Welcome to A Meras Annos

A Meras Annos (AMA) is a leader in the production of stable isotopes, thanks to our proprietary innovative cryogenic distillation technology facilitated by columns over 300 meters tall.

Learn more about how we are changing the future of science and industry through the Spin-Off of the Aria Project.

About Us

Founded in 2021, AMA aims to provide science with the opportunity to advance in medical diagnostics and advanced medicine. We offer highly pure intermediates that can be transformed into innovative medical compounds. In just two years, we have become a recognized innovative startup.

Our Mission

We aim to provide more efficient and sustainable solutions for future generations, significantly contributing to medicine, research, and industry with minimal environmental impact.

Technology

We produce high-purity (>99%) stable isotopes through cryogenic distillation. Discover how we will achieve significant quantities of isotopes in a scalable and efficient manner.

Why cryogenic distillation is the ideal solution

Other technologies for producing stable isotopes

The exclusive project and patent

The Seruci mine in Sardinia is the heart of our production facility. Its strategic location optimises infrastructure, logistics, and sustainable development.

With our exclusive patent, developed in collaboration with the Aria Foundation, we are ready to innovate. We envision a future where our isotopes benefit both scientific research and industry.

The stable isotope market

We tackle the challenges of a growing market, aiming to set new standards in production and purity for isotopes used in critical areas such as medicine and science.

Innovation and market growth of isotopes with the Seruci II Project

Our Team & Board of directors

Our team comprises experts and visionaries in the scientific and industrial fields, led by a shared commitment to innovation and quality.

See more details: The Board of Directors

Our board of directors, comprised of industry leaders, guides our corporate strategy and ensures compliance with the highest ethical and operational standards.

Blog

Visit our blog for the latest news, event updates, and insights into the world of stable isotopes.

Gallery

Press review

A New Chapter in Isotope Production

Aerial view of the Seruci site

Pioneering the production of stable isotopes through advanced technologies

Meras Annos (AMA) is at the forefront of stable isotope production, utilising innovative cryogenic distillation technology. This advanced method employs distillation columns over 300 meters tall, specifically designed to separate and purify various chemical species. This technique makes it possible to produce high-purity isotopes in significantly more significant quantities than conventional technologies.

A key element of the process is integrating a heat recovery system, which enhances energy efficiency and reduces operating costs. This position positions the company as an innovative and sustainable leader in producing stable isotopes.

The production facility will be strategically located at the Seruci mine in southwest Sardinia, taking advantage of the site’s unique infrastructure and logistical benefits.

Spin-Off of the Aria project

This initiative is a spin-off of the Aria Project (https://wpress.ca.infn.it/?page_id=590), which is funded with public money and is creating the world’s tallest cryogenic distillation column (350 meters). The primary goal of the Aria Project is to produce ultra-pure argon for the DarkSide-20k dark matter experiment at the Gran Sasso National Laboratories in Italy (https://surfacetreatments.infn.it/projects/darkside-20k-project/).

Building on the same technology and strengthened by the experience gained from the Aria project, the Seruci II project is a natural continuation of research activity aimed at expanding the range of products and possible applications offered in the global stable isotope market.

This initiative combines cutting-edge technology, sustainability, and large-scale capability to set a new global standard for producing stable isotopes.