New York City Building Cuts Energy Bills by $18,5000 Per Year with Removable Insulation Jackets … →

The Brooklyn Museum is an art museum located in the New York City borough of Brooklyn. At 560,000 square feet, the museum is New York City’s third largest in physical size and holds an art collection with roughly 1.5 million works. Brooklyn museum is part of a citywide push to become more energy efficient by 2025. The museum has partnered up with National Grid taking advantage of their energy efficiency program & offsetting the cost of the sustainable upgrades.

Removable insulation is critical to any component that requires routine maintenance as the “easy-on, easy-off” process of a Thermaxx jacket allows the components to continuously operate at peak efficiency. Thermaxx insulation is also used for many other applications including pipes, boilers, steam traps, and more. All jackets are custom made, so insulating unique equipment is our specialty.

Recently we were asked to perform a survey for a large property management firm in New York City. This had not been the first time we provided this company with insulation surveys and we hoped that we would be awarded the project. Even though we were able to show the client the benefits of using traditional fiberglass on straight runs of pipe and custom jackets on serviceable components, we did not “win” the job. So I asked my contact to address the objection to our quote and recommended solution. I was told that this is an issue with the onsite engineers. “They don’t believe jackets are worth it!”

Traditional stay-in-place thermal insulation for piping and other components is rigid, and if it’s partially or fully removed for inspections or maintenance it usually can’t be replaced. Insulation that isn’t flexible, or rigid insulation, doesn’t work for every application. There are some cases where insulation blankets, like Thermaxx Jackets, are a better solution because they can be made with alternative insulation materials that are flexible. This allows for components of irregular shape to be insulated effectively. Read more.

A customer contacted us about insulating a machine designed to liquefy helium so that it can be transported throughout the machine. In order to do this, the helium must be cooled to about 4 Kelvin (-452⁰ F). Our job is to ensure that the components of the machine are insulated well enough to keep the helium at that temperature. This was by far the coldest application we have encountered so far, so the design of the jacket was going to require some special thought… More

There are a lot of things to take into consideration when you’re deciding what type of insulation to use for any particular application. We’ll cover 5 of the most important factors to consider here as it relates to piping, valves, and fittings…More

Centrifugal pumps are probably the most common type of pump in use today. Centrifugal pumps are used in residential applications for hydronic heating systems, potable water supply from a well and other applications. Industrial and commercial use is by far the greatest use of this type of pump. They are used for hot water supply/return systems, chilled water systems, light oils and a host of other applications.

Recently, I was surprised to see so many general insulation contractors throwing their hat into the ring while on a mandatory facility walk-through for an insulation jacket project that was being put out to bid by an engineering firm. When the walk-through was completed we were given a valve list and a couple of notes about the bid process, but key pieces of information were left out. Read more.

Chiller insulation blankets are becoming the standard replacement insulation for factory applied chiller insulation. The factory applies insulation to the low temperature surfaces such as the evaporator, water boxes and suction elbow. The insulation is usually ¾” thick rubber insulation with a K factor of 0.3 Btu-in./hr.-ft²-°F. If maintenance is required on any of the low temperature areas of the chiller and the insulation is affected, it must be removed… Read more!