Solar-powered Atmospheric Plasma System for the Treatment of Contaminated Wastewater
Marie Skłodowska-Curie Actions – Global Fellowship (Project No. 101106614). Portable, modular, chemical-free wastewater treatment for communities worldwide; powered by solar photovoltaics.
A New Horizon in Water Treatment
SolarPlas integrates solar energy with non-thermal plasma to eliminate persistent pollutants, offering a modular, scalable, and environmentally friendly alternative to traditional methods. Our goal is to make clean water accessible and sustainable.
Discover our dual-discharge plasma reactor and how it efficiently removes micropollutants and pathogens without chemicals.
See the data-backed success of our pilot projects, including high removal efficiencies and impressive energy yields.
Learn how SolarPlas contributes to solving the global water crisis and supports a circular economy.
The Setup
Experience the cutting-edge SLASOLAR setup that combines solar power with advanced plasma technology for sustainable wastewater treatment.
SLASOLAR Plasma Reactor
Our dual-discharge plasma reactor efficiently removes micropollutants and pathogens without chemicals, powered entirely by solar energy.
Solar-Powered Operation
The system features integrated solar panels that provide clean, renewable energy for continuous operation, making it completely self-sustaining.
Modular Water Treatment
Clear glass tanks and transparent processing columns allow real-time monitoring of water treatment processes with advanced flow control systems.
Smart Control Systems
Digital displays and automated control systems ensure optimal performance with real-time monitoring and adjustment capabilities.
Our portable, modular system designed for communities worldwide
Latest Events
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Jun 12, 2024
Talk on micropollutants, plasma vs. conventional methods.
Oct 10, 2023
Mubbshir Saleem presented research on plasma reactors for PFAS removal from landfill leachate at SARDINIA2023.
Dec 3-5, 2024
Live demo treating textile dye in real time; highlighted plasma use across industries.
Featured Publication
This study demonstrates a novel dual plasma discharge system (MCD + PLCD) coupled with adsorbents for superior wastewater treatment. It achieves significant removal of total organic carbon (TOC) and ammonia with high energy efficiency.
Our Partners
Collaborating with leading institutions and organizations to advance sustainable water treatment technologies.
NED University of Engineering & Technology (NEDUET), Pakistan
University of Padova (UNIPD), Italy