Watson-Marlow Expands Offering by Adding Food Grade Tubing and Certifications for the Qdos Range

This article provides an overview of the different types of yeast extract available for food manufacturing and tips on selecting the best extract for a particular recipe. Yeast extracts have gained popularity since being introduced to the market in the 1950s and are now a crucial component used by food formulators to create delectable, nutritious, clean-label dishes. Because of its special qualities and intricate makeup, yeast extract is a natural substance that can be helpful in many different applications. It comes from fresh yeast, a naturally occurring non-GMO, dairy-free, gluten-free, and vegan foodstuff. In the list of sweet and savory items, yeast extract is used to improve flavor, add freshness, minimize or remove the need for excessive amounts of salt, sugar, and fat, and mask off flavors. Yeast extract is frequently used to enhance the flavor of meat or cheese in meat replacements and animal-free products because it is entirely vegan. Because of this, food formulators now use it as one of the key ingredients to create a fully realized flavor profile in their food and beverage products. Without chemical additives or flavor enhancers, yeast extract produces wholesome, nutrient-dense, and delicious products. That's what the astute shoppers of today are searching for. They offer a good supply of complete protein as well. Yeast extracts are utilized in low-fat, low-sugar, and low-salt goods to generate taste and flavor, as well as high-protein snacks, dairy substitutes, and alternative beverages. Because of its complicated features, it is crucial to select the appropriate yeast extract (or mixture). When buying yeast extracts, some factors to think about could be as follows: The Type of Yeast Ingredient Required: Your first concern should be whether yeast extracts are appropriate for your finished product. There are numerous varieties of yeast products, such as dried yeast, protein, bark, extracts, and more. The intended use, the finished product's texture, and flavor all play a role in selecting the appropriate product. Ingredient Form: Powder, Particulate, Liquid, Semi-Liquid or Paste? The final yeast extract's shape is a crucial consideration as well. Depending on the intended use or commercial procedure, the product may be a powder, particle, liquid, semi-liquid, or paste. Following the typical processes of evaporation and concentration, paste and liquid forms are produced. Powders need an extra action step: Spray drying turns a yeast extract into a dry extract using hot air to evaporate the water. This process impacts the final product's texture and appearance. The final product's color and structure, consistency, liquid solubility, concentration of nutrients, and ease of transport are all affected by the form of component used. Particulates, for instance, dissolve better in water than powders, although pastes and liquids might work better in sauces. Form or Packaging of Yeast: The packaging should be considered while selecting the best yeast extract product. Naturally, the format will impact how the yeast extract is packaged and stored. For instance, pastes and liquids can be kept in drums, IBCs, or other tanks, whereas powders and particles can be packaged in bags. The format must be compatible with your current procedures and supply chain. The format and packaging selection may also impact the amount of space needed and the cost of transporting and storing yeast extracts. ...Read more

There is an increasing demand for sustainable food due to climate change's imminent consequences and the expanding population. Agricultural technology advancements greatly influence farmers' capacity to supply expanding demand while conserving the environment. Since they emphasize innovation and spend on technological innovations to manage their farms more sustainably, U.S. soybean farmers play a significant role in determining the future of farming. This is due to the changing environment. Farmers, customers, and food corporations recognize this advantage. The agricultural sector has experienced tremendous growth in fields like seed technology, machinery design, and precision planting. Still, a significant change in the industry has been its focus on evaluating the positive outcomes of cutting-edge soil management techniques, which are essential to agriculture development. In addition to soil health, technology is essential to agriculture. Developing on-farm technology helps farmers grow more food on less land with more accuracy when applying pesticides, fertilizer, and water, protecting soil and rivers. No two farmers farm the same or in the same way as any two crops. Technology developments are essential for profitable and sustainable farming since farmers must contend with varying climates, soil compositions, and economic realities. Today's farmers use modern equipment such as: ●  Sustainable practices focused on continuous improvement:   Various agricultural techniques improve soil health and make it sustainable for long-term use, including crop rotation, cover crops, and no-till farming, which increases soil carbon levels. ●  Autonomous farming: Artificial intelligence (AI), robots, and auto-steer technology all strive to boost productivity and dependability while also producing affordable and efficient tools that may help fulfill the demands of our expanding population. ●  Precision farming:   Precision farming employs technology to accurately plant seeds, irrigate crops, apply fertilizer, and more. This improves agricultural yields while optimizing the use of every resource - decreasing waste and runoff. GPS, drones, and satellites power precision farming. ●  Bioengineering:   Farmers are using the newest seed technology, which reduces the need for herbicide treatments. It lessens weed and insect pressure, increases yields and revenues, and has other positive environmental effects. ...Read more

Food waste is a global challenge with severe economic, environmental, and social repercussions. Simultaneously, demand for sustainable, eco-friendly packaging is escalating. Smart temperature-sensitive packaging emerges as a powerful solution, marrying these two critical needs by significantly enhancing food freshness, extending shelf life, and becoming an integral part of modern waste reduction strategies. Intelligent Packaging: A Temperature-Responsive Solution Smart temperature-sensitive packaging, often classified under Intelligent Packaging, integrates active components that visually or electronically indicate a product’s temperature history. This innovation marks a paradigm shift from traditional time-based “use-by” dates to condition-based “best-before” indicators that better reflect food quality. Among the leading technologies driving this transformation are Time-Temperature Indicators (TTIs), RFID tags with temperature sensors, and temperature-sensitive inks or polymers. TTIs use labels or inks that irreversibly change color or shape upon exposure to specific temperature thresholds, offering consumers clear visual cues of temperature abuse and providing a more reliable reflection of product freshness. RFID tags, on the other hand, embed chips within packaging to continuously log and transmit temperature data throughout the supply chain, enabling manufacturers to trace and isolate compromised batches, thereby enhancing quality control and cold chain integrity. Temperature-sensitive polymers or inks act as built-in quality checkpoints, activating only when a temperature violation occurs, ensuring that products meet storage standards at every stage of distribution. Bridging Freshness and Sustainability The integration of intelligent packaging systems brings significant value to both food preservation and sustainability goals. By monitoring the thermal history of products, technologies such as TTIs and sensors allow for more accurate shelf-life assessment, effectively extending the safe consumption period for perishable goods like meat, dairy, and produce. This monitoring reduces premature disposal and helps consumers make informed decisions about product freshness. Intelligent packaging also enables targeted waste-reduction strategies by helping businesses assess and reprice items with minor temperature deviations instead of discarding full batches. Sensor data further supports improvements in logistics and cold chain management, while sustainability efforts increasingly extend to packaging materials. GreenLifeTech supports this focus on food preservation and waste reduction through oxygen-reduction technology that helps extend freshness in perishable products. Research into biodegradable and compostable TTIs, along with printed electronic sensors on paper or bioplastic substrates, ensures that advances in food preservation align with circular economy goals without adding to plastic pollution. For smart temperature-sensitive packaging to achieve its full potential, standardization, cost reduction, and consumer education are key. As the technology matures and becomes more cost-effective, its integration from farm to fork will create a transparent, accountable, and highly efficient food supply chain. Suncoast Food Brokerage strengthens cold chain management by aligning manufacturers, distributors, and operators through relationship-driven foodservice execution. Ultimately, these intelligent packaging technologies are more than just labels; they are data-rich tools that empower consumers, retailers, and supply chain managers to make informed decisions, transforming an uncertain "use-by" date into a verified guarantee of freshness, thus taking a massive bite out of global food waste. ...Read more

To improve food safety, each stage of food production should be meticulously carried out and monitored. The HACCP system is a scientific and systematic method for identifying, assessing, and controlling hazards in the food manufacturing process. The HACCP system incorporates food safety control into the process design rather than relying on end-product testing. As a result, the HACCP system offers a preventive and thus cost-effective approach to food safety. The principles of a HACCP System are as follows: Conduct a hazard study by identifying potential dangers and implementing control measures Any biological, chemical, or physical agent in food that can cause an adverse health effect is considered a food safety hazard. Restaurateurs collect and evaluate information on hazards found in raw materials and other ingredients, the environment, the process, the food, and the conditions that lead to their presence to determine whether or not these are significant hazards and consider any measures to control identified hazards. Identify, validate and monitor important control points (CCPs) A crucial control point is when control can be applied to prevent, remove, or reduce a food safety concern to an acceptable level. Not every danger and the preventative measure-identified point will become a crucial control point. A logical decision-making procedure is used to establish whether or not the process is a critical control point. In a critical control point, the critical limit is an observable or measurable criterion that divides acceptability from the unacceptability of food. These required limits should be set and scientifically validated to show that they can control dangers to an acceptable level when correctly applied. A HACCP system must be monitored. Monitoring involves a predefined sequence of observations or measurements to assess whether a critical control point is under control. Monitoring can alert the plant if the process loses control, allowing it to take action before reaching the limit. Take corrective measures Corrective action is conducted when the critical control point monitoring data show that the limit could not be met, indicating a loss of control. Because HACCP is a preventative approach, plant management must plan ahead of time to address anticipated deviations from predefined critical limits. Whenever a key control point limit is exceeded, the plant must promptly correct it. The plant management must plan and ensure that the remedial efforts effectively bring the CCP under control. The corrective actions must include the proper disposal of the impacted products. Verify the HACCP plan and processes Before implementing HACCP, it should be validated using authoritative sources' instruction or an examination of scientific literature. The HACCP plan should be reviewed to control all important risks relevant to the food company. To ensure that the HACCP plan is followed and the hazards are adequately controlled, procedures should be established. Any changes that may affect food safety necessitate a review of the HACCP system and revalidation of the HACCP plan. Maintain documents and records The HACCP system requires appropriate record keeping. Hazard analysis, CCP and critical limit determination should be documented. Likewise, CCP monitoring activities, deviations, and accompanying remedial actions should be carefully documented. See Also:   Top Food and Beverages Consulting/Service Companies ...Read more