POROUS4APP project is based on the fabrication of functional nanoporous carbonaceous
materials at pilot plant scale from natural renewable resources
We bring in high added value nanoporous materials at lower costs for energy storage
and chemical catalysis applications
We develop new metal and metal-oxide doped nanoporous carbonaceous materials
from natural renewable resources
We develop new metal/metal-oxide doped-nanoporous carbonaceous materials
from natural renewable resources for various industrial applications.
Upscaled and modified technology enables a full flexibility of the carbonaceous porous material characteristics to be applied to various industrial applications.
We use renewable resources as a raw material source for industrial production of innovative materials – carbonaceous nanoporous materials with vast applications.
We bring to the European community a new scalable and innovative technology that has a great economic impact and job creation capabilities in various industries.
POROUS4APP brings in high added-value materials at lower cost for various industrial applications – in energy storage and industrial chemical catalysis.
POROUS4APP develops a methodology for the production of functional carbonaceous materials that have porosity in the nanometer range. Our versatile carbonaceous porous materials production from renewable resource will represent a major step forward towards the mass-production of advanced, sustainable energy innovative materials.
Together with our valuable partners, we bring innovative solutions in the fields of renewable resources,
sustainable energy, energy storage and chemical catalysis.
Together with our media partners, we establish closer connection and networking among relevant communities.
POROUS4APP aims to bring to the European community scalable fabrication process for new metal/metal-oxide doped-nanoporous carbonaceous materials based on a known technology. This technology is upscaled and modified to enable a full flexibility of the material characteristics to be applied to various industrial applications.
The main idea is based on the fabrication of nanoporous carbonaceous materials from natural renewable resources.
The use of abundant renewable resources for the industrial production of carbonaceous porous materials.
High added-value materials at lower cost for various industrial applications.
Diverse applications in energy storage such as lithium-ion battery and in chemical catalysis processes.
