We propel the current "recycle waste" trend to a future "reuse carbon" common practice!
Produce ultrapure nano Βlack (nCBp) and allotropic (BioDiesel etc.) carbon derivatives from ELCBs (End of Lifecycle Conveyor Belts), ELTs (End of Lifecycle Tires), Urban Waste and Recyclable Plastics through zero emissions, state-of-the-art, industrial-level, micronization, pyrolysis and hence monetize carbon era waste feedstock into added value materials, offering at the same time, a unique hedging and carbon-offset strategy for heavy, carbon legacy, polluters.
The Ecomolesis Process
An 8 units chemical waste-recycle process involving, among other things, selection–cleaning–size reduction-shredding of raw materials (vulcanized, plastic and urban waste), pyrolysis and gas state-of-the-art treatment of the residues (char), production of toner and active nCBp etc., pyrolysis of alternative feedstocks, production of carbon fibers and at large nano carbon mongering, quality control and calibration of carbon production R&D, technology innovations and IPs
Decommissioned hardware & Vulcanized waste
Pyrolysis - Micronization
High added value materials production
Nano carbon black
Products based on nano-carbon
Our mentality in 3 concise thoughts!
Our need to tame, and contribute to, the Fibonacci leveraged, ESG+EPCM sustainability and circular economy, growth potential due to decarbonization, a serendipitous co-existence of scientists, engineers, professionals and investors and the cataclysmic developments in the field of industrial level solutions to derive, high per ton value, materials, moulded into Ecomolesis. The 4th industrial revolution whispers whimsically into modern day scientists’ emotional apparatuses as “alchemists”
One man’s waste, another man’s gold
Garbage and waste are valuable materials in the wrong place
Sustainability investments protect the environment and investors
What we do
High-end eco waste recycle processing
“One man’s trash is another man’s treasure” and as the sustainability & circular economy narratives combined entail treatment of feedstock as a logistics challenge, where waste and scrap are misplaced raw materials, transforming liabilities to assets, is a one-way street.
Manage risks as resources. We have acquired the know how to safely, net positively, chemically, industrially and profitably do that and we have entered the EPCM stage for our Ecomolesis plant in Western Macedonia
The Ecomolesis Final Solutions
We transform waste to valuable products
Carbon fiber structures
Ultrapure nano-carbon black
Expertise meets Innovation
A team that combines academic excellence and innovation experience, a result of a timely and focused team building, was formed a few months ago and currently consists of Mechanical Engineers, Chemical Engineers, Financiers, Entrepreneurs, Investors and Research Organizations