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Engineering Sustainable Biogas Solutions
We design high-efficiency systems to transform organic waste into clean energy and maximize operational profitability across industrial sectors.
High-performance anaerobic digestion systems transforming organic waste into clean energy.
Advanced gas purification technologies upgrading raw biogas into grid-ready biomethane.
Custom-engineered, automated pipeline networks ensuring continuous substrate and gas transmission.
Full-service engineering and professional installation of sustainable green energy infrastructures.
Smart operational loops converting biomass into clean electricity and bio-fertilizers.
ENGINEERING WORKFLOW
Project Development Phases
Step 01
Feasibility & Analysis
We evaluate your organic waste potential, analyze local substrate availability, and calculate precisely your future biogas plant's return on investment.
Step 02
Advanced Plant Design
Our engineering team designs tailored anaerobic digestion systems optimized for your specific waste types, ensuring maximum operational efficiency and structural durability.
Step 03
Turnkey Construction Management
We manage the entire construction process with strict quality control. From civil engineering to digester tank installation, we deliver your facility safely and on time.
Step 04
Production / Evaluation
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Step 05
Continuous Biological Support
We provide 24/7 remote monitoring, regular biological analysis, and technical maintenance. We ensure your biogas plant operates at peak performance with zero downtime.
Customer Faq’
Get the Answers to Common Questions
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How do Iona mixing systems maximize biogas yield?
Our advanced vertical and horizontal agitation technologies eliminate dead zones and prevent scum formation. This ensures perfect substrate homogeneity, leading to maximum methane conversion and higher energy efficiency.
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Can your systems handle high dry matter content?
Yes. With Iona's specialized mixing technology and robust direct solid feeding systems, our plants achieve highly stable operations even with up to 14% dry matter content inside the anaerobic digester.
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How does the zero-energy overflow system work?
Our innovative Overflow System (OFT) operates entirely on the "Unified Vessel" principle. By smartly leveraging gravity for digestate transfer, it drastically reduces mechanical stress and cuts pumping energy consumption by up to 66%.
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What measures protect pipelines against winter freezing?
All Iona facilities feature automated thermal AntiFreeze protection integrated with smart sensors. The system automatically detects sub-zero outdoor temperatures and activates line heating to prevent freezing and avoid costly downtime.