气化是通过氧气或高温蒸汽氧化碳质材料(碳氢化合物)转换为一个合成气的化

Gasification is a high-temperature steam by means of oxygen or carbon dioxide material (hydrocarbons) turn <br>converted into a synthesis gas chemistry, typically in the 800 ~ 900 ℃. Algal cell biological <br>substance gasification operation is very flexible, Elliot et al studied the low moisture content of the biomass of high <br>temperature catalytic gasification, high moisture biomass gasification methane directly without the drying gas. The <br>lignin vaporized and mixed alcohols synthesis technology is relatively mature [11], by a Fischer - Tropsch bonded <br>to (Fischer-Tropsch Synthesis, FTS) mixed alcohols synthesis product gas, may be <br>to produce different types of liquid fuels, such combined cycle energy production system microalgae <br>method of low-temperature catalytic gasification worth to study further, but the biggest problem the FTS <br>is the purification process and the high cost of tar reforming operation. Tar will lead to the synthesis and a <br>catalyst for purifying the coking phenomenon, and therefore must be place in order to get more <br>space for development.

Gasification is transsion by oxygen or high temperature steam carbon dioxide material (hydrocarbons)<br>The chemical process of converting to a synthetic gas, usually at 800 to 900 degrees C. Algal cell biology<br>The gasification operation is very flexible, Elliot and others have studied the low content of biomass with high moisture content.<br>Temperature catalytic gasification, high moisture biomass can be directly gasified methane gas without drying. Will<br>The technique of lignin gasification and synthesis of mixed alcohols is relatively mature, via Fe-Torhe<br>(Fischer-Tropsch Synthesis, FTS) synthesizes the product gas into a mixture of alcohols, which can<br>To produce different types of liquid fuel, this energy cycle production system combines microalgae<br>The method of low temperature catalytic gasification is worth further study, but ftS's biggest problem<br>Is the high cost of purification treatment and tar restructuring operations. Tar causes synthesis and<br>The purification catalyst produces coking, so it must be removed to get bigger<br>development space.

Gasification is the oxidation of carbonaceous materials (hydrocarbons) by oxygen or high-temperature steam<br>The chemical process of converting to syngas is usually 800-900 ℃. Algal cell biology<br>The gasification operation of quality is very flexible. Elliot et al. Studied the low content of biomass with high moisture content<br>Warm catalytic gasification, high moisture biomass can directly gasify methane gas without drying. take<br>The technology of lignin gasification and synthesis of mixed alcohol is relatively mature<br>Fischer Tropsch synthesis (FTS) was used to synthesize mixed alcohols<br>To produce different kinds of liquid fuels, this energy cycle production system combines microalgae<br>The method of catalytic gasification at low temperature deserves further study, but the biggest problem of FTS<br>It is a high cost of purification treatment and tar reforming operation. Tar can lead to synthesis and use in<br>The purified catalyst produces coking phenomenon, so it must be removed to get bigger<br>Development space.