Are There Any Open-Source VOC Control Systems?
Volatile Organic Compounds (VOCs) are hazardous air pollutants released during various industrial processes, including fuel storage, coatings, and chemical production. Traditionally, VOC control relies on robust engineered systems but in a world driven by innovation, many engineers and developers now ask: Are there any open-source VOC control systems available?
What Is an Open-Source VOC Control System?
An open-source VOC control system refers to a design or software that is publicly available, allowing engineers and researchers to freely access, modify, and deploy it in emission control scenarios. These systems typically include tools for monitoring VOC concentrations, controlling vapors, and integrating with emission reduction technologies. While fully open-source VOC abatement hardware is rare due to complexity and regulatory requirements, open-source monitoring and data logging platforms are emerging. These can be valuable for small-scale industries, research applications, or pilot programs aiming to track emissions before investing in full-scale solutions.
A Promising Example
One notable open-source initiative is the OpenAirInterface Emissions Monitor, originally built for mobile networks but now adapted by researchers for environmental data capture. It serves as a great foundation for building sensor-based VOC monitoring systems using affordable hardware like Raspberry Pi or Arduino. Though it’s not a plug-and-play industrial control system, it demonstrates the potential of open platforms to aid emission detection and preemptive analysis.
Why Industrial Applications Still Rely on Engineered VOC Control
Open-source tools are great for data collection and early-stage validation, but when it comes to full compliance with emission laws, industries rely on engineered solutions. BM Process offers a wide range of proven technologies, including catalytic oxidation systems and thermal recuperative oxidation, both designed for high-efficiency VOC treatment. Moreover, our team has deep expertise in emission control in tank storage, one of the most critical areas for VOC emission prevention.
The Future: Integrating Open-Source with Engineered Solutions
Combining open-source monitoring platforms with professional VOC abatement systems can lead to smarter, more adaptable operations. For example, integrating real-time data logging into a thermal oxidizer system can optimize energy use and reduce downtime. BM Process is already helping clients merge innovation with compliance through customized emission control projects. From conceptual design to implementation, we ensure your system meets EU environmental standards while staying flexible to future tech integrations.
Final Thoughts
While there is no complete open-source VOC control system ready for plug-and-play industrial use, tools for VOC monitoring and data management are becoming more accessible. These open-source platforms can support early-stage testing, education, or supplemental monitoring especially when combined with engineered VOC mitigation technologies. If you’re exploring ways to reduce VOC emissionseither by upgrading existing systems or integrating smart controls BM Process is ready to support you with tailored, compliant solutions.
