Did you know that even properly stored grain loses weight over time? This isn't due to spoilage (although that can happen too!), but rather a natural process called respiration. Grains, like all living things, respire, converting stored carbohydrates into energy. Unfortunately, this conversion comes at a cost: dry matter loss.
This loss may seem insignificant, but it can add up quickly. Studies show that respiration rates can vary depending on factors like grain type, storage conditions, and even the testing method itself. However, estimates suggest a dry matter loss of just 0.5% can render grain unfit for some purposes, like seed production. Even for animal feed, losses exceeding 2% can significantly impact quality.
The good news is there's a solution: grain cooling technology. By maintaining a cool storage environment, respiration rates are significantly slowed. This translates to less dry matter loss, preserving the quality and quantity of your grain stores.
Here's how grain cooling technology benefits you:
Reduced Dry Matter Loss: Keep your grain at its peak weight and nutritional value.
Preserved Germinability: Ensure your seeds have the best chance of sprouting for future planting.
Maintained Food Safety: Cooler temperatures discourage mold growth, protecting your grain from spoilage.
Improved Profitability: Less grain loss means more product to sell.
Investing in grain cooling technology is an investment in the future of your harvest. Share your thoughts in the comments below – how can grain cooling benefit your operation?
In this video below Dr. Claus M. Braunbeck from FrigorTec will explain how the temperature during storage affects respiration activities and stops mass loss.
#grainchat#sontagconsult#grainhandling#grainconservation#grainstorage
In general, the respiration heat is increasing with the increase of grains temperature and its moisture content. To give an example of a grain with a temperature of 30��C and the moisture content of 14.5% results in a heat generation of .8 megajoule per ton per day. It is agreed that this result is difficult to grade. Therefore, it is better to convert it into a simpler example. The table now shows the same example as described by the diagram. It is for wheat with 14.5% moisture content and 30��C. The stored quantity is 10,000 metric ton, so storage sheds time is four months. The value asset in the grain loss equation as shown using the .8 mega tool per ton per day as heat loss. At the equation, it is a term 15,000 megajoule per ton, which is the energy content of one ton of dry matter of grain. In order to get the result of wheat muscle loss, the moisture content needs to be considered as shown. The result shows how much grain mass is converted by respiration and become a loss which is considerable at high grain temperature, for example 70 tons at 30��C. The effect of lower grain temperature is, for example only 35 tonnes at 25��C and neglectable at 10��C. This indicates the potential of saving if temperature is kept low. Thereby mass losses only the main point. But the storage condition will be affected by the water release and the temperature rise, so those may create additional problems if not taken care and managed. So what do you recommend to do? The minimum is to a rare the grain in order to remove the water vapour and the heat of the grave, even if the ambient condition are not in favour. Green coding is the solution if a controlled and reliable management is preferred. Cooling is operated temporarily at any ambient condition and will keep the grain safe and preserved.
As well as maintaining shelf life in minimally processed fruit and vegetables, AgriCoat also offers solutions to reduce food waste in whole head.
Our plant-based edible coatings, such as Semperfresh, can be applied post-harvest to extend shelf life, slowing respiration thereby maintaining firmness and reducing weight loss. In this trial, our customer reported better out turn in Williams pears.
Fruit protected with Semperfresh were stored for 75 days in RA cold storage. Shelf-life studies demonstrated improved firmness and better internal quality after 13 days shelf life at 20⁰C.
Did you know that approximately 40-50% of fruits and vegetables are lost or wasted from farm to plate due to spoilage? 🥦
🍅 This staggering statistic underscores the importance of controlling ambient conditions such as temperature, relative humidity, ethylene, oxygen, and carbon dioxide to reduce spoilage and maintain quality.
Key spoilage causes include respiration, transpiration, microbial growth, damage and injury, and internal degradation.
Implementing effective postharvest management strategies can significantly reduce losses in the supply chain.
Our latest article explores how you can prevent these losses. 🔗 Check it out here:
https://lnkd.in/gpX8vnY2
Canada: Acrylamide Mitigation in French Fries: The Effects of the Surface-to-Volume Ratio of Potato Strips and Timing of In-season Nitrogen Applications
Eeek! - what shall we do.? This is what cooking food actually does!
https://lnkd.in/gjbAsUFt
i have always wondered what brought about the invention of a dehydrator. I am not asking myself this question oblivion of the fact that it was created to prolong the shelf life of perishable goods. But with my growth in knowledge about food processing, i got to discover that foods are being dehydrated to reduce water moisture level. water moisture level in food is the greatest force that promote the growth of microorganisms. Micro organisms in Food are of 3 types viz;
1. Bacterial which grows when water activity or water moisture level is 0.9 and above.
2. Yeast which grows when water activity is 0.8 and above
3. Mold which grows when water activity is 0.7 and above.
This means that the best water level to keep your perishable foods from perishing is 0.6 below. The lesser it is the more the shelf life of your products will be prolonged.
# Food Lover Havilah # your favorite producer...
The importance of water in goats and sheep in milk production
Water is essential for milk production as it is a major component of milk, accounting for about 85% to 90% of its total volume.
The exact amount of water needed to produce one liter of milk in goats may vary depending on various factors, such as ambient temperature, humidity, and the goat's diet. However, on average, it is estimated that a goat requires about 3-5 liters of water to produce one liter of milk.
It is important for goats to have access to clean, fresh water at all times, but this is particularly crucial during lactation when their water requirements increase. Dehydration can negatively impact milk production, so ensuring that goats have adequate access to water is essential for their health and productivity.
Sugarcane Juice Lovers, Assemble! 🥤
As the summer heat intensifies, there's nothing quite like a refreshing glass of sugarcane juice to quench your thirst. But have you ever wondered about the incredible journey your favorite beverage takes before it reaches your lips?
I recently stumbled upon some fascinating data that sheds light on the global sugarcane production landscape. Brace yourselves, because the numbers might just sweeten your appreciation for this delightful drink!
Out of the 120 countries that produce sugarcane worldwide, an astonishing 65% of the total production comes from just three nations: Brazil, India, and China. 🌎🌾
Can you imagine the sheer volume of sugarcane that these agricultural powerhouses cultivate? It's mind-boggling to think that your next sip of sugarcane juice might have originated from the fertile fields of one of these three countries.
So, the next time you savor that sweet, refreshing liquid, take a moment to appreciate the hard work and dedication of the sugarcane farmers around the world. Their efforts ensure that our beloved sugarcane juice remains a staple treat, especially during the scorching summer months.
Cheers to the sugarcane superpowers and to the countless hours of labor that go into bringing us this natural delight! 🥂
Dataset: https://lnkd.in/gjhbZn95
Coffee farmers can achieve a superior flavor profile by:
1.Selecting the right coffee varieties. 2.Growing at higher altitudes for enhanced flavors.
3.Managing soil fertility.
4.Growing coffee under shade trees.
5.Precise harvesting.
6.Proper processing methods.
7.Controlled fermentation.
6.Expert roasting, regular cupping sessions, and maintaining consistent quality control. Following these practices maximizes the potential of coffee beans and contributes to a unique and high-quality flavor.
Termites are notorious for their insatiable appetite for cellulose, a complex carbohydrate found in plant materials. However, their diet extends beyond just timber.
Termites feed on a wide range of plant matter, including leaves, grass, roots, and even paper products made from plant fibres. This diverse diet allows them to thrive in various environments and exploit multiple food sources within your home and garden.
To learn more, read our recent blog on what termites eat: https://lnkd.in/gjuXxBeN#termihomeandcommercial#termimesh#termites#termitebarrier#blog#whatdotermiteseat
Bachelor of Science in Agriculture | Plant Breeder | M.Sc. in Horticultural Engineering | Vegetable and Apple Production| Post harvest management | Image Analysis | Social Media Management | Content Writer
🍓🍓Could you spot the difference?🍓🍓
Effective postharvest treatment can prolong shelf life, enhance visual appearance, and preserve nutritional content, ultimately ensuring that fruits reach consumers in optimal condition.
This image shows strawberries after 22 days of cold storage at 4 degree Celsius. My thesis topic was the
"Effect of short-term high CO2 treatment on postharvest quality of fruits"
⤵️⤵️⤵️
Different concentrations of CO2 were applied in the treatment, and here you can see the visual difference (one of the parameter) in treated and untreated strawberries. Postharvest management, including treatments like high CO2, is crucial for reducing food waste and maintaining quality.
#postharvest#fruit#quality#mastersthesis#strawberry
Health Content Writer ¦ Content Creator ¦ Nutrition and Diets ¦ I Create Health Contents that Increases Revenue, Generates Traffic and Engagements on your Websites and Blogs.
Did you know 🤔 that you can keep your vegetables fresh for a longer period without refrigeration?
Here's a simple hack:
The Water Storage Method
When you purchase vegetables from the market and don't plan to use them immediately or its in excess, try this:
1. Fill a bucket with water.
2. Place the vegetable stems/roots in the water.
N.B: No need to change the water!
Here are the reasons why vegetables remain fresh in water:
1. Hydration: Water helps maintain the vegetable's natural moisture levels.
2. Temperature regulation: Water keeps the vegetables at a stable temperature, slowing down spoilage.
3. Ethylene gas reduction: Water minimizes ethylene gas production, which contributes to ripening and spoilage.
4. Microbial growth inhibition: Water's pH level and oxygen content inhibit bacterial and fungal growth.
5. Nutrient retention: Water helps preserve the vegetables' nutrient content.
Image below is a jute malo (ewedu) I've kept in water for 3 days, and it still remains fresh!
Try it out and share your experience!
Happy New Week. ☺
#foodpreservation#sustainability#health
Proprietor @ Ambala Associates
3moGreat advice!