Turnkey anaerobic digestion and thermochemical conversion systems with complete safety integration, SCADA monitoring, and lifecycle asset optimization for industrial organic waste streams
Request Technical SpecificationEnd-to-end deployment of biogas recovery and thermal treatment infrastructure
Substrate characterization, biochemical methane potential testing, mass/energy balance modeling, and techno-economic analysis with sensitivity modeling for feedstock variability and offtake scenarios.
Complete system design for explosive atmosphere environments, including pressure relief integration, intrinsically safe instrumentation, and electrical systems engineered for methane and hydrogen sulfide concentrations.
Full engineering, procurement, and construction management with staged commissioning protocols, performance acceptance testing, and operator training on DCS/SCADA platforms.
Real-time telemetry with predictive maintenance algorithms, automated alarm management, and cloud-based analytics dashboards for fleet-wide optimization and regulatory reporting.
Nutrient recovery systems, centrifuge/screw press dewatering, composting integration, and agricultural land application permitting to close the circular economy loop.
Performance-based maintenance contracts with guaranteed availability metrics, spare parts inventory management, and emergency response protocols for critical system failures.
Vertex Renewable Systems specializes in the deployment of advanced anaerobic digestion, gasification, and pyrolysis technologies for the conversion of organic waste streams into renewable energy and value-added biochemicals.
Our multidisciplinary engineering teams integrate process, mechanical, electrical, and civil disciplines with deep expertise in hazardous environment design for facilities handling methane, hydrogen sulfide, and volatile organic compounds.
We deploy technology based on substrate characteristics, site constraints, and economic optimization—not vendor relationships. Our independent engineering approach ensures the most appropriate solution for each project's unique boundary conditions.
Validated performance across diverse waste streams and regulatory environments
"Vertex delivered our 5.2 MW AD facility on schedule with exceptional attention to safety requirements. Their process engineering team correctly predicted biogas yields within 3% of actual production. The SCADA integration has reduced operator labor by 40%."
"The techno-economic analysis Vertex provided was instrumental in securing project financing. Their understanding of substrate co-digestion and trace contaminant impacts on CHP efficiency is unmatched. We're now processing 45,000 tonnes annually."
"After experiencing thermal runaway issues with our previous contractor, Vertex redesigned our digester mixing and temperature control systems. We've maintained mesophilic stability for 18 months with zero process upsets."
Submit waste characterization data and site parameters for preliminary feasibility assessment