Projects

ENEDAR

Improving the energy efficiency and sustainability of wastewater treatment plants through the recovery of wastewater sludge.
Read more
niledar

NILEDAR

Research to improve biogas production from wastewater treatment plant sludge using carbon-encased iron nanoparticles (OPS).
Read more

NEOTEC

Recovery of agro-industrial and livestock waste using nanotechnology, hydrothermal carbonization, and anaerobic digestion.
Read more

H24NEWAGE​

Study of the effect of iron nanoparticles (OPS) on increasing microbial activity in the production of renewable gases (biomethane and biohydrogen).
Read more

Women Tech EU

Waste recovery through the production of nanoparticles and biogas.
Read more

CROAL

Research on biogas purification using microalgae and carbon-encased iron nanoparticles (OPS).
Read more

CONSOLIDAPYME

Design of a new innovative product based on OPS iron nanoparticles, evaluating its effect on agriculture.
Read more

H2OPS

Research to remove pesticides from water using advanced oxidation techniques with the use of OPS.
Read more

ALPS MESHES

Research to design a mesh made from encapsulated iron nanoparticles derived from olive oil waste for the treatment of contaminated water.
Read more

WATER4GAS

Research to improve biogas production from fish industry water using carbon-encased iron nanoparticles (OPS).
Read more

BIOCOPS

Research to improve biogas production from brewery and pumpkin sludge using carbon-encased iron nanoparticles (OPS).
Read more

OPS4PLANTS

Investigation of the potential of carbon-encased iron nanoparticles, OPS, as an agronomic biostimulant.
Read more

HIDROXIOLEA

Research to identify a methodology for extracting and concentrating hydroxytyrosol and other polyphenols to obtain an antioxidant-rich concentrate from olive oil mill waste.
Read more

BIOCOPS

New process, framed within the circular bioeconomy and synergistic with the current one, to obtain biogas from the valorization of olive oil waste and by-products.
Read more

Get your quote

We develop nanotechnology solutions to improve the efficiency of converting waste into renewable energy, contributing to the decarbonization of the energy sector.

Get a quote

Accessible and sustainable nanotechnology to transform your waste into industrial and environmental solutions.

OPS Applications

Contact

Laboratory and production center

Office

©2025 SMALLOPS – Sustainable nanoenergy

SMALLOPS
Powered by  GDPR Cookie Compliance
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.