The BBL2-2 maize is set to herald a new era of crop innovation. (Image Source: Adobe Stock)

Leading Chinese agricultural technology company, Origin Agritech Ltd., has announced a milestone achievement with the issuance of a GMO safety certificate for its transgenic maize BBL2-2, heralding a new era for crop innovation

The newly-certified BBL2-2 maize contains two insect-resistant genes, Cry1AB and Cry3Bb, and one herbicide-tolerance gene, Cp4-epsps, making this maize type resistant to various lepidopteran pests such as corn borer, cotton bollworm and armyworm.

Paving the way

The certification of BBL2-2 confirms its adherence to stringent safety standards and paves the way for its commercial launch. The introduction of the maize crop is expected to significantly enhance agricultural productivity and sustainability, providing a powerful tool for farmers to manage pests effectively and significantly reduce the environmental impact of agriculture.

Dr. Gengchen Han, chairman and CEO of Origin Agritech, said, “Receiving this GMO safety certificate is a transformative moment for Origin Agritech and agricultural biotechnology in China. BBL2-2 exemplifies our capabilities in genetic innovation and sets a new standard in sustainable agriculture.

“We are eager to lead the commercialisation of this technology, which promises significant improvements in crop resilience and yield.”

The CHRONOS OMP-2090 B delivers maximum productivity through reliable, fully automatic operation, outstanding bagging accuracy and high product and operational safety. (Image source: Bühler)

Swiss technology group, Bühler recently announced its partnership with Canadian packaging equipment manufacturer, Premier Tech to launch the CHRONOS OMP-2090 B, a fully automatic bagging station

Developed for a wide range of powdery and other non-free-flowing products, the new bagging station delivers maximum productivity through reliable, fully automatic operation, outstanding bagging accuracy and high product and operational safety.

The CHRONOS OMP-2090 B features an innovative bag opening system that delivers maximum efficiency with highly reliable operation. Its innovation in bagging accuracy of approximately 25 kg is made possible through the incorporation of dosing and weighing technology and intelligent controls. Its uniquely robust bag handling concept delivers optimal uptime and has a capacity of up to 900 bags per hour and its hygienic design coupled with comprehensive safety features demonstrates Bühler's and Premier Tech’s dedication to high food and human safety standards. These features significantly optimise the profitability of millers without compromising the efficiency of their operations.

“At Premier Tech, we leverage our decades of expertise to deliver high-performing, food-safe, and cost-effective automated packaging solutions," said Partner Relations director at Premier Tech Systems and Automation, Alexis Michaud. "This dedication to quality and innovation ensures that businesses in emerging markets have access to the automation level they need to compete. Our solutions empower them to enhance their operational efficiency and product quality, ultimately contributing to their long-term success.” 

The product will be available in all markets, apart from the US, Canada and the European member states. 

For more information, visit: https://www.buhlergroup.com/ and https://www.premiertech.com/

SaliCrop’s seed innovation is bearing fruits of success in tomato cultivation: More yield and flavorful tomatoes. (Image source: Guy Shery)

Leveraging its expertise in desert technology, agritech start-up, SaliCrop Ltd., recently introduced a breakthrough seed treatment innovation that is capable of transforming arid terrains into flourishing landscapes for growing food

Boosting crop cultivation in arid regions raises yields, eventually promising greater food security for the future. With a focus on crops such as onions, chili rice and broccoli, field trials are currently being carried out across Africa, India and Europe.

Tackling abiotic stress

Two main abiotic stressors that hinder crop development include saline soil and heat stress. To combat these issues, SaliCrop has developed a novel, non-GMO approach to bolster seeds' resilience to abiotic stresses. The various seed enhancement protocols that have been designed, target a plant’s internal stress-response mechanisms by intentionally exposing the plant to controlled abiotic stressors, while at the same time, ensuring to keep the plant DNA intact. In brief, SaliCrop's green solution acts as a gentle nudge to preemptively stimulate the stress responses even before the plant finds itself in salty or hot conditions.

"Under SaliCrop's treatment, plants not only thrive in poor quality, highly saline soil through enhanced nutrient absorption and improved root structures, but they also exhibit increased vigor and superior germination rates," affirmed CEO of SaliCrop, Carmit Oron. "This innovation turns marginal lands, previously considered barren, into fertile grounds capable of abundant food production. As climate change intensifies, farmers globally are in urgent need of sustainable solutions to adapt and succeed. SaliCrop is at the forefront, with leading agricultural players already integrating our technology," Oron added.

The SaliCrop solution is currently bearing fruit in tomato cultivation in multiple locations, including Spain.

For more information, visit: www.salicrop.com 

Hydronix sensors are used to measure the moisture of the material entering and exiting the dryer. (Image source: Hydronix)

Managing the moisture content of cereal grains is crucial to maximising storage times, maintaining nutritional value and taste, and ensuring efficient use during further processing

Cereal grains are used to produce animal feeds, flours, cooking oils, fuels, alcohol products, packaging materials and much more.

The benefits of precise moisture control include:

o Safe storage of grain for longer duration
o Minimising the amount of energy required to dry the grain
o Maintaining the nutritional value and taste
o Reducing harvesting losses such as cracked kernels
o Reducing dependency on weather conditions for harvesting

Where to measure moisture

Hydronix sensors are used to measure the moisture of the material entering and exiting the dryer. For a system drying material with a reasonably consistent incoming moisture, one sensor can be used on the output of the dryer. The sensor’s output can be used as the process variable of a feedback control loop for the dryer.

For systems with more fluctuation on the incoming materials, this may be insufficient due to the time delay between materials entering and exiting the dryer. In this case, another sensor can be installed on the input to the dryer to implement feed-forward control of the dryer, with the value from the sensor on the output used for feedback error correction. This configuration allows the dryer control to respond quickly to changes in incoming moisture and adapt to unmodelled effects on dryer performance such as weather conditions.

Result after installing the sensor

An accuracy of ±0.17% was obtained from the output of a dryer processing barley. The moisture range was limited as the dryer controller was operating to maintain a target slightly lower than 12.5% to make the barley suitable for long-term storage.

Summary

Drying grain to a consistent target requires highly accurate sensors that can provide precise and repeatable measurements, resulting in a consistent product, a reduction in spoiled or wasted material and better efficiency.

Hydronix sensors, such as the Hydro-Mix XT and Hydro-Mix XT-EX offer a purpose built, robust and durable solution for grain drying and processing applications. These sensors can significantly increase profitability through waste reduction, yield maximisation and efficient use of energy.

For more information, visit: https://hubs.li/Q02s-Mhq0