Άρθρα και δημοσιεύσεις για τις εφαρμογές του ζεόλιθου και του διατομίτη

Zeolite 🪨 is a natural mineral that many people choose to support their body’s detoxification 🌿. A small daily habit that can contribute to overall wellbeing ✨#zeolife #zeolite #toxins #detox #zeolifegr

zeolite helps detergents and cleaning products work more effectively. They leave no residue, do not damage surfaces or fabrics, and provide thorough cleaning. A more sensible and balanced choice for the home and the professional.

In this video, we answer your questions from our previous short video regarding the use of zeolite in agriculture.

With zeolite, crops become more resilient and stable. It retains moisture for longer, improves soil fertility and boosts crop yields, even in difficult weather conditions.

A natural mineral with applications in: – Agricultural production – Livestock farming – Water filtration – Cosmetics – Dietary supplements – Industry zeolite is not just a “fad”. It is a tool.

Diatomaceous earth (diatomaceous soil, or clay-rich diatomite) is a natural, inert mineral material consisting of fossilised microscopic algae shells (diatoms), the main component of which is silicon (silicon dioxide). After extraction and grinding, a very fine, light-coloured powder (flour-like) – essentially a form of amorphous silica – with a porous nanostructure and sharp micro-edges. Edible (uncalcined) diatomaceous earth is non-toxic to humans and animals (it is in fact authorised as a feed additive by the FDA), but it is lethal to many insect and arthropod pests due to its mechanical action. [1] [2] General Information on Diatomaceous Earth Mechanism of ... Read more

Clay-rich diatomaceous earth – also known as diatomaceous earth – is a sedimentary rock formed from the fossilised shells of microscopic algae (diatoms). It is a porous, lightweight mineral rich in silicon dioxide, with a wide range of industrial and environmental applications. In Greece, diatomaceous earth is often found mixed with fine-grained materials (clay and/or limestone components), which is why it is characterised as clay-rich diatomaceous earth. This article provides a documented account of the history of Greek diatomaceous earth, from its geological origin and the earliest mining operations to its modern uses and comparisons with international deposits.

zeolite, this unique volcanic mineral with its remarkable purifying and pollutant-binding properties, is nothing new in Greece. The earliest references to the use of zeolite date back to antiquity, when the Greeks harnessed the power of natural rocks for hygiene, food storage and water purification. Today, Greek zeolite, particularly that from the region of Thrace, is internationally recognised for its purity and its clinoptilolite composition. A material that bridges ancient wisdom with modern applications — from agriculture and livestock farming to detoxification and environmental protection. Read more on the greekzeolite.com portal

Thracean Zeolite’s new crop enhancer, ZeTe, offers innovative features to boost yields and protect plants. ZeTe is a revolutionary bio-stimulant that has just been launched on the Greek market, specially designed for professional farmers. It is a natural crop enhancer based on Greek zeolite, which promises higher yields and more resilient crops. Composition and Mode of Action of ZeTe ZeTe is a new-generation plant biostimulant in paste form, which makes it particularly easy to use. Its composition is based on high-purity natural zeolite, specifically clinoptilolite (Clinoptilolite – HEU zeolite type) enriched with beneficial minerals such as silicon, potassium, calcium, iron, ... Read more

In modern agriculture, the need for sustainable and cost-effective solutions for crop fertilisation is more pressing than ever. With the skyrocketing cost of inorganic fertilisers and their environmental impact, scientists are increasingly turning to alternative solutions. A recent Greek study sheds light on the combination of sewage sludge with natural zeolite, revealing impressive results for barley production and soil health. What is sludge and why should we use it? Sewage sludge (also known as biosolids) is an organic residue resulting from the treatment of urban wastewater. It contains valuable nutrients such as nitrogen and phosphorus, as well as organic matter ... Read more

Active Microorganisms (EM) are an innovative biotechnology that harnesses the power of beneficial microbes to support sustainable practices in agriculture, animal husbandry, environmental management and human hygiene. Table of Contents Introduction What are Active Microorganisms (EM) Mechanisms of action of EM Areas of application of EM 4.1. Georgia 4.2. Livestock 4.3. Waste and water treatment 4.4. Health and hygiene 4.5. Home use Advantages of EM Limitations and concerns Conclusions Bibliography 1. Introduction Active or effective Microorganisms (EM) are a mixture of beneficial microbes used as an ecological technology to improve a variety of biological processes. The concept was developed in ... Read more

The need for renewable energy sources is becoming increasingly urgent. Biogas is a solution that utilises organic waste to produce energy. To be used efficiently, biogas must be upgraded to biomethane. According to this study, one of the most modern upgrading methods is Pressure Swing Adsorption (PSA) technology, in which zeolites play a significant role. What is biogas and why does it need to be upgraded? Biogas is produced through the anaerobic digestion of organic materials, such as agricultural waste, livestock manure and urban sewage. Its main component is methane (CH4), but it also contains carbon dioxide (CO2) and other ... Read more