独家:ChampionX 创新需要钻增量桶

ChampionX 总裁兼首席执行官 Soma Somasundaram 强调了增量钻探的必要性,以及油田服务行业在实现净零排放的过程中的作用。

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      Sivasankaran “Soma” Somasundaram_ChampionX - OTC 24

      乔丹·布鲁姆 (Jordan Blum),Hart Energy 编辑总监:我们正在休斯敦参加海上技术会议。 ChampionX 的总裁兼首席执行官 Soma Somasundaram 也加入了我的行列。非常感谢您加入我们。真的很感激。为了深入了解油田服务 (OFS) 领域,我只是想了解一下 OFS 领域在实现净零排放的道路上所发挥的日益重要的作用,并真正推动运营商朝这个方向发展。

      ChampionX Corp.总裁兼首席执行官 Sivasankaran(“Soma”)Somasundaram 是的,谢谢你,乔丹。很高兴和你在一起。油田服务行业过去几年、一直以来,油田服务行业一直是一个注重技术、不断提高效率等等的行业。在过去几年里,随着我们的客户、勘探与生产运营商实现净零愿望,这一方面已经加速发展。因此,如果你仔细观察,就会发现它存在于价值链的每个环节。油田服务部门正在努力解决这一问题。我们都知道我们获得了多少钻孔效率,作为 ChampionX,我们在钻孔效率的提高中发挥了很小的作用,因为我们生产刀具。因此,当我查看我们今天生产的这些切割机时,发现它们比 15 年前多去除了几乎 1100% 的岩石。这一切都归功于技术的改进和创新。

      然后,当你谈到生产运营时,今天有很多技术开发,特别是在甲烷排放监测、检测、测量以及生产化学品等领域,我们正在创新可以提高性能的化学物质。同时,采用降低用量、人工举升、降低电耗等技术,使水泵消耗的电能更少。数字解决方案,所以油田服务部门,如果你进入完井领域,显然所有电子压裂,所有这些。所以我认为油田服务公司在技术开发效率的提高中一直发挥着主要作用。如今,这一趋势仍在继续,迈向净零排放。

      JB:非常好。是的。它不像大型钻井平台和压裂人员那么性感,但持续监测甲烷是你们都非常热衷的事情。我能否请您详细说明一下这对于增强分析甚至人工智能的重要性?

      SS:是的,不,乔丹,众所周知,甲烷是最有效的温室气体之一。据估计,它的效力比二氧化碳强近 80%。因此,减少甲烷排放或减少甲烷排放是我们行业以及更广泛社区的近期优先事项。这就是事实,因为我们从事生产运营,整个石油和天然气行业的甲烷排放量几乎占全球甲烷排放量的 25%。因此,我们认为我们有责任进行技术创新,帮助我们的客户检测、测量和减少。因此,连续监测是一种在生产井场周边放置传感器的技术,然后对井场空气进行连续采样,以检测是否存在甲烷排放。其中涉及很多技术,因为正如您可以想象的那样,在露天井场中,很多因素都会影响您的测量方式(风向、风速、湿度)。改变。因此,这也是一门大气科学,它是由大量数字分析支持的,特别是现在有了生成人工智能,所有这些技术都融入其中,而且该技术在这一领域发展得非常快,我真的,对我们团队在这方面所做的事情感到非常自豪。

      JB:太好了。非常好。因此,近年来,效率大幅提高,钻井和完井工作也取得了很大进展,现在似乎更加重视,讨论更多地转向人工举升和化学品生产。显然,这是即将与SLB合并的一个重要部分。我能否让您详细说明一下这是如何转变的(如果有的话)?

      SS:是的。正如您正确指出的那样,需要生产的下一桶石油的增量,他们的生产密集度越来越高,因为它越来越难以达到。治疗起来越来越难了因此,它需要提高化学技术水平,提高人工举升技术水平,然后将它们全部结合在一起就是数字技术,在数字技术中,您可以不断监控这些高产油井并不断优化,使其能够继续保持最高水平。现在,在这个行业中,我们的客户非常关注资本纪律,也非常注重减少自己的碳足迹。因此,提高效率和以较低的碳强度交付下一桶石油的能力是我们客户的首要任务。这就是为什么世界上越来越重视的原因。资本纪律与生产领域的低碳强度相结合是所有这些创新的推动力。

      JB:好。在生产化学品方面,我能否请您详细说明一下您现在和未来最感兴趣的创新是什么?

      SS:是的。因此,在化学品生产领域,我们所做的就是创造新分子。我们创造新的分子,帮助我们的客户保护他们的资产,并促进石油和天然气的流动。所以在这个领域,我们在多功能化学品领域不断创新。过去,我们使用不同的化学品来实现不同的功能,无论是腐蚀抑制,无论是水合抑制,还是杀菌剂,但现在我们正在创新分子和化学品,可以用一种化学物质实现多种功能。因此,您可以想象化学品的使用量需要减少,所需的房地产以及交付所有这些所需的物流量都需要减少。然后我们还将整个供应链数字化,以提高与交付这些化学品相关的效率。因此,我对正在发生的所有这些创新感到非常兴奋,这将帮助我们的客户实现净零排放的愿望。

      JB:太好了。非常感谢您加入我们的 OTC。真的很感激。要阅读和观看更多内容,请在线访问hartenergy.com

      原文链接/HartEnergy

      Exclusive: ChampionX Innovation Needed to Drill the Incremental Barrel

      Soma Somasundaram, president and CEO of ChampionX, emphasized the need to innovate when drilling for the incremental barrel, as well as the oilfield services sector’s role in the path to net zero.

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        Sivasankaran “Soma” Somasundaram_ChampionX - OTC 24

        Jordan Blum, editorial director, Hart Energy: We are here at the Offshore Technology Conference here in Houston. I'm joined by Soma Somasundaram, the president and CEO of ChampionX. Thank you so much for joining us. Really appreciate it. Just to get right into it in the oilfield services (OFS) sector, I just wanted to get your take on the increasing role that the OFS space is playing in the path to net zero and really moving operators in that direction.

        Sivasankaran (“Soma”) Somasundaram, president and CEO, ChampionX Corp.: Yeah, thank you, Jordan. Glad to be here with you. The oilfield services industry over the last several years, and all along, the oilfield services industry always has been an industry that is focused on technology, continuously improving efficiencies and so on and so forth. And that aspect has accelerated over the last several years with the path to net zero aspirations by our customers, the E&P operators. So if you look, it's in every part of the value chain. The oilfield services is working on it. We all know the amount of drilling efficiency we have gained, and we as ChampionX played a small part in drilling efficiency gain because we produce the cutters. So when I look at those cutters today we produce, they remove almost 1100% more rock than they did 15 years ago. So that's all due to technology improvements and innovations.

        And then as you come down to the production operations, today there's a lot of technology development, particularly in areas such as methane emission monitoring, detection, measurement, as well as production chemicals where we are innovating chemistries that can improve performance. At the same time, lowering the dosage, artificial lift, lower power consumption technologies that pumps that consume less power. Digital solutions, so the oil field services sector, and if you go into the completions area, obviously all the e frac, all that. So I think the oilfield service companies always have played a major role in the technology development efficiency improvement. Now that's continuing on today with the path to net zero.

        JB: Very good. Yeah. It's not as sexy, say, as the big drilling rigs and frac crews, but continuous monitoring with methane is something y'all have gotten really big into. Can I get you to just elaborate on the importance of that in increasing analytics and even AI?

        SS: Yeah, no, Jordan, this is, as we all know, methane is one of the most potent greenhouse gases. In some estimates, it's almost 80% more potent than carbon dioxide. So reducing methane emissions or abating methane emissions is a near term priority for our industry as well as for the broader communities. So that's what… and since we play in the production operations where oil and gas industry as a whole constitute almost 25% of methane emissions in the global methane emissions world. So we feel that we have a responsibility to innovate in technologies that helps our customers detect and measure and reduce. So the continuous monitoring is a technology where you put sensors around the perimeter of a producing well site, and then it continuously samples the well site air to detect any methane emissions present. There's a lot of technology that goes into it because as you can imagine, in an open well site, a lot of factors can impact how you measure this—the wind direction, the speed of the wind, the humidity—that can all alter. So it's as much an atmospheric science that is enabled by a lot of analytics that digital, and particularly now with generative AI, all those technologies go into it and it just, the technology is moving really fast in this area, and I'm really, really proud of what our team is doing in this.

        JB: Great. Very good. So in recent years, there's been a lot of big efficiency gains and drilling and completions, and now it seems like there's a lot more emphasis, the conversations pivoting more to artificial lift, production chemicals. Obviously that's a big part of the pending merger with SLB. Can I get you to kind of elaborate on how that is pivoting, if at all?

        SS: Yeah. As you rightly pointed out, the incremental barrel of next barrel of oil that needs to get produced, they get more and more production intensive because it's getting harder to reach. It's getting harder to treat. So it requires increased level of chemistry technologies, increased level of artificial lift technologies, and then bringing them all together is the digital technologies where you are constantly monitoring these high producing wells and constantly optimizing so that it can continue to perform at the highest levels. Now with the industry, with our customers very focused on capital discipline as well as they're very focused on reducing their own carbon footprint. So efficiency improvement and ability to deliver the next barrel of oil with the lower carbon intensity is a priority for our customers. So that's why there is more and more emphasis in the world. Capital discipline, combined with lower carbon intensity in the production area is what's driving all this innovation.

        JB: Good. In terms of production chemicals, can I get you to just elaborate on what innovations you're maybe most excited about now and going forward?

        SS: Yeah. So in the area of production chemicals, just from a creation of new molecules, that's what we do. We create new molecules that helps our customers protect their assets, as well as enabling the flow of oil and gas. So in that area, we are continuously innovating in the area of multifunctional chemicals. In the past, we used to have different chemicals to do different functions, whether it's corrosion inhibition, whether it is hydrating inhibition, whether it is biocides, but now we are innovating molecules and chemicals, which can do multiple of this with one chemistry. So you can imagine the amount of chemistry used needs to go down, the real estate that is needed, the amount of logistics needed to delivering all this goes down. And then we are also digitizing the whole supply chain, so to improve the efficiency related with delivering these chemicals as well. So I'm pretty excited about all those innovations that's going on, which is going to help our customers attain their aspirations on net zero.

        JB: Great. Well, thank you so much for joining us here at OTC. Really appreciate it. To read and watch more, please visit online at hartenergy.com.