gas yield

USAGE SUMMARY

The phrase "gas yield" is correct and usable in written English.
It can be used in contexts related to chemistry, energy production, or any field where the amount of gas produced from a reaction or process is being discussed. Example: "The gas yield from the reaction was significantly higher than expected, indicating a more efficient process."

✓ Grammatically correct

Science

News & Media

Formal & Business

Human-verified examples from authoritative sources

Exact Expressions

60 human-written examples

In addition, the effects of operation condition and reactor structure on gas yield and residence time were studied to explore best operation rules for increasing gas yield.

International Journal of Hydrogen Energy

"The higher the household waste organic content – food, papers, cards, all contaminated waste – the higher the gas yield will be," says Kanstrup.

The Guardian

Both models determine the producer gas composition (CO, CO2, H2, CH4) and gas yield.

Biomass and Bioenergy

Optimal process conditions can improve glycerol pyrolysis by increasing gas yield and hydrogen concentration.

Applied Energy

The reforming characteristics and optimal operating conditions to achieve maximum synthesis gas yield were determined.

International Journal of Hydrogen Energy

On the other hand, pressure affects, mainly, gas yield and determines only minimal changes in char characteristics.

Fuel

The gas yield increases with increasing gas residence time when temperature of the residence zone is higher than 700 °C.

Fuel Processing Technology

All of them are found to reproduce the raw gas composition as well as synthesis gas yield with acceptable deviation.

Energy Conversion and Management

Olivine is identified as increasing the product gas yield and the H2 yield by promoting the CO-shift reaction.

Chemical Engineering Journal

Highest bio-oil, biochar, and gas yield of 19.6%, 41.1%, and 54.0% was achieved at different process condition.

Bioresource Technology

The lower heating value, the volumetric gas yield, the gas power and the cold gasification efficiency were the output variables.

Energy for Sustainable Development

Expert writing Tips

Best practice

When discussing "gas yield" in scientific writing, specify the units of measurement (e.g., volume per unit mass or moles per mole) for clarity and reproducibility.

Common error

Avoid using "gas yield" interchangeably with "gas production rate". Yield refers to the total amount produced, while rate indicates the speed of production over time.

Linguistic Context

The phrase "gas yield" functions primarily as a noun phrase, typically used as the subject or object of a sentence. As Ludwig AI confirms, it is correct and usable in English. It denotes the quantity of gas produced in a reaction or process, often in the context of scientific or technical discussions.

Expression frequency: Very common

Frequent in

Science

93%

News & Media

3%

Formal & Business

2%

Less common in

Encyclopedias

0%

Wiki

0%

Reference

0%

Ludwig's WRAP-UP

In summary, "gas yield" is a common noun phrase used to quantify the amount of gas produced in a process, predominantly in scientific and technical contexts. Ludwig AI confirms its grammatical correctness and usability. To ensure clarity, it's crucial to specify measurement units and differentiate it from related terms like "gas production rate". While widely used in science, its occurrence in news and business contexts is less frequent. Remember to distinguish this term with similar phrases such as "gas production rate", "volume of gas produced" or "gas output".

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

Gas output

A simpler term indicating the quantity of gas released.

Volume of gas produced

Specifies the quantity of gas resulting from a process.

Amount of gas evolved

Highlights the release or development of gas during a reaction.

Quantity of gas released

Stresses the liberation of gas from a source.

Gas production rate

Focuses on the speed at which gas is generated, rather than the total amount.

Rate of gas formation

Similar to 'gas production rate', but emphasizes the formation process.

Gas generation

Refers to the creation or production of gas, emphasizing the process.

Gas productivity

Focuses on the efficiency of a system in producing gas.

Syngas yield

Specifies a particular type of gas mixture (synthesis gas) that's produced.

Methane production

Identifies the production of a specific gas (methane).

FAQs

How is "gas yield" typically measured?

The "gas yield" is generally measured as the volume of gas produced per unit mass of reactant (e.g., liters per kilogram) or as moles of gas per mole of reactant. Specifying temperature and pressure is essential for accurate comparison.

What factors can influence "gas yield" in a chemical reaction?

Several factors, including temperature, pressure, catalyst presence, reactant concentrations, and reactor design, can significantly affect the "gas yield". Optimizing these conditions is crucial for maximizing gas production.

Is "gas production" a good substitute for "gas yield"?

"Gas production" refers to the process of generating gas, while "gas yield" specifically denotes the amount of gas generated. While related, they are not perfectly interchangeable. Use "gas production" when discussing the process, and "gas yield" when quantifying the result.

How does "gas yield" relate to reaction efficiency?

The "gas yield" is a direct indicator of reaction efficiency. A higher gas yield suggests a more efficient conversion of reactants into gaseous products, implying better utilization of resources and potentially lower waste generation.