TECHNICAL BLOG
Technical articles on bolted tanks, biodigesters and treatment — from engineering to the field.
An industrial biodigester turns organic waste and effluent into biogas and biofertilizer through anaerobic digestion. How it works, reactor types and outputs.
Read article→An industrial biodigester's cost depends on reactor type, volume, gas holder and how the biogas is used. Cost drivers, CAPEX vs OPEX and the path to payback.
Read article→Typical biogas yields by substrate (manure, vinasse, whey, food waste) in m³ per ton of volatile solids, with the calculation method and a worked example.
Read article→Paraguay has strong biogas potential thanks to its agribusiness. Feedstocks, energy uses with ANDE, and the environmental framework under MADES and Law 294/93.
Read article→How to convert biogas into kWh: ~6 kWh per m³ of energy content and ~2 kWh of electricity via CHP. Method, efficiencies and a step-by-step worked example.
Read article→Biodigester payback is the investment divided by the net annual savings. The formula, a worked example table, and typical ranges of 3 to 7 years.
Read article→How a double-membrane gas holder stores biogas: outer and inner membrane, air blower, working pressure, capacity and safety for biogas plants.
Read article→Step-by-step method to size a farm biodigester: feedstock, volatile solids, biogas yield and reactor volume, with a worked example and a sizing table.
Read article→A dairy biodigester turns manure and wash water into energy for milk cooling and heating, produces fertilizer and cuts odors. Practical guide for operators.
Read article→QUOTE · CONFIDENTIAL · 5 DAYS
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