Page 45 - FoodFocusThailand No.243 July 2026
P. 45

SMART
                                                                                               SMART PRODUCTION PRODUCTION











                     STEAM SMOKE TECHNOLOGY:


                     REDEFINING SAFE AND SUSTAINABLE FOOD SMOKING



                     Smoking  technology  in  the  food  industry—particularly  for  meat  products,  sausages,  ham,  fish,  and
                     cheese—plays an important role in enhancing flavor, aroma, appearance, and shelf life, while helping inhibit
                     microbial growth and maintain product quality. Today, modern smoking technologies such as steam smoke
                     technology, which combines superheated steam with wood smoke, have been developed to meet growing
                     demands for safety, quality, and production efficiency, offering significant advantages over conventional
                     smoking methods.


                    Traditional vs Steam Smoke Technology
                    Traditional smoking methods typically rely on
                    the direct combustion of wood or sawdust. This
                    approach presents several inherent limitations,
                    including prolonged processing times, difficulties in
                    regulating temperature and humidity, and the potential
                    generation of hazardous contaminants. Most notably,
                    it can produce Polycyclic Aromatic Hydrocarbons
                    (PAHs) and benzo(a)pyrene, both recognized
                    carcinogens, while also contributing to substantial
                    product weight loss due to low humidity levels.
                      In contrast, superheated steam smoke systems
                    use high-temperature steam and wood chips to
                    generate clean, soot-free smoke that deposits color
                    and  flavor  compounds  directly  onto  the product  Energy  Efficiency,  Precision,  and  Environmental
                    surface. This technology can reduce smoking time   Sustainability
                    by up to 40% while significantly lowering PAH and   Equipped with touchscreen interfaces, modern smoking systems enable
                    benzo(a)pyrene levels, enhancing safety for both   real-time monitoring and precise process control. Additional innovations,
                    consumers and plant operators.               including cold smoke generators and condenser-based exhaust treatment
                      Another  key  advantage  of  modern  smoking   systems, help deliver a natural smoke profile while reducing atmospheric
                    systems is their ability to deliver consistent color,   emissions. These technologies preserve nutritional quality, support clean-
                    aroma, and product quality. Advanced airflow controls   label product development, and align with the growing consumer demand
                    ensure uniform smoke distribution, reducing batch-  for “natural yet safe” food products without compromising their authentic
                    to-batch variations and defect rates. In addition,   smoke flavor and aroma. Improved energy efficiency and emissions
                    maintaining relative humidity levels of up to 99% helps   control also help manufacturers comply with stringent environmental
                    prevent over-drying, reducing weight loss by 3% or   and food safety requirements, including those set by the EU and Codex
                    more compared to traditional smoking methods.  Alimentarius.
                                                                    These modern smoking technologies preserve nutritional quality and
                    Universal Smoking Chambers for Flexible      support environmental sustainability. Crucially, Steam Smoke Technology
                    and Automated Production                     enables manufacturers to produce 100% natural sausages and smoked
                    Beyond modern smoke-generation technologies   meats that perfectly meet the demands of modern health-conscious
                    such  as  steam  smoke  technology,  universal   consumers without relying on synthetic flavorings. This advancement
                    smoking  chambers  play  an  important  role  in   supports clean-label product development and aligns with the growing
                    enhancing production flexibility. These systems can   consumer demand for safe, eco-friendly food products. Ultimately, Steam
                    accommodate multiple processes within a single unit,   Smoke Technology is redefining food smoking—minimizing yield loss,
                    including cold smoking (used for products such as   enhancing competitiveness, and addressing the evolving demands of
                    salami and raw ham, where preserving the original   the future food industry.
                    texture  is  critical),  warm  smoking,  hot  smoking,
                    cooking, and cooling. In addition, the integration of
                    automated monorail or spiral conveyor systems helps
                    increase throughput, reduce labor dependency, and          More Information       Service Info C007
                    improve overall operational efficiency.
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