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What’s the one thing your company is known for?perduefarms.com Our cereal. We make more of the top 50 cereal brands than any other company.visualcapitalist.com Some of our brands include: Honey Bunches of Oats, Grape-Nuts, Malt O Meal, Pebbles, Raisin Bran, Shredded Wheat, and many others! Tell us something interesting or fun about your business? We’re a new company! If we went with the trend of putting our founding date by the logo, it’d be Post Consumer Brands, est. 2015. Yet you’ll find us wise beyond our seemingly small years. We are born from a pair of companies that saw the turn of the century, and the century before that. What is your company passionate about? Think about what you had for breakfast this morn-ing. Wait, you didn’t skip breakfast, did you? We are squarely in the "Breakfast is important" camp. That’s why we give families so many choices, beginning with the No. 1 choice for breakfast. Cereal. Cold cereal. Hot cereal. Healthy cereal. Fun cereal. Iconic brands. Value brands. We serve customers from every walk of life, but we believe they all share one thing. It’s a better day when it starts with a better breakfast.
This part also sheds light on the gap between supple and consumption.streetfightmag.com Import and export figures are also given in this part. Other analyses- Apart from the information, trade and distribution analysis for the Wiring Connectors Market, contact information of major manufacturers, suppliers and key consumers is also given. Also, SWOT analysis for new projects and feasibility analysis for new investment are included. In continuation with this data sale price is for various types, applications and region is also included. The Wiring Connectors Market for major regions is given. Additionally, type wise and application wise consumption figures are also given. Industry Research is an upscale platform to help key personnel in the business world in strategizing and taking visionary decisions based on facts and figures derived from in-depth market research. We are one of the top report resellers in the market, dedicated to bringing you an ingenious concoction of data parameters.
Yang replaces Nic Versloot, who is moving to a new role within LS&Co. She will report to David Love, LS&Co. Levi Strauss Asia, Middle East and Africa. Greater China represents a major growth opportunity for LS&Co, which Love described as a "must-win" market for the company.youtube.com In her new role, Yang will be responsible for leading the company’s commercial operations, spanning all brands and channels across Greater China. She also will be accountable for accelerating profitable growth in the region. Yang brings more than 20 years of experience driving strategy and execution with top consumer brands. In her last post at The Coca-Cola Company, she led global business development and was responsible for the global vision, strategies and annual business plans with an emphasis on accelerating new product portfolio growth in China. Prior Coca-Cola, Yang served in various leadership roles for L’Oreal Paris, USA and Procter & Gamble.
Mondelez International, Inc. (MDLZ - Free Report) has teamed up yet again with the third-largest cereal company in the United States, Post Consumer Brands, to create two cookie-inspired breakfast cereals. The new Post NUTTER BUTTER and CHIPS AHOY! NUTTER BUTTER and CHIPS AHOY! In July 2017, the companies had teamed up to bring back Post OREO O's, which have been off store shelves since 2007. Also, they created a cereal — Honey Maid S’mores. The North American food industry is seeing growing demand for healthier products, changes in consumer dynamics and a shift in spending toward lower-priced products. As a result of this, food companies like Kellogg Company (K - Free Report) , General Mills Inc. (GIS - Free Report) have been witnessing weak sales over the past few quarters. Given the sluggish growth and slowdown in consumption in the food industry, co-branding is expected to bring success to companies.
In line with this, Cereal Partners Worldwide deserves special mention. General Mills formed a joint venture with Nestle called Cereal Partners Worldwide, which serves customers in more than 130 global markets. Mondelez has been refreshing its brand portfolio through product innovation and extending brands to newer geographies and platforms. The company is increasing investments in in-store execution and advertising to support the Power Brands. Also, Mondelez plans to offer more good-for-you snacks and expects 50% of its product portfolio to comprise "well-being" items by 2020 instead of the current one-third. Apart from simplifying the ingredients and improving nutritional benefits of the existing products, the company will develop products to meet the growing demand for healthier and natural items. Mondelez’s shares have lost 5.5% so far this year, compared with the 4.2% decline of its industry. Nonetheless, earnings estimates for 2018 moved up 0.9% over the past 60 days. This signifies that analysts are optimistic about this stock’s near-term performance. 1 Rank (Strong Buy) stocks here. A medical advance is now at the flashpoint between theory and realization. Billions of dollars in research have poured into it. Companies are already generating substantial revenue, and even more wondrous products are in the pipeline. Cures for a variety of deadly diseases are in sight, and so are big potential profits for early investors.bloomberg.com Zacks names 5 stocks to buy now.
They noted that the current transmission planning and permitting process takes far longer to complete than the time required to develop a renewable energy resource and execute a power purchase agreement (PPA). "As a result, it is now more important than ever that transmission planners take steps to better incorporate the forecasted demand within regional and inter-regional planning processes," the companies wrote. "Doing so will make the grid more reliable and resilient, while also ensuring that our companies have access to a pipeline of new, cost-competitive renewable energy generation," they added. The companies urged FERC to accelerate and enhance regional and inter-regional transmission planning and coordination, and better account for the rapid increase in corporate and other institutional demand for clean energy within these planning and permitting processes. In January, FERC rejected Energy Secretary Rick Perry’s controversial proposal to pay coal-fired and nuclear power stations for providing electric grid resiliency and reliability services as legally flawed and premature. FERC began an investigation into whether there could be potential resilience issues from premature retirements of traditional baseload resources - coal and nuclear. Perry contends they can better withstand major fuel supply disruptions caused by natural and man-made causes than gas.
Solar steam generation is emerging as promising solar-energy conversion technology for potential applications in desalination, sterilization and chemical purification. Despite the recent use of photon management and thermal insulation, achieving optimum solar steam efficiency requires simultaneous minimization of radiation, convection and conduction losses without compromising light absorption. ] have led to minimized optical losses. ] have also been developed to minimize heat conduction losses without compromising water supply. With maximized solar-energy input (because of minimized optical losses) and minimized heat conduction losses, radiation and convection losses start to dominate as the absorber temperatures elevate. ]. Therefore, efficient solar vapor generation under normal one sun illumination without extra thermal or optical supporting systems will fundamentally improve the scalability and economics of solar vapor generation.
Schematics of different solar steam generators. Schematics of traditional 2D solar steam generation with direct water contact. Here, the conduction loss means the heat from the absorber to bulk water. Schematics of the 3D artificial transpiration device with suppressed heat loss. The red straight arrows represent the direction of heat conduction. The red crooked arrows represent the direction of heat convection and radiation. The SEM images of the absorber, water extended layer and 1D water path, respectively. Schematics of different solar steam generators. Schematics of traditional 2D solar steam generation with direct water contact. Here, the conduction loss means the heat from the absorber to bulk water.
Schematics of the 3D artificial transpiration device with suppressed heat loss. The red straight arrows represent the direction of heat conduction. The red crooked arrows represent the direction of heat convection and radiation. The SEM images of the absorber, water extended layer and 1D water path, respectively. Conveniently, nature already provides an elegant solution for efficient evaporation. ]. In addition, the natural 3D structures of plants maximize light absorption from a wide range of incident angles throughout the day. 95% absorption weighted by AM1.5 G, Supplemental S1, available as Supplementary Data at NSR online). There are several unique features in these artificial transpiration devices. Combining a 3D cone absorber with a 1D water path, this artificial transpiration device enhances the evaporation area and rate.
This lowers the operating temperature, reducing radiation, convection and conduction losses. 85%, using only one sun irradiation without extra thermal insulation. Similarly to plants, 3D artificial transpiration devices can receive light from a wide range of angles of incidence, and do not suffer the cosine losses of horizontal 2D receivers. The artificial transpiration device has a fast thermal response, which reduces the influence of detrimental factors in real applications (such as inconsistent sunlight due to partial cloud cover). All of these features are carefully examined below. Temperature distributions within different solar steam generators. The optical images of 2D direct contact, 2D indirect contact (the inserted blue dash line represents the embedded 1D water path) and 3D artificial transpiration devices, respectively. Temperatures of the GO films in the 2D direct contact, 2D indirect contact and 3D artificial transpiration devices, respectively, before irradiation.
Temperatures of the GO films in the 2D direct contact, 2D indirect contact and 3D artificial transpiration devices, respectively, after 30-min irradiation under one sun. Beakers (without any thermal insulation) are used in this experiment. Ambient temperature is ∼30°C. Temperature distributions within different solar steam generators. The optical images of 2D direct contact, 2D indirect contact (the inserted blue dash line represents the embedded 1D water path) and 3D artificial transpiration devices, respectively. Temperatures of the GO films in the 2D direct contact, 2D indirect contact and 3D artificial transpiration devices, respectively, before irradiation. Temperatures of the GO films in the 2D direct contact, 2D indirect contact and 3D artificial transpiration devices, respectively, after 30-min irradiation under one sun.
Beakers (without any thermal insulation) are used in this experiment. Ambient temperature is ∼30°C. The performance of solar steam generators under solar illumination. Mass changes over time with and without illumination using the 2D direct contact device. Mass changes over time with and without illumination using the 2D indirect contact device. Mass changes over time with and without illumination using the 3D artificial transpiration device.postconsumerbrands.com Mass changes over time outdoors using the 2D direct contact device, 2D indirect contact device and 3D artificial transpiration device, respectively. The performance of solar steam generators under solar illumination. Mass changes over time with and without illumination using the 2D direct contact device. Mass changes over time with and without illumination using the 2D indirect contact device.
Mass changes over time with and without illumination using the 3D artificial transpiration device.youtube.com Mass changes over time outdoors using the 2D direct contact device, 2D indirect contact device and 3D artificial transpiration device, respectively. Another feature in our 3D artificial transpiration device is the ability to collect more sunlight throughout the day, compared with a flat horizontal device. In contrast to the fixed, simulated sun light used in the lab, the sun's sky position is constantly changing. ]), single stand-alone 3D artificial transpiration devices can be magnified from several centimeters to several meters, offering higher water output given limited footprint, compared with 2D structures.postconsumerbrands.com ]. However, further development of these approaches is needed to address issues related to energy consumption, intrinsic costs, second pollution and efficiency. In contrast, solar vapor is a promising solution to these issues.
Our 3D artificial transpiration device has high output (Fig. 3c,d), compared with 2D devices, enables effective water treatment through two pathways, producing clean water condensed from vapor and recycling precious heavy metals. Two pathways of solar waste-water treatment. Concentrations of different metal ions before and after treatment. The blue-colored lines refer to the WHO standards for drinkable water. H conditions. The blue-colored lines refer to the WHO standards for drinkable water. 50 cycles, with each cycle sustained over 1 hour (y-axis, T1 means output of purified water in the first cycle and Tx means output of purified water in the X cycle).
The output of purified water over irradiation time (insert, the optical image of the absorber after 5-h irradiation and recovered CuSO4·5H2O crystal). Two pathways of solar waste-water treatment. Concentrations of different metal ions before and after treatment.forbes.com The blue-colored lines refer to the WHO standards for drinkable water. H conditions. The blue-colored lines refer to the WHO standards for drinkable water. 50 cycles, with each cycle sustained over 1 hour (y-axis, T1 means output of purified water in the first cycle and Tx means output of purified water in the X cycle). The output of purified water over irradiation time (insert, the optical image of the absorber after 5-h irradiation and recovered CuSO4·5H2O crystal).youtube.com ]. Here, CuSO4·5H2O (Fig. 4d) and HAuCl4·4H2O (Supplemental S9, available as Supplementary Data at NSR online), common pollutants found in waste water from the electroplating industry, were chosen as examples.
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