The Energy Solutions Blog

District Cooling

Footprint in district cooling and heating plants

Why Footprint Optimization? One of the most critical points faced by engineers when developing the basis of a District Cooling and Heating plant (DCHP) is the footprint optimization.

District Cooling

Industrial Chillers for DCPS: efficiency analysis

The cooling demand in urban areas is increasing because of comfort requirements, heat island challenges and internal heat loads. The relatively high temperatures of the Middle East and Africa are other significant drivers of district cooling demand. We are at a point where Saudi Arabia and fellow em[..]

District Heating, District Cooling

Heat pump applications in industry: District Energy

Did you know District Energy Systems are essential for our cities in order to fight climate change, while remaining cost-effective and energy-efficient? The role of industrial heat pumps is key.

Turbine Inlet Air Cooling

Industrial Efficiency Solutions: Decreasing Environmental Impact

As the global energy demand increases at an alarming rate, governments and other relevant entities are faced with difficult choices that will have serious ramifications in future. The future prosperity of populations is at a delicate balance owing to continued overreliance on coal, gas and other uns[..]

Energy Industry

Energy Control Systems, Increasing Flexibility and Performance

Recent years have seen many industries initiate steps towards improved energy efficiency and better environmental responsibility. This shift has been prompted by many tangible benefits that include lower operation cost and minimal maintenance costs for equipment. While we must applaud the steps made[..]

Thermal Energy Storage

Multi-Tank System: How Does it Work? When Is It Recommended?

Are you aware that on-peak cooling can be twice as costly as off-peak cooling? Applying leveraging technology for this disparity can reduce the burden on your wallet. Thermal energy storage (TES) has a long and rich history dating back to the 1800s when North Americans used blocks of ice to preserve[..]

Refrigeration

Cooling Tower Blowdown: an Environmentally Sensitive Area

By now, you probably know that ARANER is a global brand in matters Industrial Refrigeration Engineering. The firm provides efficient energy solutions, a full range of standard or customized products as well as tailor-made professional solutions and services in a minimal amount of time. In the course[..]

Turbine Inlet Air Cooling

Cogeneration and Tri-Generation Systems: Advantages and Use Cases

In our daily lives, comfort is a priority. In our jobs and businesses, flexibility and efficiency play a crucial role. Together, the effect our lives have on the natural environment must be contemplated at every situation. Proven engineering integrated energy solutions that are providing this are co[..]

Refrigeration

Refrigerator Cooling System in Hospitals

The healthcare industry consumes loads of energy and release a lot of waste into the environment. Equipment working on a 24/7 basis- ICU machines, CT scanners- and at full power mode is unavoidable. Some healthcare managers opine that reducing environmental impact and lowering electricity bills rema[..]

Thermal Energy Storage

TES Power: smart city requirements

A recent report by the United Nations, specifically the Department of Economic and Social Affairs, projected that cities globally will absorb 2.5 billion more people by 2050. Owing to the dynamics that are associated with such a transformation, cities are going to face a myriad of challenges. Traffi[..]

Turbine Inlet Air Cooling

Keys about Operability and Maintainability of a TIAC plant

Unplanned machine downtime in a TIAC plant is costly, and can cause subsequent failures that can put users at risk. That is why operability and maintainability of the power plant should be a priority. Operating data from TIAC energy plants designed by ARANER shows superior power and plant reliabilit[..]

Turbine Inlet Air Cooling, Thermal Energy Storage

Computational Fluid Dynamics (CFD) uses for Power Augmentation

Managing cooling energy through Computation Fluid Dynamics (CFD) Analysis is an effective way to carry out power plants at the highest levels of efficiency. Old times, engineers relied merely on experience to develop the aerodynamic aspects of their designs. Later, they would resort to tunnels, but [..]

The energy solutions blog

Footprint in district cooling and heating plants

Industrial Chillers for DCPS: efficiency analysis

Heat pump applications in industry: District Energy

Industrial Efficiency Solutions: Decreasing Environmental Impact

Energy Control Systems, Increasing Flexibility and Performance

Multi-Tank System: How Does it Work? When Is It Recommended?

Cooling Tower Blowdown: an Environmentally Sensitive Area

Cogeneration and Tri-Generation Systems: Advantages and Use Cases

Refrigerator Cooling System in Hospitals

TES Power: smart city requirements

Keys about Operability and Maintainability of a TIAC plant

Computational Fluid Dynamics (CFD) uses for Power Augmentation

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