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특수촉매란,
원유의 정재 처리과정에서 발생되는 중질유를 특수촉매를 이용, 재 분해하여, 부가가치 높은 유종을 다시 증류해 내는데 사용되는 제품으로 재처리
시설을 갖춘 정유사에게는 이익 창출의 필수적인 아이템입니다.
(주)유존상사는 현재 W.R. Grace Davision의 한국대리점으로써  에 2006년부터 현재까지 특수촉매 공급을 알선하고
있으며, 2002년-2003년까지 LG Caltex(현  Caltex Corp. )에 특수촉매 및 2005년-2006년 첨가제(additive)를
공급한 바 있습니다.
보다 자세한 사항/문의는 담당자와의 상담이 가능합니다. |
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YooJon introduced an indispensable ingredient,
a catalyst, required to extract the maximum amount of
gasoline from the crude oil to Korean refineries by sourcing
the catalyst from W.R.Grace Davison (http://www.grace.com, USA). These refinery
companies are able to improve profit from their RFCCU(Residue
Fluid Catalytic Cracking Unit). We proud ourselves in
helping the environmental causes by increasing the productivity
of refinery process.
Oil refining is a highly specialized discipline, and
refinery catalysts must be tailored to meet variations
in crude oil and a refinery's product mix. We(W.R.Grace Davision) work closely
with customers to help them find the most appropriate
catalyst formulations for their particular needs.
Refinery feedstocks vary in quality from sweet to heavy
crude oil. Sweet crude feedstocks are more expensive than
heavy crude and have a greater proportion of high value
petroleum products and a lower proportion of resid, which
is generally the lowest value feedstock contained in crude
oil. Although feedstocks with high resid content are less
expensive than higher quality feedstocks, the processing
of high resid feedstocks is more difficult due to their
relatively high metal contamination and higher boiling
points. Due to the rising prices of petroleum products,
refiners have increased their efforts to maximize the
yield from resid feedstocks. We(Grace) have designed our product
portfolio to help our customers increase the efficiency
and yield of resid refining.
Our products also enable refiners to reduce emissions
from their FCC units and reduce sulfur content in gasoline
and diesel fuel. Our products can deliver 35-50% reduction
in sulfur oxides emissions from a commercial FCC unit,
and can generally achieve a reduction in nitrogen oxides
emissions comparable to that obtained from other, capital-intensive
alternatives available to a refinery. |
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