Transforming your facility with insulation begins with a walk-through of the typical areas in a building that would need insulation. We like to start with the heating plant/boiler room or the room in which steam is distributed from the main plant. If you or your company has energy goals, our insulation survey organizes the data that you will need to prove your efforts. Read more.
Insulation blankets for industrial applications are vastly different than insulation used for domestic applications. Removable, reusable industrial insulation blankets are made by manufacturing specialists like Thermaxx Jackets with heavy-duty insulation materials that can withstand extreme conditions. In fact, Thermaxx guarantees its insulation jackets for 5 years because they’re built with high-quality materials. Additionally, industrial insulation blankets can be custom made to fit even the most unique component. Read more.
A hot boiler room creates many problems. Typically, the ceiling of a boiler room is the bottom of the floor directly above and because heat rises the ceiling area is hot, extremely hot. Many times, we see temperatures exceeding 115°F! The floor above the boiler room radiates heat into the occupied space causing an unanticipated load on the cooling system. The space is so uncomfortable that windows are opened in the winter time wasting more heat. Read more.
There were many reports of record rainfall in the United States in 2018. Several states had “One-in-1,000-Year” amounts. Hurricane Florence dropped more than 30 inches of rain as it made its way through the Carolinas in mid-September at least 20 inches of that rain fell over an area the size of New Jersey. In northern Wisconsin/Northern Michigan up to 15 inches of rain inundated parts of the state causing roads to wash away and several rivers reached record crests. There are many more states that suffered like Virginia, Maryland, Colorado, Texas, which all reporting record rainfall totals during summer 2018. Read more.
Ammonia is a compound of nitrogen and hydrogen, or NH₃. Because of Ammonia’s vaporization properties, it is frequently used as a refrigerant. NH3 boils at −33.34 °C (−28.012 °F) at a pressure of one atmosphere, Ammonia was commonly used before Freons (chlorofluorocarbons) became popular. Read more.
Summer is nearly over, now is the time to prevent pipe line freeze-ups! Frozen piping doesn’t only happen with water lines, there are many other substances and chemicals that are piped within a facility. Some pipes can cause shutdowns of production lines if the line freezes and breaks, creating hazardous conditions and in general wreak havoc! Read more.
We often hear from clients facing a similar problem: condensation (or sweat) forming on their cold pipe or component. One may think it’s something that can be overlooked, but water can cause serious damage to sensitive piping or equipment if left untreated. Corrosion (the gradual destruction of materials, usually metals, by chemical and/or electrochemical reaction with their environment) can occur on the sweating pipe, and the equipment around it leading to messy leaks and equipment failure. Moisture buildup can also cause mold or mildew to form, or create a slippery workspace. In this article, we will discuss the problem in depth and present our solution. Read more.
With the price of fuel oil fluctuating as it does one important constant remains, energy savings. Oil Fired Boilers tend to be are still a very common component used to make hot water or steam. In today’s world we need to look for any way possible to save valuable energy dollars. With the oil-fired boiler that begins with the insulation. Read more.
Spray drying is the process of converting a mixture in its liquid form to a powder. This is done by removing the moisture component from the liquid solution. The solution, sometimes called an emulsion, is sprayed through a nozzle into a chamber that simultaneously has hot air being blown into it. This is the preferred method of drying of many thermally-sensitive materials such as foods and pharmaceuticals.
Chilled water applications (around 45°F/7.77°C) and cryogenic applications (-126°F/-87.8°C & lower) require that ambient air does not reach the component or sweating/icing conditions occur. To keep ambient air from infiltrating the insulation and subsequently reaching the component a vapor barrier is required. The purpose of a vapor barrier is as it sounds, it is a barrier of some type of material that will not allow the ambient air to come in contact with the component. Is that all that is required to stop the sweating? Hardly! Unless the vapor barrier has sufficient insulation between it and the component to prevent the vapor barrier from being at a temperature that is at or lower than the dew point the vapor barrier is worthless.
We have been using Thermaxx insulated jackets on our Hydro-Vac trucks for 8 years and have not had any issue with hoses freezing in outside operating temperatures that have reached below -45°F. I would recommend that if anyone is looking for a proven and durable insulated jacket, Thermaxx Jackets will have you covered.
Brandon Buchleiter, Hydro Vac Production Manager, KAISER PREMIER
Great News! ThermaXX completed a NYPA funded project with results exceeding expectations! Installing thermal blankets throughout the campus will save us thousands of dollars make our ME rooms safer. SUNY New Paltz congratulates ThermaXX on a job well done!
Energy Management Coordinator, New Paltz University