Craterhab Chile - Brief Introduction and Objectives - A Latam Persective

What is Craterhab-Chile?

Craterhab Chile (CC) is a Chile-incorporated technology and innovation company formed through a collaboration between Mareekh Dynamics (Australia), Ferrada Blast (Chile), and myself (Brazil).

CC deploys Mareekh Dynamics’ patented Craterhab pressurised habitat technology which is originally developed for long-term human habitation on Mars, for its terrestrial use in mitigating altitude-related hypoxia among workers at ultra-high-altitude mining operations in South America. By enabling controlled, lower-altitude equivalent living environments at elevations above 4,000 m, the technology aims to improve worker safety, health, productivity, and mining operational outcomes.

The implementation of Mars-derived pressurised habitats in high-altitude mines also establishes a foundation for true high-altitude Mars analogue facilities, supporting astronaut training and the development of validated health and safety performance indicators for future human Mars missions.

MISSION

Develop and implement pressurized habitability solutions that enhance human performance in extreme environments, applying space-based technology to improve the safety and productivity of high-altitude mining.

VISION

To be the benchmark company in Latin America in advanced habitability solutions for mining and extreme environments, transforming the way people live and work in high-altitude mining.

VALUES

1. People and Safety First

We believe that human health, safety and well-being are the foundation of any sustainable operation.

2. Innovation with impact

We apply advanced technology with a focus on real and measurable results, not on purposeless innovation.

3. Value creation

We are committed to generating economic, operational and social value for our customers and partners.

4. Trust and ethics

We build long-term relationships based on transparency, integrity and accountability.

5. Vision of the future

We anticipate the mining challenges of tomorrow and adapt disruptive technologies to create more resilient, safe, and competitive operations.

Altitude Hypoxia and Mining Losses

Have you ever wondered how much high-altitude mines lose (Chile, Peru, Argentina)?

There are some interesting medical data and benchmarks of operations where medical intervention is necessary due to lack of oxygen (extreme fatigue, headaches, insomnia, medical indisposition).

↓ 10–20% physical performance

↓ 15–25% cognitive performance (decision-making and attention)

With pressurized spaces (Craterhab technology) we would be able to improve

8 - 15% effective productivity per worker

In addition to operational indicators, we improve safety factors.

With Craterhab technology:

↓ 15–30% recordable incidents (TRIFR)

↓ 20–40% incidents related to human error

↓ 25–50% non-traumatic medical events

↓ 5 - 10% turnover (absenteeism)

↓ 30–60% medical evacuations

Hypoxia is an "invisible bottleneck."

Treating it has an impact comparable to a great process optimization.

It is a profit of several tens of millions of dollars per mine, in addition to improving the human factor and the quality of life of our people.

Walking through Cusco (3,400 m), climbing Sacsayhuamán (3,700 m), walking through Chinchero and Moray (3,500–3,700 m), allows you to experience how the altitude impacts the body: more agitated breathing, less energy and less restful rest.

This feeling is intensified in places such as Aiguille du Midi, in Chamonix, at more than 3,800 m, due to the low temperatures in addition to the lack of oxygen.

If these effects are felt during a tourist visit to the Andes or the Alps, it is easy to imagine what it means to work permanently in mines above 3,500 m, where hypoxia ceases to be a temporary discomfort and becomes a limitation of human performance.

Craterhab directly addresses this challenge by offering pressurized rest and recovery environments, returning to the body equivalent physiological conditions at lower altitudes, improving sleep, mental clarity, and physical endurance.

Thus, altitude is no longer a permanent brake and becomes a manageable variable for safer and more productive mining operations.

Some photos of my challenges at altitude in 2024 and 2025

Commonly asked questions

Some questions that come up in meetings with Andean mining executives...

1. What if it doesn't work as expected?

The risk is low. That is why a pilot with clear KPIs is proposed.

Physiological improvement by hypoxia reduction is widely validated

2. What if people don't use it or don't adapt?

It is not a question of changing how you work, but where you rest and recover. Immediate improvement of sleep and well-being. The selection focuses on critical personnel, not on all human personnel.

3. Isn't it better to invest that money in equipment or process?

The craterhab does not compete with productive CAPEX, it enhances it. A new piece of equipment depends on the operator.

Hypoxia reduces the effectiveness of all active ingredients. Craterhab acts as an existing CAPEX multiplier.

4. What happens if the real profit is lower?

The payback is less than one year, even with different scenarios.

5. What if it generates dependency or hidden costs?

The technology is modular and reversible. It does not affect the core of the mining process. It can be "de-escalated" or relocated.

6. Isn't this experimental or overly innovative?

The app is new, the technology is not.

Pressurization and environmental control in aviation, offshore, tunnels, polar bases...

The innovative thing is to apply something proven to mining.

7. What happens if we do nothing?

We consciously accept an annual loss of tens of millions and increased human risk.

The risk of Craterhab is limited, measurable, and reversible.

The risk of not doing so is permanent, cumulative and invisible.