The energy solutions blog

Thermal Energy Storage (TES) is a technology which allows the storage and transfer of thermal energy, either heat or cold. TES takes advantage of off-peak periods of electrical demand to produce thermal energy, which is accumulated in the tank for later use during peak periods. Hot or chilled water [..]

Project management is the application of knowledge, skills, tools, and techniques to project activities to meet the project requirements. Each District Cooling project is individual and comes with its own unique set of considerations, and management must keep all of this in mind. Considerations for [..]

Maintenance of large-scale industrial refrigeration units is arguably at the top of the list when it comes to the reliability, performance, and efficiency of the equipment. Preventative maintenance is essential to help avoid breakdowns and outages in the future and keeping your equipment working rel[..]

The Vapor Compression Refrigeration Cycle is nearly 200 years old, but it does not seem ready to leave the scene any time soon. While some people have viewed this method as environmentally harmful and inefficient, the cycle is still applicable in the industrial sphere. Natural gas plants, petroleum [..]

The technologies used to provide District Cooling are often standardized for ‘plug and play’ type uses in many different facilities, yet we anticipate different outcomes from these installations. While these standard options can do the job, they aren’t ideal for many applications as provided. What h[..]

As you discovered in Part 1 of this blog series, Thermal Energy Storage (TES) technologies are used to optimize cooling and energy efficiency in buildings and industrial facilities. The main aspect of a TES system is the Thermal Energy Storage Tank, a tailor-made tank that stores chilled water durin[..]

It isn’t news that climate change is already affecting every country on the planet. The Middle East region, in particular, is suffering from “ longer droughts, hotter heatwaves and more frequent dust storms” according to a recent article by The Economist. This can affect everything from the scarcity[..]

Turbine Inlet Air Cooling for Gas Turbines A gas turbine is a type of continuous internal combustion engine which converts natural gas, into mechanical energy. The turbines convert this mechanical energy to electrical energy. Turbines consist of a compressor, a combustion chamber, and a turbine. Out[..]

District Cooling (DC) systems generate chilled water at a central plant and pipe the water to area buildings and the overall district to provide air conditioning. Centrally-located facilities should be custom-designed to adequately meet the specific cooling loads required by the premises served. Sin[..]

Thermal Energy Storage (TES) technologies are used in buildings and industrial processes as a way of optimizing cooling systems and reducing energy demand. These kinds of technologies are extremely relevant in the medium and long-term for improving the world’s current and future situation in terms o[..]

From the beginning of industrial refrigeration, when in the nineteenth century the first systems were developed for applications related to the food industry, until today, where the applications are increasingly diverse (District Cooling, Electricity Production, and Data Centers, amongst others), a [..]

One of the most widespread refrigerants used in the field of industrial cooling is R717 (Ammonia). The selection of the refrigerant is based on process parameters such as cooling temperature requirement, condensing pressure, plant nature, location, efficiency, etc… or simply due to availability. Usi[..]