石油、天然气和农药等石油化工产品及工业化学品因易燃、易反应，或含有潜在的致命化学物质，存储和输送有严格的安全要求，一旦发生泄漏，后果极为严重。
虽然管道输送是最安全的物流选择，但仍然要充分考虑人员安全和环境保护的要求。
可靠的泄漏检测解决方案对于化工行业来说是无价的，不仅可以有效避免大型管道泄漏事故的发生，且有助于防止对人员、财产和环境以及声誉的损害。
虽然管道输送是最安全的物流选择，但仍然要充分考虑人员安全和环境保护的要求。可靠的泄漏检测解决方案对于化工行业来说是无价的，不仅可以有效避免大型管道泄漏事故的发生，且有助于防止对人员、财产和环境以及声誉的损害。
Employs Atmos’ unique statistical volume balance method to provide an extremely reliable pipeline leak detection system that can detect both onset and existing leaks.
Proven technology in negative pressure wave leak and theft detection.
Combining proven leak and theft detection methods for increased confidence under all conditions.
Atmos模拟仿真组件产品同样有效地应用于化工管道。考虑到管道的危险性，我们的服务包括操作场景分析规划、紧急或误操作分析，在紧急情况下采取对安全至关重要的行动。
A range of powerful and user-friendly tools to assist operators in monitoring their pipelines.
Models pipelines using real-time data from DCS and SCADA systems. It allows operators to respond quickly to changes in supply and demand.
The perfect tool for pipeline operators due to its wide range of functionality. It can reduce engineers workloads when designing pipelines.
Continuously calculates volume balance by calculating the total flow into the system minus the total flow out of the system corrected by the inventory changes calculated by Atmos SIM.
An additional module to Atmos SIM Offline, Surge Analysis automates some of the analysis procedures and produces a detailed surge analysis report.
Supporting API industry guidance by training pipeline operators in a safe and realistic environment that's configurable with any SCADA and HMI.
安全是企业的生命，于化工行业更是重中之重。管道运营商需要确保他们的泄漏检测系统随时保持有效工作。
Atmos系统管理工具(SMT)用监测多个Atmos应用软件的状态，以确保它们在后台正常运行，无需人为干预。
A monitoring system that gives peace of mind that your Atmos applications are working as they should, without the need for human intervention.
我们知道，并不是所有的管道都是相同的，一旦项目完成，管道中就会发生变化。我们的技术工程师团队在泄漏和盗窃监控、故障排除、调优、软件升级和现场仪表、SCADA系统和电信系统的“健康检查”方面具有丰富的经验。 随着项目的完工，管道条件随时可能改变。面对千差万别的管道，我们经验丰富的工程师团队可以在泄漏检测、偷盗检测、故障排除、优化调试、软件升级、SCADA系统和电信系统的“健康检查”等方面提供多项专业服务。
Atmos provides on-going expertise to ensure pipelines and monitoring remain efficient and accurate at all times.
