Skip to main content
  • Clariant Logo
  • 共有する
  • お問合せ先
  • JP - US
  • Translate
  • Contrast
  • 検索
  • 製品&ソリューション
  • サステナビリティ
  • Company
  • メディア
  • Investors
  • Careers
  • Events
終了
検索
終了
SDS & Document Finder
result(s)
すべての結果
終了
Facebook Twitter Linkedin Eメール WhatsApp More Options
終了
終了
The translation will be performed automatically using AI. Please double-check important facts and statements.
終了
Clariant International
  • 製品&ソリューション
  • サステナビリティ
  • Company
  • メディア
  • Investors
  • Careers
  • Events
ホーム / クラリアント スペシャリティケミカルズ / Clariant news / Clariant Catalysts receives special mention for IC…
News
要約する
2014年10月17日

Clariant Catalysts receives special mention for ICIS Innovation award 2014

Oil and gas Global

  • Special Mention in Best Process Innovation category ICIS Innovation Awards 2014
  • Breakthrough Heat Generating Material concept - significantly increases selectivity and yield of CATOFIN® on-purpose olefin production units
  • Improved process achieves superior on-stream efficiency and reduced CO2 emission through energy savings
Munich, October 17, 2014 - Clariant, a world leader in specialty chemicals, has achieved a special mention in the Best Process Innovation category of the ICIS Innovation Awards 2014 for its Heat Generating Material (HGM) concept, proven to significantly improve the efficiency of CATOFIN® on-purpose olefin production units.

The ICIS judges selected HGM for particular recognition because of its step-change contribution to feedstock utilization efficiency through increasing olefin selectivity and yield by several percent. The new concept reduces the carbon emissions of a typical CATOFIN unit by several 10'000t of CO2 per year. CATOFIN technology based on Clariant's Houdry® catalysts creates a reliable and less complex production process for on-purpose olefins production with efficient energy consumption. Licensed through CB&I is the CATOFIN technology currently used in more than 30 propane and butane dehydrogenation plants around the world.

Metal oxide-based HGM is loaded into the catalyst bed of the dehydrogenation plant. It is oxidised and reduced during the process. This reaction produces heat inside the catalyst bed where it drives the dehydrogenation reaction. It significantly reduces the amount of heat that needs to be supplied and also establishes a more favorable catalyst bed temperature profile. This increases olefin selectivity and consequently the yield, while also saving energy and reducing CO2 emissions.

Several Catofin units utilizing HGM have gone on-stream since 2011, all confirming the advantages of the HGM technology at full commercial scale.

"Shale gas development is creating significant need for on-purpose olefin production, and with HGM we are offering step change improvements to the efficient CATOFIN technology. Several percentage of olefin yield improvement for CATOFIN plants translate into tremendous economic benefit. Further competitive advantages for our customer are brought through sustainability aspects of energy consumption and CO2 emission reduction," said Stefan Heuser, Head of BU Catalysts at Clariant.


Documents

  • Media Release Catalysts Receives Special Mention For Icis Innovation Award 2014 EN (0.02 MB)
Read all news
Clariant International
          Clariant International
          私たちは、顧客のニーズを知ることにより、競争力のある革新的なソリューションを提供することで価値を創造します。従業員のニーズに対しては、当社の企業価値を守ることにより、価値を創造します。株主のニーズに対しては、標準を上回る利益を達成することにより、価値を創造します。環境のニーズに対しては、持続可能な方法で活動することにより、価値を創造します。
          ソーシャル
          • 当サイトについて
          • 利用規約
          • Data protection and privacy
          • General Terms and Conditions of Sale and Purchase
          著作権 © Clariant 2024 無断複写・複製・転載禁止。

          ページの要約

          close
          要約中です
          このページはAIによって要約されています。