CPD - Hydrogen & Alternative Energy in the Construction Sector

Fossil fuels are one of the causes of climate change. Even though we need it for our daily life, it ruins our environment. The high demand makes the mining industry eager to look for the sweet spots. The process of digging until it becomes fuel or energy creates harmful gases for the Earth’s well-being. Therefore, many industries are looking for other options. In particular, the construction sector is trying to use hydrogen & alternative energy.

Fossil fuels are made from decomposing plants and animals that died millions of years ago. As a result of the process, they produced coal, oil, and gas. Burning these things releases harmful gases, such as CO2. Those gases trap heat in the atmosphere and warm the Earth. Moreover, most of our activities need to burn these sources to produce energy. Especially in building projects, you need this to power heavy vehicles and produce materials.

To reduce fossil fuel use, we need to use cleaner sources, like hydrogen & alternative energy. The construction sector needs to save more power in its process, including when making the materials. You can use eco-friendly materials so you can reduce reliance on products made from fossil fuels. In this training, we are going to focus on other power source options that we can use.

What are hydrogen & alternative energy?

Hydrogen & alternative energy sources are types of energy carriers and renewable energy sources that provide cleaner power options. With them, we can significantly reduce fossil fuel dependence and carbon emissions. Hydrogen is one of the options that can only produce water when burned or used in power cells. On the other hand, alternative energy is any energy source that replaces fossil fuels, such as sunlight, wind, moving water, geothermal, and nuclear.

These sources produce almost zero harmful gases. They can be used in various ways, such as transportation, electricity generation, and industrial applications. Some sectors are already using these types of energy to create electricity with low emissions, including steel production, oil refining, and the chemical sector. They can be stored for later use. Some of them even use batteries to keep the power.

Transitioning to hydrogen & alternative energy in the construction industry and other sectors can reduce pollution from materials like steel and cement while promoting a more sustainable power grid. Although challenges remain, such as cost, storage, and accessibility, ongoing advancements and government support are making clean energy solutions more viable and scalable.

Course Preview

The CPD - Hydrogen & Alternative Energy in the Construction Sector course provides information about cleaner power sources. Therefore, the learners can create an eco-friendly building project. Furthermore, they can find a way to develop better tools to provide cleaner fuels. In doing so, the training provides learning goals for the learners, such as:

1. Understanding hydrogen & alternative energy technologies
2. Eco-friendly building methods
3. Power transition in construction
4. Clean fuels for heavy machines
5. Law and rules frameworks
6. Cost and financial implication
7. Impact on eco-friendliness and carbon footprint

From this course, the learners will have the knowledge and skills to shape the future of building projects. In the future, they can use hydrogen & alternative energy in their projects, promoting a more eco-friendly and environmentally responsible system in this sector. The other benefit of this training is that learners can stand out with their experience in this field.

Curriculum Outline

Throughout this training, the participants will learn and explore hydrogen & alternative energy and how they can be used in projects. They will know how to make eco-friendly building methods. The learners can move from fossil fuels into clean power sources for powering tools, heating, cooling, and electricity. From this session, they will learn about:

• Introduction and the basics of hydrogen & alternative energy
• Clean sources play a role in building projects
• Application of green power on construction tools
• Rules, frameworks and industry standards
• Financial implication
• Future trends and new ideas

By the end of the course, the learners will have the confidence to create an eco-friendly building project with the help of hydrogen & alternative energy. They can use a thorough method, mixing theory, practical knowledge, and real-world knowledge to integrate green powers for construction. The learners will receive a certificate upon completion as proof they have finished the course.

Prerequisite Qualifications

The CPD - Hydrogen & Alternative Energy in the Construction Sector course is available for anyone who is interested. However, it is suitable for people with civil engineering, construction management, architecture, and environmental science backgrounds. Moreover, we encourage you to have a basic understanding of power systems, such as electricity creation, fossil fuels, green power sources, and saving energy.

3 major issues with hydrogen

Hydrogen is the most common element in this world, but if you want to produce, store, and use it properly, you need to get through a complex process. This happens because our tools are not advanced enough right now. In doing so, there are many issues if you want to use hydrogen & alternative energy. The problems we face, such as:

1. Storage and safety issues: What makes storing this element hard is that it needs high pressure, low temperature, or solid storage components. Also, storage is still in the early stages of development and is not yet widespread.
2. Hard to move around: It is hard to move the element. It requires special pipelines or tanker trucks. The other problem is that if people want to build structures for this, they will take time and be expensive.
3. High costs: All the issues cause upkeep, storage, and transport to become expensive. This reason makes people feel that it is not worth it to use hydrogen & alternative energy.

The good thing is we are trying to develop hydrogen & alternative energy sources. Even though it is still in the early stages and needs further improvement before we can use it on a large scale. They are still looking for a way to cut down costs and increase efficiency. Moreover, the UK government is looking to achieve zero footprints by 2050. Therefore, they are going to support any kind of eco-friendly environment.

Improve the use of hydrogen & alternative energy with the College of Contract Management UK

Fossil fuels cause problems for our environment, such as climate change. However, these sources are still important for our daily activities, including in the construction sector. That is why many people are trying to move into hydrogen & alternative energy. They are one of the solutions to lower the use of fossil sources, offering cleaner and eco-friendly power options.

Therefore, building projects are starting to use green power to reduce harmful gases in steel and cement production. The College of Contract Management can help you learn this matter through the CPD - Hydrogen & Alternative Energy in the Construction Sector course. This training equips you with the knowledge and skills to use these tools for your project.

Even though hydrogen & alternative energy are still having issues, such as high production costs, storage problems, and structural needs, they are going to be useful in the future. In particular, there is technology improvement and government support to handle this condition. As a result, you can help to develop and support these clean power solutions to become more accessible and efficient and save costs. With this information, you can build a greener and eco-friendly built environment.

For the time being, the CPD - Hydrogen & Alternative Energy in the Construction Sector course is still in development. Any updates according to this lesson will be updated on this course page. However, there are still plenty of amazing courses for you to see and grab that are available on this site. If you need more questions, you can contact the CCM team through.