CO₂ RECOVERY KNOWLEDGE BASE
From a gas-source question
to a better project decision.
A practical engineering library for planning CO₂ recovery plants, comparing treatment routes and understanding food-grade requirements.
Assess your CO₂ source.
Calculate recoverable flow, annual output and preliminary value. Get a source-specific list of measurements to verify next.
Food-grade quality
Source qualification, trace contaminants, sampling and product handling.
02Brewery & fermentation
Collection windows, batch flow, air ingress and brewery reuse.
03Ethanol & industrial sources
Large fermentation streams, chemical sources, flue gas and biogas.
04Equipment & integration
Compression, drying, purification, refrigeration, storage and controls.
05Sizing & economics
Mass balance, running hours, demand, utilities and commercial assumptions.
06Project delivery
Scope, inspection, commissioning, training and lifecycle support.
ENGINEERING LIBRARY
Explore the questions that shape a plant.
Start with our integrated guides to gas sources, quality, sizing, treatment, economics and project acceptance. We add focused articles as the publication schedule progresses.
12 · Engineering guides
Liquid CO₂ storage sizing: working inventory, deliveries and interruption reserve
Choose storage from a tim…
Read the guideDry-ice return-gas recovery: calculate fresh-liquid savings without double counting
Dry-ice production create…
Read the guideCO₂ moisture: compare dew point, pressure and ppm without mixing bases
A dew-point result is mea…
Read the guideCO₂ liquefaction energy: define the meter boundary before comparing kWh/t
Compare energy using acce…
Read the guideCO₂ source assessment: from a gas sample to a recovery design basis
Build a useful source ass…
Read the guideCO₂ recovery calculations: Nm³/h, kg/h and tonnes per year
Use a consistent gas basi…
Read the guideSizing brewery CO₂ recovery: fermentation peaks, demand and storage
A time-based balance conn…
Read the guideFood-grade CO₂ quality: source qualification, impurity limits and evidence
Distinguish the product s…
Read the guideSelecting a CO₂ treatment train: what each process stage contributes
A recovery train works wh…
Read the guideCO₂ recovery economics: compare useful tonnes, energy boundaries and offtake
Build a transparent scree…
Read the guideBuying a CO₂ recovery plant: scope, acceptance and lifecycle handover
Use a shared design basis…
Read the guideCompare CO₂ recovery sources: brewery, ethanol, chemical, biogas and flue gas
Compare sources by concen…
Read the guideREFERENCE DESK
Know what a source actually supports.
We distinguish general engineering guidance, our project design values and laboratory results for specific samples. Our source notes explain what each reference supports; your project specification defines its acceptance criteria.
START WITH YOUR SOURCE
Turn your CO₂ source into a defined project.
Send your gas analysis, flow profile, product target and project location. We will help connect the technical questions with a practical supply scope.
IN-DEPTH ENGINEERING GUIDES
Read the complete decision framework.
- CO₂ source assessment: from a gas sample to a recovery design basis
- CO₂ recovery calculations: Nm³/h, kg/h and tonnes per year
- Sizing brewery CO₂ recovery: fermentation peaks, demand and storage
- Food-grade CO₂ quality: source qualification, impurity limits and evidence
- Selecting a CO₂ treatment train: what each process stage contributes
- CO₂ recovery economics: compare useful tonnes, energy boundaries and offtake
- Buying a CO₂ recovery plant: scope, acceptance and lifecycle handover
- Compare CO₂ recovery sources: brewery, ethanol, chemical, biogas and flue gas