Food-science research · Reviewed August 2026
Steam-oven cooking in the food-science literature
A summary of peer-reviewed food-science studies on steam and combi-steam cooking — nutrient retention, meat quality, and process contaminants. Each entry is drawn from the paper's published abstract and cited to its journal and DOI. 4 studies across 4 journals.
Inclusion criteria
Studies included here are indexed in the U.S. National Library of Medicine (PubMed) and published in peer-reviewed journals from established publishers (Elsevier, Wiley, Taylor & Francis, the Institute of Food Technologists), each with a resolvable DOI. Summaries are written from the published abstract, including where findings are mixed or limited to industrial conditions. Predatory (pay-to-publish) journals, preprints, trade press, and patents are excluded. Follow the DOI or PubMed link to read the source.
Nutrient retention and food quality
A 2024 review of superheated-steam processing across meat, produce, and cereals reports improved color, texture, and flavor, surface microbial decontamination, better retention of nutrients and bioactive compounds, and reduced energy use relative to conventional thermal processing. The authors characterize commercial adoption as early-stage; the reviewed evidence is predominantly from industrial processing rather than domestic ovens.
Zhang H, Yu F, Yi J, Xu X, Ma Y. Superheated steam technology: Recent developments and applications in food industries. Comprehensive Reviews in Food Science and Food Safety, 2024.
A review of superheated-steam processing reports high heat-transfer coefficients and a low-oxygen processing environment that limits lipid oxidation and the formation of harmful compounds, alongside adequate starch gelatinization and reduced nutrient loss, across meat, fruit, vegetables, and cereals. As with other superheated-steam work, the data are drawn largely from industrial rather than domestic settings.
Fang J, Liu C, Law CL, Mujumdar AS, Xiao HW, Zhang C. Superheated steam processing: An emerging technology to improve food quality and safety. Critical Reviews in Food Science and Nutrition, 2023.
Meat: cooking yield, moisture, and tenderness
Beef roasts from three muscles (longissimus lumborum, deep pectoralis, biceps femoris) were cooked in a steam-generation oven (CVap) versus a forced-air convection oven to three endpoint temperatures. Cooking yields were higher for two of the three muscles in the steam oven, and slice-shear force and sensory tenderness were improved for the biceps femoris; convection produced higher juiciness in the longissimus. The effects were muscle-dependent — the steam oven did not outperform convection across all cuts.
Bowers LJ, Dikeman ME, Murray L, Stroda SL. Cooked yields, color, tenderness, and sensory traits of beef roasts cooked in an oven with steam generation versus a commercial convection oven to different endpoint temperatures. Meat Science, 2012.
Process contaminants: acrylamide and browning
Cookies were baked by natural convection, forced convection, and steam-assisted hybrid methods at 165, 180, and 195 °C. Acrylamide concentration and surface browning both increased with temperature and were strongly correlated (browning index tracked acrylamide). Steam-assisted baking gave lower acrylamide at 165 °C and lower surface color at all temperatures; the authors recommend it as a means of reducing acrylamide formation while preserving physical quality.
Isleroglu H, Kemerli T, Sakin-Yilmazer M, Guven G, Ozdestan O, Uren A, Kaymak-Ertekin F. Effect of steam baking on acrylamide formation and browning kinetics of cookies. Journal of Food Science, 2012.
Related on this site: the steam-oven database (verified specifications and prices), the power & electrical dataset, and the cabinet-fit study.
This page summarizes published research for general information and is not health or dietary advice. Findings are the authors' own; results from industrial or laboratory conditions may not transfer directly to domestic ovens. Follow each citation to the source.