中国石油网消息：9月11日上午，在辽河油田技术开发公司油区技术服务项目部，副经理、项目部负责人韩耀龙在电脑前全神贯注地跟踪着杜32井生产参数。多元缔合泡沫调堵技术，是今年辽河油田创新“四新”技术孵化机制孵化出的一项重点技术，前7口井措施实施后均见良好增油效果。

China Petroleum News: On the morning of September 11th, in the Oil Area Technical Service Project Department of Liaodong Oilfield Technology Development Company, Deputy Manager and Project Head Han Yaolong was fully concentrating on tracking the production parameters of Well Du 32 on the computer. The multi-component polymer foam plugging technology is a key technology incubated by Liaodong Oilfield this year through the "four new" technology incubation mechanism. After the implementation of the measures in the first 7 wells, good oil production increase effects were observed.

今年以来，辽河油田创新“四新”技术孵化机制，开门引技术、试点小范围验证，快速筛选好用的新工艺、新技术、新设备、新材料，低成本试错，让技术尽快转化为辽河油田稳产增效的手段。辽河油田稠油热采井超万口，经过长期开发，部分油井汽窜问题日益突出，破解汽窜难题，成为油田技术开发公司近期重点攻关的课题。

Since the beginning of this year, Liaohe Oilfield has innovated the mechanism for incubating "new technologies". They invite technologies through open channels, conduct pilot tests on a small scale for verification, quickly select effective new processes, new technologies, new equipment and new materials, and carry out low-cost experimentation to quickly transform the technologies into means for maintaining stable production and increasing efficiency in Liaohe Oilfield. Liaohe Oilfield has over ten thousand heavy oil thermal recovery wells. After long-term development, the problem of steam channeling in some oil wells has become increasingly prominent. Solving the problem of steam channeling has become a key research topic for the technical development company of Liaohe Oilfield in the near future.

“加强与高校及科研院所合作，‘借船出海’‘引蛋孵鸡’，一些已有的先进技术企业不必压缩科技攻关周期，再从零开始研发。”油田技术开发公司执行董事、党委书记王锦生与同事明确这一思路后，迅速组织技术信息中心人员从现场问题出发，在技术资源池中探寻解决办法，面向国内高校及科研院所等广泛寻找先进技术。

"Strengthen cooperation with universities and research institutions, 'borrowing a ship to go out to sea' and 'bringing the egg to hatch the chicken'. Some existing advanced technology enterprises do not need to compress the research and development cycle and start from scratch again. Instead, they can explore solutions from the problems on the site and search for advanced technologies in the technical resource pool. After that, they will widely seek advanced technologies from domestic universities and research institutions." After the executive director and the party secretary of the Oilfield Technology Development Company, Wang Jinsheng, clearly expressed this idea with his colleagues, he quickly organized the technical information center staff to start from the on-site problems and search for solutions in the technical resource pool. They will also widely seek advanced technologies from domestic universities and research institutions.

东北石油大学的多元缔合泡沫调堵技术，耐温耐盐性强、稳定性高、配伍性优良，可在350摄氏度超高温环境下实现精准、稳定封窜，公司技术人员认定这项技术适配辽河油田稠油封窜治理需求。

The multi-component composite foam plugging technology of Northeast Petroleum University has strong temperature and salt resistance, high stability and excellent compatibility. It can achieve precise and stable plugging of interwell channels even in an ultra-high temperature environment of 350 degrees Celsius. The company's technical personnel have determined that this technology is suitable for the treatment of thick oil interwell channel plugging in Liaohe Oilfield.

技术找到，如何落地？引入“风险增油服务模式”成为新的合作方式：辽河油田提供试验井组与现场条件，技术方投入药剂、装备、施工成本；增产效益双方按约定分享，试验不成功，油田不承担技术投入损失，大幅降低新技术试错成本。风险共担，让双方在项目落地过程中全力以赴，不是各打“小算盘”。当前，依托孵化机制，该技术现场应用后，5个月累计增产原油1300余吨。

The technology has been identified. How to implement it? Introducing the "risk-enhancing oil production service model" has become a new cooperation approach: Liaohe Oilfield provides the test well groups and on-site conditions, while the technical party invests in chemicals, equipment, and construction costs; the production increase benefits are shared according to the agreement. If the test fails, the oilfield will not bear the loss of the technical investment, significantly reducing the cost of trial and error for new technologies. Risk sharing enables both parties to fully commit to the project implementation process, rather than making "small calculations" separately. Currently, relying on the incubation mechanism, after the application of this technology on-site, a cumulative increase of over 1300 tons of crude oil has been achieved in 5 months.