The energy solutions blog

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[..]

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[..]

Whether we realize it or not, we are in the middle of an energy crisis. After decades of unprecedented development in all corners of the globe, the energy demand has become extremely high, being the economic development and the constant population growth in big cities its main drivers. When we consi[..]

The power production industry is changing. Increasingly, we encounter environmental challenges like climate change and the greenhouse effect, as well as the decline of fossil fuels reserves. This has led to the re-imagining and adaptation of power production from older carbon-based power plants to n[..]

The rapid evolution of information and communication technologies has affected daily life in many ways: our ways of working, of spending our leisure time, of doing business, of travelling… All these different changes have influenced and will influence the development of so-called “smart cities”. New[..]

District cooling provides chilled water in an efficient manner with minimal effect on the environment. A centralized cooling plant distributes the cooling water via a network to industrial, commercial, and multiple residential buildings. We must reiterate the huge dependence of the success of any DC[..]

Have you ever imagined that there was a time when district cooling systems did not exist? It is even harder to imagine how life would be without this technology. Industry and developments would require full support of the grid and miss solutions offered by renewables and waste heat, among other bene[..]

Chilled water thermal energy storage (TES) has proven to be an effective technology for managing central cooling plants in some climates. Where it has been applied, this technology has often produced significant operating cost savings for owners, added flexibility to plant operations, and enhanced e[..]