New York-based Ducon Technologies has introduced a new line of solutions aimed at reducing environmental and health risks from high-altitude missile interceptions.
The portfolio includes proprietary wet scrubbers capable of eliminating more than 99.9 percent of missile-related toxic gases, including nitrogen dioxide and hydrochloric acid mist.
Ducon also introduced high-temperature filtration systems that capture hazardous particulate matter from structural components and detonating explosives.
Real-time sensor networks complement the systems, detecting chemical signatures to enable rapid issuance of health advisories and prompt regional response.
“As the ‘chemical spill’ in the sky grows, Ducon is ready to partner with international relief organizations and governmental agencies to deploy mobile and permanent air quality solutions to protect the millions of citizens living in the shadow of modern conflict,” said Aaron Govil, CEO at Ducon.
“Our goal is to ensure that the air we breathe remains safe, even when our skies are under threat.”
Mitigating ‘Death Cloud’
The company highlighted that the rise of modern air defense systems has increased the release of toxic byproducts into the atmosphere.
Missile propellants, which release hydrazine and nitrogen tetroxide, oxidize in open air to form nitrogen dioxide, a primary component of industrial smog.
Furthermore, structural missile components contain heavy metals such as lead, cadmium, and mercury, which create neurotoxic dust that can contaminate food and water when vaporized.
Exposure to these compounds carries long-term health risks, including respiratory failure, soil and water acidification, and neurological damage, particularly in children.
“We have seen reports of a persistent, caustic, dark haze — the ‘death cloud’ — forming over major urban centers like Tehran and Haifa following interception waves and they represent severe health risks,” Govil stated.
“At Ducon, we have the technology to address these toxins at the source of human exposure.”
