| Metals & Mining Industry | Materials Sector | - CEO | ASX Exchange | AU0000369753 ISIN |
| Australia Country | - Employees | - Last Dividend | 23 May 2012 Last Split | - IPO Date |
NH3 Clean Energy Limited, initially founded as Hexagon Energy Materials Limited, is an innovative company engaged in the exploration and development of clean energy and energy materials projects primarily in Australia and the United States. With a foundation laid in 2001 and headquartered in West Perth, Australia, NH3 Clean Energy Limited has expanded its operations to encompass two main segments: Mineral Exploration in Australia and the WAH2 Project. The company's strategic ventures target a diverse array of mineral deposits including graphite, gold, nickel, copper, base metals, and platinum group metals, highlighting its commitment to contributing to the global clean energy sector. The flagship of its clean energy initiatives is the WAH2 low-emissions ammonia project aimed at pioneering sustainable energy solutions.
Focusing primarily in Australia, NH3 Clean Energy Limited undertakes the exploration of a variety of minerals instrumental in the clean energy sector. This includes key resources like graphite, necessary for battery technologies; gold, nickel, and copper, which are essential for various electronic components; as well as base metals and platinum group metals, pivotal in numerous industrial and technological applications. Through its mineral exploration activities, the company secures the raw materials crucial for the advancement of clean energy technologies.
The WAH2 low-emissions ammonia project stands at the forefront of NH3 Clean Energy Limited's initiatives, symbolizing its drive towards innovative clean energy solutions. Located in Australia, this flagship project is designed to produce low-emissions ammonia, which can be utilized as a sustainable fuel, an efficient energy storage solution, and a clean fertilizer. The project embodies the company’s commitment to reducing carbon footprints and advancing the global shift towards clean energy utilization.