Shungite Research

Take a dive into the latest research on the amazing benefits of Shungite. The latest scientific findings on this rare and unique mineral, which is believed to offer a range of health benefits, including detoxification, immune system support, and EMF protection.


The study examines the composition and structural properties of shungite, a natural mineral with fullerene content. Scanning electron microscopy is used to obtain data on its nanostructure, while its physical and chemical properties are also investigated. The study shows that shungite is a promising absorbent for various industries due to its high absorption, catalytic, and bactericidal activity, particularly in water treatment and purification.

The structure and composition of natural carbonaceous fullerene containing mineral shungite


Shungite, a natural source of fullerene, has been shown to have remarkable antioxidant and anti-inflammatory properties against UVB-induced skin damage in a recent study. This amazing mineral improved skin parameters, reduced inflammation, and counterbalanced ROS/RNS and superoxide levels in serum and skin lysates. It's a natural, effective, and scientifically-proven way to protect your skin and support your overall health and wellbeing.

Antioxidant and Anti-Inflammatory Effects of Shungite against Ultraviolet B Irradiation-Induced Skin Damage in Hairless Mice

This paper (Russian) explores the use of shungite in creating radio-absorbing materials for construction production due to the high density of electromagnetic fields in areas where people are present. The study investigates the absorption of microwave energy in a wide frequency range by examining the composition of building mixtures based on shungite from the Zazhogihinsky deposit. The results show that increasing the concentration of shungite in the samples under study results in an increase in absorption up to 24 dB/cm. The paper concludes that using shungite as a filler or binder in building mixtures is effective in creating protective coatings against electromagnetic energy, with an optimal ratio of 50-60 percent shungite and the rest being the binder, at a frequency range of 3-12 GHz.



Shungite, a mineral with absorption, catalytic, antioxidant, regenerating, and antibacterial properties, has significant antioxidant activity and can reduce oxidized components while binding to free radicals, according to a recent study. It could be used as an alternative to activated carbon in water purification. Further research is needed to optimize the extraction of antioxidants from shungite and to identify other valuable properties of the substance. Shungite rocks may hold the key to creating new technologies for the production of fullerenes and carbon nanoclusters.

A Study of the Antioxidant, Cytotoxic Activity and Adsorption Properties of Karelian Shungite by Physicochemical Methods


This study analyzed the properties of shungite and zeolite minerals using various methods such as transmission electron microscopy and IR-spectroscopy. The study found that shungite possesses restructuring properties and hydrogen bonding energy similar to zeolite, indicating potential uses in industries such as water treatment and purification due to its absorption, catalytic, and bactericidal properties.

Research of Influence of Shungite on Mountain Waterfrom Bulgaria.Mathematical Models of Water Influenced from Shungite and Zeolite


This study investigates the reflective and absorbing properties of flexible shungite plates as a potential material for shielding against radiation. The results showed that shungite plates with a thickness of 10-20 μm had similar shielding performance to thicker synthetic polymer/carbon composites due to its conductive carbon matrix and micro-sized dielectric mineral inclusions. The study suggests that shungite could be a promising raw material for manufacturing lightweight and corrosion-resistant shielding materials, and as a model for further understanding the interaction of radiation with graphene-containing conducting solids.

Electromagnetic shielding effectiveness of lightweight and flexible ultrathin shungite plates