CPD - Geothermal Energy Systems in Sustainable Construction

Geothermal energy is natural underground heat extracted from the earth’s geothermal core. This energy can be used in construction by using underground heat pumps. These pumps efficiently heat and cool buildings through a system of buried pipes. Then, these will transfer heat from the stable ground temperature to the building. This process is using geothermal energy systems.

Using geothermal energy systems can get more energy savings than traditional heating and cooling systems. This is especially helpful in climates with large temperature changes. This way, engineers can create environmentally friendly options for new construction projects. It can also update the existing plan. Doing so can reduce energy consumption and carbon footprint, which is beneficial for the environment.

What are geothermal energy systems?

Geothermal energy systems are the process of taking heat from the earth to produce electricity. Also, they can provide a heat pump system by extracting hot water from the underground heat well. In the construction field, this method is used to heat and cool buildings. This can be done by using natural, consistent warmth through underground pipes. It aims to transfer a fluid to release heat depending on the preferred temperature.

In this case, buildings need heating and cooling systems to keep a comfortable temperature for occupants. This ensures their wellness and productivity by controlling heat flow inside. Doing so can greatly change the temperature based on the weather conditions. This enables people to work, live, and relax comfortably throughout the year.

Moreover, many people are now using geothermal energy systems in building their construction. This increases the demand for sustainable buildings and renewable energy. These demands keep growing because of increasing awareness of climate change, concerns about heat loss, and tighter geothermal rules. Therefore, using eco-friendly geothermal solutions in construction can contribute to reducing the environmental footprint.

Why geothermal energy systems matter

Geothermal energy systems are important  because they offer reliable, renewable, and low-carbon resources. These can be used to generate heating for buildings. An engineer will use underground pipes to exchange heat at stable ground temperatures. This provides heating in the winter and cooling in the summer for homes and buildings.

Moreover, the condition of the geothermal resources affects which method can be used for energy extraction. For example, it is suitable for electricity production if the fluid is hotter. However, it can be used for direct heating applications if the water is cooler. In doing these two, geothermal energy systems help to create a better result.

Programme Overview

The construction industry greatly uses the earth’s heat resources. This is because the resource is renewable and eco-friendly. As a result, the construction project can be more affordable and has a lower carbon footprint. However, it is a bit challenging to obtain geothermal energy. Therefore, using geothermal energy systems will help you. To understand this topic, you can learn from courses by a trusted educational institution. 

The course is about CPD - Geothermal Energy Systems in Sustainable Construction. It will teach you how to understand geological data, conduct geophysical surveys, and use well-logging techniques. These ways aim to review the value of a geothermal site. Knowing these techniques allows you to build a more eco-friendly geothermal plant, which reduces the carbon footprint.

Programme Outline

The CPD - Geothermal Energy Systems in Sustainable Construction educates the participants about the earth’s heat resources. Knowing this aspect is important for any field, especially the construction industry. This enables workers to build sustainable buildings while reducing the high consumption of energy. To help you learn about this approach, below are the covered materials in this course:

• Understand the principles and types of geothermal energy generation
• Analyse geothermal resource potential and power plant designs
• Review drilling and completion techniques for geothermal wells
• Apply reservoir engineering principles to geothermal energy systems
• Explore advanced geothermal technologies

Eligibility Requirements

This course provides valuable lessons for understanding geothermal resources for the construction industry. To make your learning process inclusive, this programme doesn’t need any formal experience. Therefore, everyone from all backgrounds can join the class. Also, the training offers a simple registration process. This makes it easier for everyone to join.

Types of Geothermal Systems

Geothermal resources are located in the earth's subsurface. Therefore, they need geothermal energy systems like a ground source heat pump. It involves drilling holes underground and circulating a fluid through pipes. It aims to extract heat from the ground and transfer the heat to the buildings. However, several systems can be used based on their methods. To help you understand, below are the types you need to understand.

Dry steam

A dry-steam plant uses resources from the earth’s natural heat to produce saturated steam at very high pressure. This process uses dry steam directly from the earth without combining it with additional conversion processes. However, this type of geothermal energy systems is rare. This is because the natural geological area with a pure heat steam reservoir without significant water content is very limited. Also, it usually happens at the deepest drilling ranges. 

Flash steam

Unlike dry steam, flash steam geothermal plants are the most common way of obtaining heat resources. This plant uses boiling water from the well to produce the resources. It typically produces high-pressure boiling water from 180 degrees Celsius to 370 degrees Celsius. Moreover, the well for this plant supplies more geothermal fluid than the dry steam. As a result, many people like to use this process. 

Binary cycle

The binary cycle geothermal energy systems are usually built in areas where the heat reservoirs have a lower temperature. In this case, the binary cycle uses a secondary flowing substance to generate electricity for sustainable construction. Because of the lower boiling point, the heat from this process causes secondary water to change into steam. Therefore, the steam is used to move the turbine to create electricity.

Building sustainable geothermal energy systems for the construction industry

Geothermal energy is the earth’s renewable resource that delivers heat from the earth to the surface. This comes with many benefits for any industry, including the construction industry. It includes a sustainable way to provide temperature control for buildings. Using geothermal energy systems reduces the reliance on traditional methods. Hence, it leads to lower energy costs and reduced carbon footprint. 

In response, the College of Contract of Management provides several valuable classes to help students learn this method. Their CPD - Geothermal Energy Systems in Sustainable Construction training teaches knowledge about heat extraction, power plant designs, and advanced technologies. Learning these concepts helps engineers and builders implement effective geothermal solutions, contributing to a greener future.

This course is suitable for construction workers and civil engineers. This programme provides several important pieces of information on managing heat energy from the earth. The course’s schedule will be announced accordingly. It will be shared once the speaker and the materials are ready. You can contact our team for further details and assistance. We are ready to help!