Άρθρα και δημοσιεύσεις για τις εφαρμογές του ζεόλιθου και του διατομίτη

Photographs of vegetables and trees belonging to Grigoris Azoridis in Nea Orestiada, where natural zeolite has been incorporated into the soil. [gallery size=”medium” link=”file” ids=”10818,10819,10820,10821,10822,10823,10824,10825,10826,10827,10828,10829,10830,10831,10832,10833,10834,10835,10836,10837,10838,10839,10840,10841,10842,10843,10844,10846,10847,10848,10849,10850,10851,10852,10853,10854,10855″]

Chemical analysis: Technical data sheet: Certificate of authorisation for organic use:

zeolite can help agriculture, emphasised Mr Nikos Lygeros from Moires! Nikos Lygeros, the man with the highest IQ in Greece, spoke last night at the Moires Multicentre, as a guest of DRO! The brilliant scientist spoke about zeolite and the beneficial properties its use can bring to the primary sector, and to crops in particular! Specifically, according to what he said, as well as the relevant articles he has published, it helps agriculture: • As a 100 per cent natural product, it can be used in organic farming. Its beneficial effects are long-lasting, as it does not break down like ... Read more

N. Lygeros: 4th Master Class in Topostrategy. Agathonisi, 26–29 August 2014 CHESS MARITIME STRATEGY ELEMENTS OF TOPOSTRATEGY DIACHRONIC STRATEGY EXCLUSIVE ECONOMIC ZONE AND VORONOI DIAGRAMS STRUCTURAL ELEMENTS OF ZEOLITE GRAPH THEORY GAME THEORY TIME STRATEGY INNOVATION N. Lygeros – 4th Master Class in Topostrategy. Agathonisi, 26 August 2014 N. Lygeros – 4th Master Class on Topostrategy. Part A. Agathonisi, 27 August 2014 N. Lygeros – 4th Master Class on Topostrategy. Part B. Agathonisi, 27 August 2014 N. Lygeros – 4th Master Class in Topostrategy. Agathonisi, 28 August 2014 Part A N. Lygeros – 4th Master Class on Topostrategy. Agathonisi, 28 ... Read more

Lecture by Nikos Lygeros on the topic: ‘EEZ, Zeolite, Innovation’. Moires Community Centre. Saturday 30 August 2014.

Regional Governor Giorgos Pavlidis has a packed schedule; as we all know, he works tirelessly, and a single phone call on Saturday morning meant he had to deal three matters: the TAP pipeline, zeolite and the manufacture of Greek machinery, which must now earn the trust of the Greek people. He informed us, whilst returning from Kavala, that regarding the TAP pipeline there are some difficulties in bringing the discussions to a successful conclusion; however, as he emphasised, the whole process is on the right track. Responding to a question about zeolite, he explained that, through microparticle processing, those who ... Read more

Interview with Nikos Lygeros on Xanthi Municipal Radio, 25 August 2014

Integration of zeolite on Agathonisi, 29 August 2014

La précipitation de tartre est un phénomène rejeté par le consommateur (dépréciation du goût, formation de lie). La précipitation tartrique demeure le principal problème de dépôts dans les vins. D’où la nécessité de limiter ces précipitations, c’est ce que l’on appelle la stabilisation tartrique. Pourquoi y a-t-il des précipitations tartriques dans le vin ? L’acide tartrique réagit avec le potassium pour donner du tartrate de potassium (KHT), et avec le calcium pour donner du tartrate neutre de calcium (CaT). Si les teneurs en KHT ou en CaT sont supérieures à la solubilité limite à une température donnée, il y a ... Read more

Structural framework of Greek Eulandite HEU-type zeolite http://izasc.ethz.ch/fmi/xsl/IZA-SC/ftc_fw.xsl?-db=Atlas_main&-lay=web&STC=HEU&-find

Removal of boron and arsenic from petrochemical waste using zeolite as an adsorbent.

The presence of arsenic and heavy metals in drinking water sources poses a serious health risk due to chronic toxicological effects. Constructed wetlands have the potential to remove arsenic and heavy metals, but little is known about pollutant removal efficiency and reliability of wetlands for this task. This lab-scale study investigated the use of vertical subsurface flow constructed wetlands for removing arsenic, boron, copper, zinc, iron and manganese from synthetic wastewater. Gravel, limestone, zeolite and cocopeat were employed as wetland media. Conventional gravel media only showed limited capability in removing arsenic, iron, copper and zinc; and it showed virtually no ... Read more