FREQUENTLY ASKED QUESTIONS
Vogas provides a comprehensive range of engineering, consulting, and technology solutions for the petrochemical industry. Our core services include feedstock optimization, predictive maintenance using AI and digital twins, process safety management, carbon capture integration, and turnaround (TAR) planning. We also supply modular plant designs, real-time optimization (RTO) software, and retrofitting solutions for existing crackers and downstream units. Whether you need to improve ethylene yield, reduce emissions, or increase plant reliability, Vogas delivers tailored, technology-driven solutions.
Vogas focuses on three key levers to reduce costs and boost efficiency:
Feedstock flexibility: Our real-time optimization system helps plants switch between ethane, naphtha, or LPG based on market prices, reducing feedstock costs by up to 18%.
Predictive maintenance: Using AI-powered sensors and machine learning, we predict equipment failures up to two weeks in advance, cutting unplanned downtime by over 40%.
Energy efficiency: Through furnace optimization and hydrogen co-firing, we help clients lower energy intensity by 8–10%, significantly reducing both utility bills and carbon emissions.
These integrated solutions typically deliver a return on investment within 12–18 months.
Vogas solutions are designed for seamless integration with existing petrochemical assets. Most of our technologies — including digital twins, NIR feedstock analyzers, and advanced process control modules — require only minor hardware additions and can connect to your existing distributed control system (DCS). For physical retrofits, such as carbon capture units or hydrogen-ready furnaces, we offer modular, skid-mounted designs that minimize on-site construction and reduce installation time by up to 40%. We also provide full engineering support to ensure zero disruption to ongoing operations.
Sustainability is central to Vogas’ mission. We help petrochemical plants achieve measurable decarbonization through three primary pathways:
Carbon capture: We design and deploy amine-based and membrane capture systems that remove up to 150,000 tons of CO₂ per year from cracker flue gases.
Circular feedstocks: Vogas enables co-cracking of pyrolysis oil (from recycled plastics) and bio-naphtha, reducing reliance on virgin fossil feedstocks.
Low-carbon hydrogen: We retrofit furnaces to co-fire hydrogen with natural gas, cutting CO₂ emissions by up to 35% without major capital expenditure.
Additionally, our digital optimization tools reduce energy waste, further lowering your plant’s carbon footprint. Vogas is committed to helping clients achieve a 40% reduction in carbon intensity by 2030.
