Honeywell's UOP announced Tuesday that it signed a joint development agreement with Qatar Petroleum (QP) to develop new ways to cost effectively treat natural gas for the production
Under the agreement, the two companies will work together to develop more efficient technologies to remove contaminants from natural gas, so that it can be liquefied for transportation by ship and other means.
The agreement was signed at QP headquarters by Dr. Mohammed bin Saleh Al-Sada, Minister of Energy and Industry and chairman of QP, and UOP president and CEO Dr. Rajeev Gautam.
Dr. Al-Sada said the agreement is an important milestone in Qatars gas industry
Qatar is constantly working to facilitate the optimum development of its hydrocarbon resources, and this agreement is another step in that direction, said Dr. Al-Sada. Developing more efficient technologies to remove contaminants from natural gas will help boost Qatars reputation as a safe, reliable supplier of natural gas as well as high-quality products.
UOP is a leader in natural gas treating technologies, which are currently used in QPs LNG and gas processing facilities. QPs joint venture companies, Qatargas and RasGas, have a combined LNG production
capacity of 77 million tpy, making Qatar the worlds largest producer and exporter of LNG.
Global natural gas demand
is growing rapidly and LNG production
is critical to meeting the needs of regions not served by pipelines and to enable global trade," said Dr. Gautam. "Qatar Petroleum is a recognized leader in the production of LNG for world markets
, and we look forward to extending our long-standing partnership to develop technology in this important field.
UOPs separation technology and equipment remove contaminants such as sulfur, water and carbon dioxide from natural gas in order to meet rigorous product specifications and requirements for downstream transmission and liquefaction equipment. In liquefied form, natural gas can be easily and efficiently transported to markets
around the world, where it is used for a wide variety of energy applications.