.

How deep does the ground freeze?

The depth of frozen ground depends on the length of time the air is cold. The longer the cold period, the deeper the ground will freeze. But the depth of frozen ground is limited, because Earth is warm deep inside.

Most of Earth’s heat comes from the Sun (Figure 1). The ground stores a lot of the Sun’s heat and reflects the rest into the air. Snow and ice are light colored and reflect more heat away. Ocean water and bare ground reflect less heat, instead absorbing it. This transfer of heat between the ground and the air is called the surface energy flux.

energybalance_small

Figure 1. This diagram shows how the Earth’s atmosphere and the ground reflects and absorbs the Sun’s energy.

Credit: NASA Atmospheric Science Data Center

 

Heat is also coming from the inside of the Earth. The Earth’s core is very hot, and its heat moves towards the surface–geothermal heat flux (Figure 2).

insideearth

Figure 2. Deep inside, the Earth is hot. The mantle and liquid outer core are molten rock. The inner core is solid, but it too is hot. This heat moves through Earth’s layers to the surface.

Credit: Lawrence Livermore National Laboratory

 

Heat from volcanoes, rivers, lakes, and other sources can also spread through the ground. This heat keeps some areas unfrozen, even though surface temperatures are low.

In general, deeper permafrost is very old. One researcher found that the deepest part of the permafrost underneath Prudhoe Bay, Alaska, is more than 500,000 years old.

How does the local landscape affect frozen ground?

Temperature swings, seasonal changes, and location are not the only things that affect frozen ground. Snow, soil, plants, and other aspects of the local landscape also affect frozen ground.

Snow

A thick layer of snow acts like a blanket so that heat does not leave the ground. Only a thin layer of ground will freeze under a thick layer of snow.

Soil type

Some soils freeze more easily than others. Light-colored soils freeze sooner and stay frozen longer than dark soils. Light-colored soils and rocks reflect sunlight, keeping the ground cooler.

Peat

Peat is soil that forms when dead plants do not decompose all the way. Peat is found in marshy areas that form when the active layer thaws. The ground under peat is usually colder than ground not covered by a peat layer.  In the winter, peat freezes and allows heat to leave the ground. Because the heat escapes, more frozen ground and permafrost form.

Plants

In the summer, plants keep the soil underneath them cooler because they block some sunlight from reaching the ground. Evergreen trees especially keep the ground cooler. Evergreen trees do not lose their leaves in the winter. This means that the trees block sunlight from warming the ground. Plus, their branches block snow from reaching the ground underneath. The bare ground loses heat more easily. Permafrost often forms under evergreen trees.

Slopes

Hillsides and mountain slopes can affect frozen ground and permafrost.

If a slope gets more sunlight because of the way it faces, the ground will be warmer and will be less likely to freeze. In the Northern Hemisphere, slopes that face south, towards the Sun, get more sunlight than shady slopes that face north. The opposite is true in the Southern Hemisphere.

Steep slopes are likely to contain frozen ground. The steepness of the slope affects how much sunlight it gets. Steep slopes do not get as much direct sunlight, so they are colder. Steep slopes do not hold snow cover very well, so the bare ground loses more heat. Wind direction also affects whether frozen ground forms. If a slope faces into the wind, the ground will lose more heat. Plus, the wind will blow snow away making the ground even colder.

Lakes and rivers

Lakes and rivers are sources of heat in cold places. The water is warmer than the surrounding air and can keep the ground beneath it warmer in the winter. Lakes and rivers might not have frozen ground under them. Or, they might have a thicker active layer compared to nearby land.

The Powerblanket® Solution for Frozen Ground

Frozen ground is a reality many industrial companies must face.  The high watt density in Powerblanket Ground Thawing Blankets helps tackle the difficulty of thawing ground in harsh climates.  Use a Powerblanket ground heater to save time, money, and stress.  

 

“Your blankets are absolutely excellent. Thanks to the Powerblankets, we were able to quickly thaw the ground and complete our job. In fact, we estimate a savings of 10 hours per site equaling a savings of $5,000 already. Calculating this to our thousands of sites, the savings is huge! We are excited about the time and money Powerblanket has saved us and look forward to future savings.”

—Kim Herman OSP/COEI Operations Manager Precision Utilities Groupfrozen ground

 

Why Choose Powerblanket Ground Heaters?

  • High power density thaws frozen ground
  • Quickly remove frost prior to concrete pour
  • Melt snow and ice from roofs, walkways, and construction areas
  • Easily installed and removed
  • Provides higher heat control when combined with a thermostatic controller
  • Saves time, money, and labor

learn-more-ground-thawing-01

 

“All About Frozen Ground.” National Snow and Ice Data Center. Accessed 20 December 2016. https://nsidc.org/cryosphere/frozenground.

Heated Walkway Mat-NEW!

HEATED WALKWAY MATsummersteplogo2016-02

What is more beautiful than fresh, untouched snow in morning light?  A clear walkway that you didn’t have to shovel or salt!  Snow is beautiful, but that beauty comes with a cost: shoveling, slippery stairs, ice, repeat.  Many home and business owners would love a quick winter fix. Powerblanket is pleased to announce the newest member of the PB family that will make your winter snow maintenance a breeze: the SummerStep™ heated walkway mat.

 

CLEAR A PATH WITHOUT THE SIDE EFFECTS OF ROCK SALTheat-step-5-cob

While rock salt may be the most economical solutions for snow and ice accumulation, rock salt can cause problems for pavement, concrete, and vegetation.  Rock salt can seep into the porous surface of your concrete and make a home inside. This makes the concrete more prone to deterioration. Salt crystals inside of concrete also draw water toward them, increasing the saturation potential of concrete by 9%. Depending on the thaw/freeze cycle of your winter, your concrete could experience some significant damage.  Asphalt surfaces, brick and stone used in home walkways, and landscaping also suffer from the salt/water infiltration and freeze/thaw cycles, though not quite as much as does concrete.  Since plants cannot “sweat off” salts like animals, they have to shed leaves/twigs. Salt also reduces soil quality and attracts water to itself, which makes it harder for root systems to pull the water into the plant.

With the SummerStep heated walkway mat, these environmental side effects are completely avoided.  Save your concrete, pavement and vegetation.

SNOW MELTING MATS

heat-step-4-cobSummerStep™ heated snow mats are ideal for both residential and industrial applications.  Using the same technology as the Powerblanket, the SummerStep heated walkway mat uses radiant heat to clear the path of ice and snow.  Snow and ice have the potential to lead to many hazards that delay productivity, increase cost, and cause accidents.   Prevent those hazards and the accumulation of additional ice and snow with SummerStep.  Enjoy the convenience of a portable snow melting mat that is designed to be outside all winter long. SummerStep™ outdoor snow melting mats keep stairs, doorways, ramps, walkways and alleyways safe and secure from slip and fall accidents. Prevent hazards created by icy winter weather when you use these snow traction mats.  

  • Save time and money
  • Keep walkways clear of ice and snow for your safety
  • Environmentally safe, requires no chemicals
  • Durable and long-lasting
  • More convenient than shoveling snow
  • Peace of mind warranty
  • Reliable. Even in the worst conditions, SummerStep keeps the path clear
  • The ONLY snow melting mat made in the USA

Stairs, sidewalks, driveways, ramps, doorways, and narrow walkways remain free from snow when you use SummerStep snow melting mats.

 

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Ground Thawing Blankets: Prep Frozen Ground with Powerblanket

When it’s cold and the ground is frozen, your job suffers.  Thaw frozen ground and get back to work quickly with Ground Thawing blankets from Powerblanket 

Winter is an interesting beast, especially for those who make their livelihood working outside.  Often prep takes longer than the actual job itself.  Powerblanket has considered the difficulties and delays associated with cold and freezing temperatures and has created a solution.  With Powerblanket’s patented heating technology you can prep the ground with little to no effort or supervision on your part. 

Ground Thawing for Commercial Plumbing

A south-central Utah plumber said, “I wish I had known about Powerblanket’s ground thawing blankets a couple years ago.  We had a job in Mount Pleasant that got so cold that we couldn’t dig.  We started laying out thermal blankets every night to avoid the hard freeze that happened overnight.  We had to layer the thermal blankets in order to keep the ground warm enough to work each morning.  Our progress was slow and labored, and we never knew what we would find at the job site each morning.  It woudl have been so much easier if we had had Powerblankets.”

Some industrial companies also try heating the ground with massive coils or large heating systems, which becomes expensive and cumbersome. This approach requires rental fees, transporting equipment, and a bit more money than the bid allows.  Your ground thawing blanket can be used over and over on any frozen job you have.

The high power density in Powerblanket Ground Thawing Blankets helps tackle the difficulty of thawing ground in harsh climates. This line of Powerblanket flat blankets has a higher power density and hotter temperature than our concrete curing blankets. The higher temperatures are ideal for ground thawing applications and curing epoxy or resins.

Why Powerblanket Ground Thawing Blankets?

  • High power density thaws frozen ground quickly
  • Remove frost prior to concrete pour
  • Melt snow and ice from roofs, walkways, and construction areas
  • Easily placed and removed
  • Can be used to cure epoxy and resins

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How Heat Cools: High Heat Applications from Powerblanket

OMNIA Nightclub San Diego looks out over the Gaslamp Quarter and is the jewel of San Diego nightlife.  Conceptualized around the elements of opulent, classic design and modern technology, OMNIA is a stimulating nightlife experience.  The nigowerblanket400drumhtclub features a variety of musical talent spanning diverse genres for an all-inclusive nightlife experience.  It is a nightlife destination not to be missed.

While OMNIA is a feast for the senses unlike any other, much takes place behind the scenes to make that sensory feast happen effortlessly.  The lights, the sound and the smoke must be operating at their peak and OMNIA Nightclub San Diego knew their Cryo System was not reaching its full potential.  They needed stronger, colder jets of CO2 and turned to Powerblanket for help.

Omnia night club found Powerblanket through Salvin Design. Salvin Design manufactures C02 tanks for special effects. When they presented their problem, the Powerblanket engineers ran some calculations to determine the heat needed to maintain optimal pressure to give the best effects possible. The Powerblanket 400™ became the obvious choice.

“We use the Powerblanket 400 here at OMNIA Nightclub San Diego in an indoor application to provide extra power and performance with our Salvin CO2 Cryo System.  The Powerblanket significantly improves the output and quality of our Cryo System by creating and helping to regulate high pressure in our CO2 bulk tank.  The results are stronger and fuller CO2 plumes, which keeps our patrons cool and looks incredible!”  Andrew Miller, Technical Manager ,OMNIA Nightclub, San Diego

 

Learm More PB 400