In Short:
– Yosef Farm in Israel grows organic crops using advanced water management despite harsh desert conditions.
– The farm exclusively sells produce, including cucumbers and tomatoes, to the Israeli organic market.

Yosef Farm in Southern Israel, is redefining desert agriculture with innovative organic farming methods. By employing advanced water management and leveraging ample sunlight, the farm successfully grows crops in a challenging climate while keeping pests at bay thanks to its remote location.

The farm specializes in cucumbers—baby, regular, and cornichon—grown in greenhouses during winter, along with fresh tomatoes. All produce is sold exclusively to Israel’s organic market, partnering with local shops and dealers to bring quality crops to consumers.

Water efficiency is a cornerstone of Yosef Farm, using Mediterranean desalination facilities, drip irrigation, and high-pressure systems.

Founder Roey Yosef advocates for agricultural development in desert areas, encouraging others to consider desert farming and choose crops wisely. He also emphasizes the importance of readiness and resilience, drawing from his experiences responding to regional crises near the Gaza Strip.

Ahron Young traveled to Israel as a guest of the Foreign Ministry climate delegation.

In Short:
– CarbonBlue features an advanced carbon capture system that extracts emissions from water using lime technology.
– Their innovative lime production method reduces carbon intensity, supporting environmental rehabilitation and circular processes.

CarbonBlue, an Israeli company based in Tel Aviv, employs an advanced carbon capture system that extracts carbon emissions from water. This process targets a significant natural carbon reservoir and introduces large-scale carbon removal through lime technology. The company aims to convert existing industrial activities into environmentally beneficial practices by removing carbon instead of emitting it. By mixing water with lime, CarbonBlue effectively reduces carbon content.

Lime Production

An accidental discovery has significantly impacted their lime production method, making it less carbon intensive. Traditionally, lime production is a major source of emissions, but this new approach enhances environmental outcomes.

The scalability of this technology is straightforward, although global adoption requires integration with existing industries and the creation of new business avenues.

The circular approach to lime production utilizes waste streams and affordable feedstocks, making the process more environmentally friendly and cost-effective. This not only reduces the carbon footprint but also results in a product that contributes positively to environmental rehabilitation, rather than causing harm.

In Short:
– H2Pro develops efficient, membrane-free hydrogen production systems linked to renewable energy for affordable green hydrogen.
– Their membraneless DWE technology aims to decarbonise industries and provide cheap, off-grid hydrogen solutions.

Headquartered in Caesarea, Israel, H2Pro aims to commercialise hydrogen as a clean fuel through its innovative membrane-free production systems. Rotem Arad from H2Pro highlighted the uniqueness of their approach.

The company focuses on making green hydrogen affordable by connecting production directly to renewable energy sources. This strategy minimizes costs, as electricity constitutes around 75% of hydrogen production expenses, leading to more economical hydrogen.

Green hydrogen project

H2Pro is advancing its Decoupled Water Electrolysis (DWE) technology, which does not require membranes. The company is currently manufacturing electrodes for a half-megawatt system and has made a Final Investment Decision (FID) to expand to a larger green hydrogen project.

If successful, this initiative could significantly reduce carbon emissions in major industries, such as refining. It promises to supply low-cost electricity and assist in grid stability. The technology has the potential to operate independently of the grid, addressing hydrogen needs without reliance on existing infrastructure.

This solution aims to combine economic viability with environmental sustainability for future energy needs.