[Q&A] 3/28/2017
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Question: What are the physiological effects of MTBE? Answer: (1) Inhaling MTBE vapor, as well as the irritation caused by MTBE to the eyes, is on par with that of lead-free gasoline; the effects of MTBE when absorbed through the skin are similar to those of ethanol. (2)**Degree of impact: MTBE is a relatively weak **agent**, and its degree of impact on the human body is slightly higher than that of lead-free gasoline. (3) Metabolic process: Approximately 25% of the MTBE inhaled into the human body is exhaled within the first 24 hours, which is on par with the level of volatile hydrocarbons. http://bbs.hcbbs.com/static/image/hrline/4.gif The petrochemical deep processing edition – the event to share pictures of chemical equipment has started! A vast amount of wealth, along with HaiChuan coins, is waiting for you to claim! http://bbs.hcbbs.com/thread-1760733-1-1.html Summary post for the Petrochemical Deep Processing section’s 【Question of the Day】 – updated daily by the moderator. http://bbs.hcbbs.com/thread-1496481-1-1.html Summary post of weekly topics for the Petrochemical Deep Processing section~~~ Updated continuously! http://bbs.hcbbs.com/thread-1751483-1-1.html Petrochemical Sector—New Ideas for Energy Saving: The “Creative Thinking” Campaign http://bbs.hcbbs.com/thread-1666758-1-1.html Xiaomi phones available for you to claim. A thread on the “Petrochemical Section” for collecting various chemical technology materials http://bbs.hcbbs.com/thread-1654603-1-1.html Many prizes waiting for you to claim
1. Inhaling MTBE vapor, as well as the irritant effect of MTBE on the eyes, is on par with that of lead-free gasoline; the effect of MTBE when absorbed through the skin is similar to the irritancy of ethanol； 2. **Degree of impact: MTBE is a relatively weak** agent, and its **degree of impact on the human body is slightly higher than that of lead-free gasoline** ； 3. Metabolism: Approximately 25% of the MTBE inhaled into the body is exhaled within the first 24 hours, which is on par with that of volatile hydrocarbons.
(1) Inhaling MTBE vapor, as well as the irritation of MTBE to the eyes, are on par with those of lead-free gasoline; the effects of MTBE when absorbed through the skin are similar to those of ethanol. (2)**Degree of impact: MTBE is a relatively weak **agent**, and its degree of impact on the human body is slightly higher than that of lead-free gasoline. (3) Metabolism: Approximately 25% of the MTBE inhaled into the human body is exhaled within the first 24 hours, at a rate equivalent to that of volatile hydrocarbons.
(1) Inhaling MTBE vapor, as well as the irritation of MTBE to the eyes, are on par with those of lead-free gasoline; the effects of MTBE when absorbed through the skin are similar to those of ethanol. (2)**Degree of impact: MTBE is a relatively weak **agent**, and its degree of impact on the human body is slightly higher than that of lead-free gasoline. (3) Metabolism: Approximately 25% of the MTBE inhaled into the human body is exhaled within the first 24 hours, at a rate equivalent to that of volatile hydrocarbons.
(1) Inhaling MTBE vapor, as well as the irritation of MTBE to the eyes, are on par with those of lead-free gasoline; the effects of MTBE when absorbed through the skin are similar to those of ethanol. (2)**Degree of impact: MTBE is a relatively weak **agent**, and its degree of impact on the human body is slightly higher than that of lead-free gasoline. (3) Metabolism: Approximately 25% of the MTBE inhaled into the human body is exhaled within the first 24 hours, at a rate equivalent to that of volatile hydrocarbons.
(1) Inhaling MTBE vapor, as well as the irritation of MTBE to the eyes, are on par with those of lead-free gasoline; the effects of MTBE when absorbed through the skin are similar to those of ethanol. (2)**Degree of impact: MTBE is a relatively weak **agent**, and its degree of impact on the human body is slightly higher than that of lead-free gasoline. (3) Metabolism: Approximately 25% of the MTBE inhaled into the human body is exhaled within the first 24 hours, at a rate equivalent to that of volatile hydrocarbons.
:(1) Inhaling MTBE vapor, as well as the irritation caused by MTBE to the eyes, are on par with those of lead-free gasoline; the effects of MTBE when absorbed through the skin are similar to those of ethanol. (2)**Degree of impact: MTBE is a relatively weak **agent**, and its degree of impact on the human body is slightly higher than that of lead-free gasoline. (3) Metabolism: Approximately 25% of the MTBE inhaled into the human body is exhaled within the first 24 hours, at a rate equivalent to that of volatile hydrocarbons.
This post was last edited by zxsaqwe on 2017-3-28 at 11:27 (1). Inhaling MTBE vapor, as well as the irritation caused by MTBE to the eyes, are on par with those caused by lead-free gasoline; the effects of MTBE when absorbed through the skin are similar to those of ethanol. (2)**Degree of impact: MTBE is a relatively weak **agent**, and its degree of impact on the human body is slightly higher than that of lead-free gasoline. (3) Metabolic process: Approximately 25% of the MTBE inhaled into the human body is exhaled within the first 24 hours, which is on par with the level of volatile hydrocarbons.
It is irritating to the eyes and skin, with mild **.