EVA
Environmental Viable Applications
EVA has innovated a novel building material designed to partially substitute traditional polluting cement in concrete, significantly reducing carbon footprint while preserving essential physical properties. This breakthrough is achieved by enhancing the reactivity of demolition waste through our proprietary technology.
Combat climate change
Cement production accounts for up to 8% of total global pollution, which is twice that of air transportation
Keeping up with the demand
The biggest wave of building growth in human history is occurring, yet the materials commonly used to reduce its carbon footprint have become limited in availability in recent years.
Reducing costs
Due to rising regulatory pressure to reduce carbon footprint, cement prices have doubled over the last decade
The Problem
The Solution
"Circular practices in cement emerge as the most lucrative, with an estimated net value gain of $10bn in 2030 and a substantial $122bn in 2050."
"Circular loops have the potential to abate up to 4 gigatonnes of CO2 (Gt CO2) by 2050."
"Circular economy could slash construction sector CO2 emissions by 75% by 2050"
Meet The EVA Team
CEO
Tamara Mumcuoglu
Climate scientist with a track record of leading multimillion-dollar engineering projects
Process engineer
Gideon Shikolsky
Extensive background as a technology expert and industrial process designer
Research Assistant
Itay Cohen
Team leading and operations background. Environmental Engineering student.
Research Assistant
Noa Mazor
Data analyst and developing background. Construction engineering student.
VP R&D
Helena Melamed
Senior Materials Engineer with a decade of experience in R&D team management
Chemical researcher
Malvina Berlin
Extensive background as a chemical researcher
Research Assistant
Guy Avarhami
Team leading and operations background. Environmental Engineering student.
Research Assistant
Pol Golubenko
Data system designing background. Environmental engineering student.