the future is nano

SOLRA-PV develops next generation perovskite-based photovoltaic thin films, which offer a breakthrough combination of low cost and high energy conversion rates. SOLRA-PV’s cutting-edge photovoltaic cells (PVCs) can be used in a wide range of indoor and outdoor applications, making them a versatile and practical solution for a variety of power needs.

Making the installation and use of indoor IoT devices cheaper, greener, and more accessible than ever by providing an efficient and eco-friendlier alternative to traditional batteries.

Website: solra-pv.com

The global community is continuously searching for sustainable solutions in all aspect of our lives. It sometimes succeeds. In the case of natural micro-encapsulation, it has not yet been achieved. Until now.

Nexocarp developed a revolutionary technology that will not only allow an all-natural micro-encapsulation solution and eliminate micro-plastics usage, but also lower production costs compared with existing methods.

Website: nexocarp.com

Innovative safe and effective method and formulation to enhance crops and ground radiative cooling for mitigating global warming.

In addition, topsoil erosion and fire damage is a worldwide problem caused by increased human activity and climate change.

The bio-nano technological approach rehabilitates damaged soil in forest and open and agricultural lands.

Development of a fully open structure battery cell with both the anode and cathode exposed to seawater, highly cost-effective and safe.

The system aimed to operate in non-treated seawater opens new opportunities for the utilization of oceans area for energy storage purposes.

Can operate with simple, and even without membrane, High charging rates, provide high stability in non-treated seawater Based on cheap and environmentally friendly and biodegradable compounds.

High efficiency Quantum Dot based camera and super sensing capabilities for potential soft robotic sensing, automotive coatings and other medical & non-medical sensing platforms.

Innovative 3D Printing technology focuses on digital fabrication of stretchable, compressible, and flexible polymeric foams aimed for personalized safety and outdoor products, impact resistance wearables, heat insulators with complex geometry for the automotive industry and other applications.

Ceramics are usually formed starting with powders using traditional technologies at high temperatures. These technologies have limitations while addressing objects having highly complex geometries and interconnected holes.

The innovative 3D Printing technology enables fabricating 3D ceramic structures without using powders, simply by mixing solutions of metal salts.

Innovative monitoring of photo-physiological features, detecting the earliest and smallest changes in algal farming to prevent huge amount of culture collapses per year.

Development of an environmentally- and bio-friendly coating to protect surfaces from freezing. The coating will be applied on surfaces including metals, glass, and polymers (plastics) and therefore could be useful in a wide spectrum of applications such as crop protection, aircraft and optical devices shielding from ice formation.

An innovative easy-to-implement alternative microencapsulation solution totally safe and friendly to the environment.

The system is aimed for reverse direction as well, for removal of pollutants from water and soil.

Unique peptide structures for stabilizing emulsions aimed for food and pharma applications.