姘斾綋鍑€鍖栨妧鏈

寮€鍙戜簡姘у寲閾濆瀷纭：鍥炴敹绯诲垪鍌寲鍓傘€佽礋杞藉瀷浣庢俯纭：鍥炴敹绯诲垪鍌寲鍓傘€佺～纾哄洖鏀跺熬姘斿姞姘㈢郴鍒楀偓鍖栧墏鍜屾湁鏈虹～姘磋В纭：鍥炴敹鍌寲鍓傘€傛帉鎻′簡閽涘熀纭：鍥炴敹鍌寲鍓傘€佺～鍖栨阿閫夋嫨鎬ф哀鍖栧埗纭偓鍖栧墏鍙婄～纾哄洖鏀跺熬姘斾綆娓╁姞姘㈡按瑙ｅ偓鍖栧墏绛夋妧鏈紝CT绯诲垪纭：鍥炴敹鍙婂熬姘斿鐞嗗偓鍖栧墏鍦ㄦ皵浣撳噣鍖栭鍩熺殑鎬讳綋鎶€鏈按骞崇户缁繚鎸佸浗鍐呴鍏堛€傚競鍦哄崰鏈夌巼淇濇寔鍥藉唴绗竴銆侟/p>

The company has developed alumina-type catalysts for sulfur recovery, load-type low-temperature catalysts for sulfur recovery, hydrogenation catalysts for treating tail gas for sulfur recovery, and organic sulfur hydrolysis catalysts for sulfur recovery. It masters the technologies of titanyl sulfur recovery catalysts, hydrogen sulfide selective oxidation catalysts for sulfur recovery, and low-temperature hydrogenation catalysts for treating tail gas from sulfur recovery, etc. It always gets ahead in China in the field of gas purification with CT sulfur recovery and tail gas treatment catalyst series. Its market shares always rank first in China.

鍦ㄥ浗鍐呴瀹跺紑灞曚簡MDEA鑴辩～鑴辩⒊鍜岀墿鐞嗗寲瀛︽憾鍓傝劚纭劚纰虫妧鏈爺绌讹紝骞跺疄鐜颁簡宸ヤ笟搴旂敤銆侟/p>

寮€鍙戜簡缁滃悎閾佹恫鐩告哀鍖栬繕鍘熻劚纭妧鏈紝濉ˉ浜嗗浗鍐呯┖鐧姐€侟/p>

It is the first domestic company to carry out the researches on MDEA desulphurization and decarburization technology and desulphurization and decarburization technology with physical-and-chemical solutions, and to realize industrial application. Iron-redox desulphurization technology has been developed and filled the domestic gap.

寮€鍙戜簡澶╃劧姘斿浐浣撹劚纭妧鏈強閰嶅CT绯诲垪鍥轰綋鑴辩～鍓傦紝瑙ｅ喅浜嗚竟杩滃垎鏁ｄ綆鍚～姘斾簳鐨勫噣鍖栭棶棰樸€侟/p>

It has developed natural gas solid desulphurization technology and matched CT solid desulphurization activator series, thus solving the purification problems in remote and scattered low-sour gas well.

鐩墠涓讳綋鎶€鏈細

The Present Key Techniques:

鍏嬪姵鏂～纾哄洖鏀跺強灏炬皵澶勭悊鎶€鏈?/p>

Claus sulfur recovery and tail gas treatment techniques

閱囪兒娉曡劚纭伐鑹烘妧鏈拰鐗╃悊鍖栧娉曡劚纭伐鑹烘妧鏈?/p>

Oxyamine process and physical-chemical desulphurization

缁滃悎閾佹恫鐩告哀鍖栬繕鍘熻劚纭伐鑹烘妧鏈?/p>

Iron-redox desulphurization technology

骞叉硶鍥轰綋鑴辩～宸ヨ壓鎶€鏈?鍖呮嫭甯告俯鑴辩～銆佷腑娓╄劚纭拰楂樻俯鑴辩～涓夌被)

Solid desulphurization with dry method (including desulphurization at normal, intermediate and high temperatures)

鎬ц兘璇勪环鎶€鏈?/p>

Performance evaluation technique

浜у搧鎯呭喌锛欬/strong>