Catalytic Coking/Reforming/Blending – Daily Question, August 13, 2016: What is the difference between crude gasoline and stabilized gasoline?
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Daily Question for the Catalytic Coking/Reforming/Blending Section – August 12, 2016. The voting phase of the “I’m Saving Energy; Where Are You?” campaign in the petrochemical sector has begun. Hurry up and cast your valuable vote for your favorite post; replies also come with financial rewards! http://bbs.hcbbs.com/thread-1606794-1-1.html (Source: Haichuan Chemical Forum) ☛ “My Plant, My Home” – Photo Contest (10 points per photo) http://bbs.hcbbs.com/thread-1495069-1-1.html (Source: Haichuan Chemical Forum) --------------------------------------------------------------- ☛ Haichuan Freelancers’ large-scale “public welfare” campaign is now underway! http://bbs.hcbbs.com/thread-1576975-1-1.html (Source: Haichuan Chemical Industry Forum) We look forward to your participation. Compared with stabilized gasoline, crude gasoline has a greater specific gravity ( ) and a higher vapor pressure ( ). Answer: Crude gasoline, stabilized gasoline
Oh, you mean that? There should be an option: A for coarse gasoline, B for stable gasoline ； Without options, it’s ambiguous
Compared to stabilized gasoline, crude gasoline has a higher specific gravity [stabilized gasoline], and its vapor pressure is higher [crude gasoline]
Crude gasoline has a lower specific gravity than refined gasoline, and a higher vapor pressure than refined gasoline.
Compared to stabilized gasoline, crude gasoline has a higher specific gravity (for stabilized gasoline), as well as a higher vapor pressure (for crude gasoline).
Compared to stabilized gasoline, crude gasoline has a higher specific gravity, and stabilized gasoline has a higher vapor pressure.
Compared to stabilized gasoline, crude gasoline has a higher specific gravity (for stabilized gasoline), as well as a higher vapor pressure (for crude gasoline)