Zohar CleanTech

Energy-generating Waste Disposal Systems

Energy Tech
Private
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Company Overview

Snapshot

Founded in February 2017 by Yaacov Tsemach, Chanan Gabay, Uzi Segal, and Isaac (Tsachi) Shohat, Zohar CleanTech operates with 1–10 employees. The company has raised $1.85M across three funding rounds, with Doral Energy-Tech Ventures participating in one round.

Business overview

Zohar CleanTech develops ZoharX, a patented waste-to-energy solution designed for on-site treatment of unsorted residential waste. Utilizing thermal gasification technology, the ZoharX system converts carbon-containing materials into synthesis gas (syngas) for energy production and inert slag from inorganic waste. The company operates within the Energy Tech sector, focusing on waste management, renewable energy, and hydrogen production, serving municipalities and businesses in the waste treatment and energy industries.

Strategic signal

In September 2023, Zohar CleanTech garnered media attention for its innovative waste-to-energy system, highlighting its potential to convert trash into energy. This recognition signals growing market validation and interest in the company's approach to addressing methane emissions and waste disposal challenges, positioning Zohar CleanTech as a key player in the climate tech and renewable energy landscape.

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Company Intelligence Q&A

What is Zohar CleanTech's core technology?
Zohar CleanTech's core technology is ZoharX, a patented waste-to-energy solution that uses thermal gasification to convert unsorted residential waste into synthesis gas (syngas) for energy generation and inert slag.
When was Zohar CleanTech founded?
Zohar CleanTech was founded in February 2017.
Who are the founders of Zohar CleanTech?
The founders of Zohar CleanTech are Yaacov Tsemach, Chanan Gabay, Uzi Segal, and Isaac (Tsachi) Shohat.
What is Zohar CleanTech's contribution to climate tech?
Zohar CleanTech's solution converts waste to hydrogen for energy and reusable residue, reducing greenhouse gas (GHG) emissions by an estimated 2,000 tons of carbon dioxide (CO2) per year for a single device, addressing the issue of methane emissions from landfills.
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