Skip to main content
  • Clariant Logo
  • Compartir
  • Contacto
  • es - US
  • Translate
  • Contrast
  • Buscar
  • Productos y soluciones
  • Sustentabilidad
  • Company
  • Medios de comunicación
  • Investors
  • Careers
  • Events
Cerrar
Buscar
Cerrar
SDS & Document Finder
result(s)
Todos los resultados
Cerrar
Facebook Twitter LinkedIn Correo electrónico WhatsApp More Options
Cerrar
Cerrar
The translation will be performed automatically using AI. Please double-check important facts and statements.
Cerrar
Clariant International
  • Productos y soluciones
  • Sustentabilidad
  • Company
  • Medios de comunicación
  • Investors
  • Careers
  • Events
Inicio / Químicos especializados de Clariant / Clariant news / Clariants new ENVICAT NOS proven extremely effecti…
News
Resumir
agosto 26, 2015

Clariants new ENVICAT NOS proven extremely effective in removing harmful NO from chemical plants

Oil and gas Agriculture and Animal Feed Food, Beverage and Edible Oil General Industrial Plastics and Polymers Textiles and Fibers Automotive and Transportation Global

  • N₂O is a major contributor to greenhouse gases in the atmosphere
  • Expansion of Clariant ENVICAT® N₂O series which includes catalysts for secondary and tertiary installations
  • Clariant's ENVICAT® N₂O-S is proven in the secondary abatement of N₂O
Munich, August 26, 2015 – Clariant, a world leader in specialty chemicals, announced today a new development in controlling harmful nitrous oxide (N₂O) emissions. Nitrous oxide emissions are harmful in two ways: they exacerbate the greenhouse effect and damage the ozone layer. At present, nitrous oxide is destroying the ozone layer more aggressively than any other substance. The new ENVICAT® N₂O-S has been proven particularly effective in the decomposition of N₂O in secondary nitric acid installations or high N₂O containing gas streams such as from adipic acid production.

Clariant has long offered catalysts to control the emission of N₂O. Typically, there are two ways for reducing the emission of N₂O: Secondary and Tertiary. The most effective and efficient means for reducing N₂O is with Tertiary abatement, such as with the ENVICAT N₂O series of catalysts. This is the ideal solution for large nitric acid (NA) producing plants or installations that operate under the Joint Implementation Supervisory Committee (JISC) with Clean Development Mechanisms (CDM). However, with the latest ENVICAT N₂O-S offering, a drop-in solution is available for plants designed to remove these harmful gases in the Secondary stage of chemical production.

As legislators around the world continue to tighten regulations on emissions, which differs between regions, amounts of N₂O in waste gas from industrial plants is strictly limited. With the inclusion of ENVICAT N₂O-S in a nitric acid facility, for example, N₂O emissions can be mitigated with a conversion rate greater than 90% of the harmful emissions.

Stefan Heuser, Senior Vice President & General Manager BU Catalysts, stated, "With the ENVICAT N₂O series, climate damaging emissions are thus already being reduced on a scale equivalent to 12 million metric tons of carbon dioxide per year. And, now with the ENVICAT N₂O-S catalyst for secondary stage emissions control, we are in a position to only improve this number."


Documents

  • Media Release ENVICAT™ N2O-S Proven Extremely Effective 20150826 EN (0.18 MB)
Read all news
Clariant International
          Clariant International
          Creamos valor agregado mediante la apreciación de las necesidades de nuestros clientes: con soluciones competitivas e innovadoras. Las necesidades de nuestros empleados: adhiriéndonos a los valores de nuestra empresa. Las necesidades de nuestros accionistas: con rendimientos superiores al promedio. Y las necesidades de nuestro entorno: actuando de manera sustentable.
          Social
          • Colofón
          • Términos de uso
          • Data protection and privacy
          • General Terms and Conditions of Sale and Purchase
          Derechos de autor © Clariant 2024. Todos los derechos reservados.

          Resumen de la página

          close
          Resumen en curso
          El resumen de la página se genera por IA