Overview

Power Generation using Low Carbon Energy Options (LCEO)

 About the Course

 A global transition away from fossil fuels and toward energy alternatives with less carbon footprints is now taking place. This training course's main goal is to provide an overview of the many technologies that are now accessible, along with each one's benefits and drawbacks.

 This training program includes an overview of the numerous emerging and under-researched technologies as well as the political and commercial motivations for reducing CO2 emissions. Anyone involved in the strategic planning and implementation of plans that satisfies national, international, and corporate standards for greenhouse gas emission reductions in power generation environments can benefit from this training course.

This course is also offered as a hybrid eLearning course on demand.

training program goals

The following are the main goals of this training course:

to aid participants in gaining knowledge of climate change mitigation and adaptation measures. to improve the participants' understanding of and proficiency with renewable energy technologies.

to give participants a comprehension of the effects of the modifications in power generation.

 Target Audience

 All management levels and those involved in integrating low carbon power production technologies into current and future infrastructure may find this training session to be helpful.

 Course Objectives

• The delegates' understanding of low-carbon energy generating possibilities will grow.
• The interconnection between the design and operation of the various carbon reduction technologies will become well-understood by the participants.
• Participants will learn about the worldwide political organizations and treaties that are involved in analyzing and addressing climate change, as well as their suggested course of action.

Course Outlines

• The Motivations for Net-Zero
• The argument for and against global warming What are greenhouse gases and what do they do?
• International Energy Agency, the Paris Agreement, and the Intergovernmental Panel on Climate Change monetary aspects
• How much hydrocarbon use do we need to replace? How big is big? Carbon net zero Costs of Energy
• Life Cycle Analysis infrastructure construction
• Nuclear and fossil fuel power
• Solar Power Concentrated Solar Power Photovoltaic Traditional Power Generation Integrated Gas Turbine
•  

Wind Energy

• VAWT vs. HAWT
• Places both offshore and onshore Calculations for Hydroelectric and Geothermal Sizing Energy Reserves
• Salt & Sodium, Steam, Hydroelectric Batteries, and New Technologies

substitute fuels

• the rainbow of hydrogen Distribution and storage of hydrogen Biofuels
• Future planning that is coherent
• Production of fossil fuels in the future incorporating electricity production estimating production costs