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高级自动化工程师

加入VIDA bioenergy,担任蒂尔堡高级自动化工程师。负责生物能源项目的自动化与过程控制,确保安全与效率。享受在可持续能源领域的核心角色及专家合作机会。

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地点
蒂尔堡,荷兰
工作地点
现场
工作类型
全职
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Role Summary

As a Sr. Automation Engineer within the Central Projects & Engineering team, you play a key role in shaping and delivering automation and process control solutions across multiple bio‑energy facilities and projects. You work closely with engineering contractors, system integrators, OEM vendors and VTTI Group OT experts to ensure robust SCADA/PLC design, safeguarding, cybersecurity, and process control implementation. Your work spans the full lifecycle: concept, design, execution, commissioning, and optimization of automation systems that ensure safety, reliability, and high plant performance.

Key Responsibilities

1. Automation & Control Systems

  • Design, program, and maintain PLC‑based control systems and associated SCADA/HMI environments.
  • Ensure correct integration of instrumentation, gas quality analyzers, safety devices, interlocks, and ESD logic.
  • Lead troubleshooting across control systems to improve plant stability and reduce downtime.

2. Process Control Strategy & Architecture

  • Develop and maintain the Process Control Strategy (PCS) for bio‑energy assets.
  • Create and own control narratives, Cause & Effect (C&E), alarm philosophy, and functional logic.
  • Define, develop, and maintain the site-wide Process Control Architecture (networks, segregation, security layers, protocols) of all our locations (NL and UK).

3. Functional Design Specification (FDS) & Safety

  • Prepare and maintain FDS, SDS, FAT/SAT documentation, commissioning plans, and test procedures.
  • Participate in HAZOP, LOPA and SIL review meetings and implement safeguarding according to HAZOP, LOPA, and SIL requirements.
  • Validate and support Safety Instrumented Functions (SIF), shutdown logic, and emergency response behavior.

4. IT/OT & Cybersecurity

  • Work across IT and OT domains to ensure secure, resilient industrial networks.
  • Define and maintain communication structures, including Modbus, OPC-UA, MQTT, Profinet, and secure remote access.
  • Collaborate with cybersecurity specialists to strengthen critical infrastructure and maintain compliance standards.

5. Data Historian & Analytics

  • Configure and maintain data historian systems (e.g., PI, Aveva, Ignition).
  • Build dashboards and analytics that support operational decision-making, performance reviews, and reliability tracking.
  • Support digitalization initiatives such as anomaly detection, predictive maintenance, and energy optimization.

6. Process Optimization

  • Use operational data, trends, and plant diagnostics to identify opportunities for efficiency improvement, cost reduction, and methane yield optimization.[Rv1] [GK2]
  • Provide automation expertise to troubleshoot complex process issues related to fermentation, gas upgrading, utilities, and thermal systems together with other engineering disciplines.

7. Project Engineering & Vendor Management

  • Act as automation lead in CAPEX projects, coordinating with:
  • Engineering contractors (FEED, detailed design, commissioning)
  • System integrators (software, PLC, SCADA programming)
  • OEM vendors (compressors, digesters, analyzers, upgrading equipment)
  • Ensure vendor-supplied packages meet functional, cybersecurity, and integration requirements.
  • Support project delivery from design reviews through commissioning and handover.

Qualifications & Requirements

Education & Experience

  • Bachelor's or Master's degree in Automation, Electrical Engineering, Control Engineering, Industrial IT, Mechatronics, or equivalent.
  • 5-10+ years experience in industrial automation, preferably in bio‑energy, utilities, chemicals, food processing, or waste‑to-energy.

Technical Skills

  • Strong PLC programming experience (e.g., Siemens, Rockwell, Schneider).
  • SCADA/HMI development and alarm management skills.
  • Deep understanding of process control, instrumentation, and safeguarding.
  • Experience with FDS, C&E, SIL/LOPA, FAT/SAT.
  • Knowledge of IT/OT architecture and industrial cybersecurity.
  • Experience with historians and data analytics.

Soft Skills

  • Strong communicator with the ability to manage diverse internal and external stakeholders.
  • Proactive, structured, and hands‑on problem solver.
  • Capable of guiding contractors and OEM vendors in a multi‑project environment.

What We Offer

  • A central role in scaling and optimizing sustainable bio‑energy assets.
  • Collaboration with a wide network of engineering partners, vendors, and internal specialists.
  • Opportunities for technical leadership, innovation, and cross‑site influence.

If you have built your career in strategy, transformation, or performance improvement consulting and are looking for an opportunity to drive meaningful impact within a growing industrial business, we would love to hear from you. Email: [email protected] - Shiva Ahmadi, Sr. talent acquisition VTTI/ Vida

职位详情

发布时间
5 11月 2026
领域
时区
UTC+01:00
经验
5-10+ years

关于 VIDA bioenergy

公司概况

VIDA生物能源,一家由VTTI全资拥有的私营生物甲烷生产商

荷兰布雷达

2021年

他们的业务

VIDA生物能源专注于开发、建设、收购和运营厌氧消化设施,将农业及其他有机原料转化为生物甲烷、生物碳酸气和有机肥料。公司专注于可再生气体和循环农业产品,而非一般的可再生能源项目(来源:vidabioenergy.com)。其核心技术是厌氧消化,通过生物方式分解有机物产生沼气,随后通过去除二氧化碳和杂质升级为化学性质等同于天然气的生物甲烷。该生物甲烷可注入现有燃气网络,或用于锅炉及其他燃气设备(来源:vidabioenergy.com)。

公司的产品组合包括用于建筑供热、工业供热和重型运输的生物甲烷,作为副产品的生物碳酸气,以及作为有机肥料返还农业的消化残渣(来源:vidabioenergy.com)。VIDA的商业模式整合了能源和废物管理市场,从农业和畜牧业企业采购原料,向燃气网络用户、建筑供热、工业供热用户及重型运输运营商等能源客户供能(来源:vidabioenergy.com)。

VIDA的竞争优势在于开发一系列地理分布广泛的生物甲烷工厂,采用独立运营模式,结合初创企业的灵活性与母公司VTTI在工程、运营、治理、安全及财务方面的实力(来源:vidabioenergy.com)。其工程范围还涵盖气化、热解、发酵和生物燃料生产等技术,尽管厌氧消化和生物甲烷升级是其运营资产的主要技术(来源:vidabioenergy.com)。

项目与业绩

VIDA生物能源运营着位于荷兰的蒂尔堡工厂,设计年产约2300万立方米沼气,用于可再生天然气和有机肥料生产(来源:vidabioenergy.com)。其同样位于荷兰的Bernheze工厂于2026年4月28日开始向荷兰燃气网络注入生物甲烷,正逐步提升至年产约800万立方米生物甲烷。Bernheze每年处理约72000吨农业原料,生产约14000吨用于农业的消化残渣(来源:vidabioenergy.com)。

在英国,VIDA正在开发Glentham和Wormslade项目。Wormslade项目正在建设中,设计年处理约46000吨原料,预计生产约68 GWh的可再生生物甲烷,足以为5000多户家庭供暖。该项目每年还将产生约70000吨用于农业的消化残渣(来源:vidabioenergy.com)。此外,VIDA还在荷兰林堡省Leudal的Zevenellen商务园区推进一项生物能源装置,作为其开发管线的一部分(来源:vidabioenergy.com)。

公司的地理战略聚焦欧洲,运营和项目地点包括荷兰和英国,并计划将平台扩展至波兰(来源:vidabioenergy.com)。

最新动态

最重要的近期发展是2025年1月将VTTI的生物甲烷业务重新品牌为VIDA生物能源,成立专门的领导团队和独立品牌,同时VTTI保持全资所有权(来源:vidabioenergy.com)。Bernheze工厂于2026年4月28日实现向荷兰燃气网络注入生物甲烷的里程碑,标志着重大运营成就,随后逐步提升产能(来源:vidabioenergy.com)。

英国的Wormslade项目也实现了燃气入网运营,开始向英国燃气网络商业注入生物甲烷,计划在2026年内逐步提升至满负荷产能(来源:vidabioenergy.com)。VIDA的可持续发展框架将环境、社会和治理绩效责任分配给高级领导层和专门的ESG委员会,运营框架中纳入安全、安保、合规培训及八项“黄金合规规则”(来源:vidabioenergy.com)。

工作环境

VIDA生物能源的主要企业及技术基地位于荷兰布雷达,岗位涵盖项目管理、工程、机械工程、运营、业务发展及人力资源、传播、财务、治理和ESG等企业职能(来源:vidabioenergy.com)。公司寻求经验丰富的专业人才,机械工程岗位要求至少10年相关经验,向高级项目领导汇报,体现支持多资产和多项目的矩阵式工作环境(来源:vidabioenergy.com)。

VIDA结合了初创企业的活力与母公司VTTI的专业性、安全体系、专业知识和财务支持。工作具有国际性和项目导向,覆盖荷兰、英国及潜在的其他欧洲国家,强调协作、安全、公平的工作条件和员工发展(来源:vidabioenergy.com)。

理想候选人具备厌氧消化、气体升级、沼气、燃气网络连接、工艺工程、机械设计、EPC项目交付、工厂运营、农业原料管理或能源基础设施开发经验。公司处于成长阶段,也重视调试、建设、许可、商业开发和运营准备方面的专业能力(来源:vidabioenergy.com)。

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高级自动化工程师
VIDA bioenergy