top of page

Our Research

Findings and evaluations carried out by RM Solutions

Red mud is a byproduct of the aluminum production process, and it has been traditionally considered a waste material. However, recent research has shown that red mud contains valuable minerals that can be extracted and utilized, making it a potential source of clean energy and reusable resources.

Benefits of using red mud: -Reduction of waste: By reusing red mud, the amount of waste generated during the aluminum production process is reduced, leading to a more sustainable and environmentally friendly process. -Mineral extraction: Red mud contains minerals such as iron, titanium, and alumina, which can be extracted and utilized in various industries, such as construction and metallurgy. -Potential source of clean energy: Some studies have shown that red mud can be utilized as a feedstock for the production of biofuels and as an energy source for cement production. -Lower greenhouse gas emissions: The utilization of red mud as a source of energy and reusable resources can help to lower greenhouse gas emissions and contribute to the fight against climate change.

Statistics on red mud mineral content: -Alumina: 20-40% -Iron: 15-60% -Titanium: 2-5% -Silica: 5-10% -Calcium: 1-5% -Other trace elements: 5-15%

In conclusion, red mud has the potential to be a revolutionary option for green energy and reusable resources. Its utilization can help to reduce waste, extract valuable minerals, lower greenhouse gas emissions, and contribute to the development of a more sustainable and environmentally friendly economy.

We have carried out in depth lab examinations and have detailed measurements & results on our findings, If you would like to see our lab reports and discuss our solution further, please get in touch to sign our NDA Agreement & we will send you a full presentation. 

Science Lab

The Story

Gary McNeish was a curious and ambitious man who had always been fascinated by the world of innovation and technology. One day, while working at a large aluminum production plant, he stumbled upon a strange substance that had accumulated at the bottom of the production tanks. This substance was a byproduct of the aluminum production process and was known as red mud.

At first, Gary didn't think much of it, but as he delved deeper into his research, he realized that this red mud could be more valuable than he had initially thought. While conducting an experiment, he grabbed a magnet, curious to see what it would attract. To his surprise, the magnet was drawn to the red mud and Gary realized that it contained iron and other minerals that could potentially be extracted.

Gary was determined to turn his discovery into something big. He quit his job and started his own company, RM Solutions, with a mission to revolutionize the reusable and green energy industry through the extraction of minerals from red mud. He gathered a team of experts in technology, engineering, and sustainability and together they worked tirelessly to perfect their methods and bring their ideas to life.

Their efforts paid off and RM Solutions quickly became a leading player in the red mud extraction world, using innovative and cutting-edge technology to extract valuable minerals and provide the world with cost-effective resources. Their methods not only helped to reduce waste and lower greenhouse gas emissions, but also contributed to the development of a more sustainable and environmentally friendly economy.

As RM Solutions continued to grow, Gary remained committed to his vision of a better world through innovation and technology. He was always looking for new ways to improve their processes and extract more minerals from red mud, and he had big plans for the future of the company.

We now invite you to become a part of our journey in this space and invite you to find out more about our expansion plans and several ways companies can collaborate and become a part of the RM Solutions & Environmental Sector.

Request Our Presentation

Thanks for submitting, We will send additional information shortly!

bottom of page