Renewable energy

4th International Summit on Non-Renewable and Renewable Energy (ISNRE2026)

The 4th International Summit on Non-Renewable and Renewable Energy (ISNRE2026) will be held on August 24–25, 2026 in Venice, Italy. This global event brings together leading researchers, industry experts, policymakers, and innovators to discuss advancements in renewable technologies, energy transition strategies, smart grids, storage solutions, and sustainability pathways. ISNRE2026 offers plenary talks, keynote sessions, technical presentations, and exceptional networking opportunities for professionals across the energy sector.

Supercritical Fluid Impregnation of Polyolefins with Organometallic Complexes for Fundamental Investigations of Catalytic C-C Bond Cracking

The challenge of plastic waste management has intensified globally due to the non-biodegradable nature and fossil-based origin of most plastics. This research presented explores a novel approach to plastic upcycling through ideal catalytic cracking, with a focus on greener reaction conditions, such as supercritical CO₂ (scCO₂) processing.

Hybrid Solar Technology

Naked Energy is a company developing advanced solar panels that generate both heat and electricity with high efficiency. The technology offers a versatile solution for various industries, with two core products: VirtuHOT and VirtuPVT.

VirtuHOT is the next generation of solar thermal collectors that heats water up to 120°C using solar energy. It is designed to decarbonize global heat demand, making it suitable for diverse sectors such as manufacturing, hospitality, and leisure facilities.

Lithium Mediated Ammonia Synthesis Process

NitroVolt is a startup with a mission to revolutionize ammonia production by creating a sustainable alternative to conventional fossil fuel-based methods. Currently, ammonia synthesis contributes to about 1.5% of global CO2 emissions, which approximately 80% of ammonia used in fertilizers. The remaining serves various industries, including refrigeration,  wastewater purification, plastic manufacturing, explosives, textiles, pesticides, and many other chemicals. 

Soltellus™ and Ecoteria®

Lygos develops scalable, high-performance, sustainable ingredients to help clients meet sustainable innovation targets. By combining biology, chemistry and application expertise, the company creates cost-effective, bio-based material solutions that improve performance and make sustainability a functional attribute.

Battolyser®

Battolyser® is a novel technology that combines the functionality of a battery and an electrolyzer in a single, patented system. It efficiently stores and supplies power like a battery while also splitting water into hydrogen and oxygen when fully charged. This dual-functionality makes Battolyser® a highly versatile and efficient energy solution, capable of switching smoothly between power storage and hydrogen production.

Solar and Wind Power Excess to Biogas Production

Reverion, a German-based startup, is developing new generation micropower plants that maximize the potential of biogas and utilize excess solar wind and wind power that would otherwise go to waste. Reverion has patented and validated a novel technology based on high-temperature fuel cells. This is the first all-in-one solution with a reversible system design that electrochemically converts biogas or hydrogen into electricity with an efficiency of 80% and can switch to electrolysis mode to produce green hydrogen or methane. 

Low Impact Cleaning Products

Nature Organics is a family-owned Australian company creating sustainable products since 1981. The company offers a variety of eco-friendly brands, including Earth Choice, Undo This Mess, My Soda, OC Naturals, and Natural State, all of which emphasize sustainability. Natures Organics uses recycled plastics and sustainably sourced ingredients, and it is committed to transitioning to 100% biodegradable plastics that can fully degrade into compost.

Biomass Waste as Feedstock to Fuels

Woodland Biofuels is a company that converts waste biomass to hydrogen, renewable natural gas, methanol, or ethanol. The company uses gasification, which involves converting biomass feedstock into syngas through a high-temperature, oxygen-limited process. The syngas is then subjected to highly efficient catalytic reactions to produce carbon-negative fuels. Woodland’s technology uses waste biomass from low-cost, non-food sources such as forest, industry, agricultural, and municipal waste as input feedstock.