User blogs

Zero Egg Cracks U.S. Plant-Based Foodservice Market


As demand for alternatives to animal products is at an all-time high among omnivores, vegetarians, and vegans alike, Zero Egg, is cracking the U.S. market by boldly taking over the decades-old traditional World Egg Day on October 9 to introduce the first plant-based egg replacement that tastes, looks, and functions like an ordinary egg, but is entirely made with plants.Now available to all U.S. foodservice operators and food manufacturers, Zero Egg offers two products, "EGG Basics," crafted to rival ordinary eggs in traditional egg entrees and breakfast dishes, and "BAKE Basics," developed for specialty baking. Both products come in powder form with high yields that offer efficient, safe handling and storage, and a reliable and cost-effective solution.To get more news about Egg cracking machine, you can visit dinneregg official website.

"Zero Egg is a game-changer because we are working with major foodservice players and food manufacturers to transform the industry by not only making plant-based food more accessible, but the norm," said Liron Nimrodi, CEO, and co-founder, Zero Egg. "Designed with a clean taste and a texture to be used in a wide variety of dishes where eggs are traditionally used, Zero Egg offers increased flexibility and affordability."

Nimrodi co-founded the company in 2018 in The Kitchen FoodTech Hub, a FoodTech seed investor and tech incubator in Israel, to meet growing consumer demand for an egg replacement for the foodservice industry that was effective, nutritious, kind to animals and the planet, while being operationally sustainable.

Last year plant-based food sales climbed five times faster than overall U.S. retail food sales, according to The Good Food Institute, and 2020 SPINS retail sales data shows grocery sales of plant-based foods that directly replace animal products have grown 29 percent in the past two years to $5 billion.

"We're launching 'the egg for everyone' on World Egg Day to crack old food paradigms and proudly demonstrate that Zero Egg is the best choice as the only plant-based egg that does it all," said natural products industry veteran Isabelle Francois, general manager, Zero Egg North America. "We've seen a huge shift in vegan meat, milk, and cheese offerings at full service and fast-casual restaurants, especially among the flexitarian crowd. Now it's time to not only disrupt the plant-based egg category, but to become the leader of it by offering the most ethical, tasty, versatile, and economical egg alternative on the market."

Zero Egg is based on a unique blend of plant proteins, including soy, potato, pea, and chickpea proteins. It brings the power of plant-based to the health-conscious consumer from a nutritional standpoint with no cholesterol, low fat and low-calorie benefits (only 15 calories per egg substitutes compared to the average 68 calories of an actual egg).

Associate Professor Jiang Ming Publishes an International Cooperative Paper in PNAS

Recently, the associate professor Jiang Ming of ACEM, in cooperation with Professor Chen Yan from University of Michigan and Professor Onur Kesten from University of Sydney, published a paper titled “An Empirical Evaluation of Chinese College Admissions Reforms Through A Natural Experiment” in the Proceedings of the National Academy of Sciences of the United States of America (PNAS), aiming at studying the impact of Chinese college admission reforms on the students' college ranking strategies and admission results.To get more news about business universities in china for international students, you can visit acem.sjtu.edu.cn official website.
Associate professor Jiang Ming is the corresponding author of this article.While college admission decisions impact the educational experiences and labor market outcomes for millions of students each year, the method to promote the reform of college admission mechanism in a practical and effective way has been vigorously debated by academics and policymakers. Using the college admission data (anonymous) from a certain county in China in 2008 and 2009, the paper evaluated the sequential and parallel mechanisms of college admission through the empirical analysis of natural experiments.The difference-in-differences method is used in this study for analysis: students are randomly selected into the different years by birth, but statistics show that students from different demographic backgrounds are similarly distributed across years; and the reform of the county's admission mechanism only aims at tier 1, while the tier 2 and tier 3 remain unchanged, so admission data of different types of colleges in different years can be compared.According to the findings of the paper, the parallel mechanism reduces the risk of student’s college ranking.
Compared with the sequential mechanism, students believe that the parallel mechanism will provide a way out for rejection of their first choice. Therefore, on the one hand, they are more inclined to fight for the first choice and try to apply for a better school; on the other hand, they will also list more schools in their rank-ordered lists (ROL), so as to provide adequate assurance for themselves. The parallel mechanism reduces the negative consequences of the college ranking errors, and allows the applicants to be more willing to apply for the schools they like. Although the tier 1 admission ratio is reduced, the probability of missing the first choice requiring a lower score than the student's score is also reduced significantly.
In addition, the analysis conclusion of the paper also indicates that the parallel mechanism improves the fairness of college admission results; in other words, there is less chance that a student with higher score is admitted by a less preferred college.In previous studies, although the advantages of parallel mechanism have been fully proved in theory, most of the empirical tests were carried out in the laboratory environment. Therefore, one of the important contributions of this paper is to verify the theoretical results of admission mechanism design with more authentic empirical data. This paper not only introduces the experience of Chinese college admissions reforms to the world and proves the effectiveness of the parallel mechanism in the nationwide promotion with scientific methods, but also tests the correctness of the theoretical research on college admission mechanism with natural experimental data, which provides an empirical basis for the follow-up research and policy-making.

perforated metal ceilin planning


Generally, aluminum gusset plate is divided into square plate and strip board. Each standard is divided into different sizes and many kinds, and each kind has various colors. We can choose according to our preference.
In addition, the aluminum gusset plates of large factories are basically able to scale processing, which can completely cut plates according to the actual situation of customers' homes, which can reduce the loss and save expenses.To get more news about perforated metal ceiling, you can visit boegger.net official website.
Advantages of perforated aluminum ceiling:
1. High hardness, fireproof, non-stick stains
2. The cost is low. Nowadays, all high-end integrated ceiling ceilings use aluminum gusset material, which has a longer service life and is not easy to aging and sinking, not easy to change color and color.
3. It has excellent corrosion resistance, resists all kinds of oil fumes, humid environment, and resists ultraviolet rays.
4. Environmental protection, non-toxic and tasteless, anti-static, non-dusting, easy to wash.
How to cut stainless steel punching plate?
In the case of pure shear deformation, the shear yield stress of stainless punched plates is about half of the tensile yield stress. According to this, it can be inferred that the shear strength is also half of the tensile strength. However, during the shearing process, the material has a large deformation area, which is mixed with components of compression and tension, and the friction between the mold surface and the material department is combined, so the shear strength is greater than the above value.

Analysis of Regular Perforated Metal Ceiling Tiles



Abstract—Metal ceiling tiles can be used for a variety of space, including commercial, office and other public spaces. They are widely used for suspending ceilings and other architectural applications in a range of different perforation patterns to suit both mechanical and aesthetic requirements. These perforated panels made of steel, aluminum, bras, etc. are also known as stamping plates or sheets depending on its thickness and area of usage. In this study, perforated ceiling tiles are modelled as rectangular thin plates with various hole patterns which are simply supported on all its boundaries.To get more news about perforated metal ceiling, you can visit boegger.net official website.
The main idea is to find out the effect of the holes on the bending behaviour of the perforated plate which is the governing attitude of a ceiling tile. The other parameters which determined about the behaviour of the plates are deflection, moments and stresses. The analyses were performed on various models systematically by number, diameter and location of holes. As a result of these analyses the relationships between the applied force and maximum values of internal forces have been calculated by using APDL codes based on Finite Element Method to find out the optimum hole pattern. According to analysis results; 3D graphics are developed to design proper hole patterns for Regular Perforated Metal Ceiling Tiles.

Perforated Metal Ceiling Tiles


What motivates you to add excellence to your ceiling designs? Could it be a classic touch or the intricacy of creative patterns? No matter what sparks your imagination, Perforated Metal Ceiling Tiles can tell your design story.To get more news about perforated metal ceiling, you can visit boegger.net official website.

Gypsonite brings your one-of-a-kind ideas to life. From conceptualization of initial design, to product selection, installation, customization, and specification to achieve the finished installation, we are your trusted metal ceiling tiles distributors.

Although, you have myriads of options for metal ceiling tiles, but when it comes to durability, functionality and aesthetical appeal, perforated metal ceiling tiles exceed your expectation. They’re not only strong, but also offer variety of design options to fit your taste.

The metal ceiling tiles with decorative openings not only adds aesthetic effect to the architectures, also allows easy air flow. The perforated ceilings bring enhanced sound absorption and even magnetic qualities. There is no other variety more versatile for enclosures than perforated metal materials.

Not only will the metal ceiling tiles add excellent sound absorption, but the installation of our perforated metal ceiling tiles will also provide noise reduction from the spaces above and near the treated area as well.

Our metal ceiling tiles are made to be stylish, elegant and performance oriented. We offer clip in tiles and lay in tiles.Manufactured using state of the art equipment, our clip in tiles are perfectly raised, piped and stopped to ensure secure clip engagement, in profile or spring tee, yet allows for hassle free demounting of individual tiles. The tiles are available in square and beveled edge types and made from 0.6/0.7mm thickness aluminum and 0.5mm thickness galvanized and coil. It is coated on a continuous paint line to give superior finish. We have a wide range of clip in tiles in alluring colors, finishes and perforations. Our gypsonite planks are available in sizes 600x600mm and 600x1200mm.

perforated-metal-revitalizes-santa-rosa-hub


Transforming a dated fortress into an open and modernized gathering spot was the vision city planners in Santa Rosa, California set into motion.To get more news about Perforated metal facade cladding, you can visit mesh-fabrics official website.

The goal was to refurbish an abandoned AT&T switching station to create a revitalized core within the city’s downtown area. The new plan had to attract and accommodate multiple uses. These ranged from restaurants, to banks, to offices, and the California Wine Museum (or “Wineseum”). Building owner, developer, and contractor Hugh Futrell Corporation partnered with TLCD Architecture to produce such an establishment.

Hugh Futrell Corporation sought to bring natural light into the space. However, the windowless cement building presented a unique set of challenges. In order to achieve their objective, they needed to find a way through the 18-inch exterior concrete walls.

Five-foot diamond saw blades were required to demolish the fortified wall. Large portions of the building came tumbling down to form 17 openings. These openings, each averaging 250 square feet, were assembled into glass sections and balconies. The glass would require a sunscreen, and the next challenge would be finding the right one.
The solution was found in McNICHOLS® Perforated Metal. The material, both decorative and functional, was an ideal choice for the light filtration this project called for.

Lead Project Architect and TLCD Partner Don Tomasi, AIA incorporated this material into an expansive metal façade. In total, 6,000 square feet of McNICHOLS® Perforated Metal panels were used. The team selected Round Hole panels made from Aluminum Type 3003-H14, .250” Thick, 5/8 Round on 7/8 Staggered Centers, 1-1/2” Solid Margins- All Sides, 46.3% Open Area.

Approximately 150 perforated panels were applied as cladding over the original cement façade and the new glazed glass. The design specified that the panels be coated with a white, resin-based finish. This powder-coating added to the modern transformation and provided an intriguing contrast to the original industrial exterior.

School’s Façade Shows Student Faces on Perforated Metal


The new Moving Everest Charter School, located in the Austin neighborhood on the Far West Side of Chicago, utilizes a unique model that accommodates both the new charter school as well as a provider of after-school programs. Grades K-5 constitute the school’s enrollment, with each grade totaling 90 students.To get more news about Perforated metal facade cladding, you can visit mesh-fabrics official website.

The new building’s vivid architecture signifies progress and innovation in the underserved neighborhood. More than 16,000 square-feet of 7/8-inch Corrugated panels finished in Charcoal dramatically clad the exterior of the 53,000-square-foot structure. Approximately one-third of the Corrugated panels are perforated and installed in front of supergraphic grayscale images of studious and smiling children that clearly show through perforated metal panels. The perforations are 3/8-inch on 9/16-inch centers.

The supergraphic images of children were printed on an aluminum composite material. A 4-inch cavity between the ACM and the perforated panels creates an eye-catching visual effect. The children pictured in the graphics are actual students in the after-school program.

Architectural design for the project was created by Team A in Chicago. The design team employed the graphic techniques to signify the building’s dual uses, and to further establish the brand identity of the two participating nonprofit organizations. “When you’re working with non-profits, every penny counts. You try to get the most value from every component and material,” said Joe Buehler, Team A principal.

Installation of the corrugated panels was completed by WBR Roofing in Wauconda, Ill. “We loaded the corrugated panels on the roof and lowered them down to be installed vertically,” said sheet metal superintendent Chuck Heintzelman. “Some of the panels were 40 feet long and that was a bit of a challenge, but the job went smoothly once we got rolling on it.” WBR also installed the ACM image board behind the perforated panels.

The corrugated panels were fabricated at Petersen’s headquarters in Elk Grove Village, Ill. WBR Roofing fabricated all necessary trim, coping and brake metal on-site.

The use of corrugated architectural metal has become quite popular with designers during the past decade or so. “Corrugated material has historically been thought of as ‘barn material’ but there are plenty of projects over the past 15 to 20 years where architects have used it in a creative application, and were able to detail it in an innovative, modern way of taking an unrefined material and making it refined,” said architect Buehler. “The exposed fasteners are not a problem for me. I often think they sort of vanish within the concaves of the corrugation. It seems like where you strike the line of fasteners can present a very organized feel.”

Moving Everest is a nonprofit organization and has partnered with By The Hand Club For Kids, which owns the building, to offer after-school services and programs.

The 3 Greatest Benefits Of Using A Perforated Metal Product


There are a whole host of benefits to the utilization of perforated metal. Its advantageous nature allows for architects to use the material based solely on a variety of factors including its obvious aesthetic qualities or its sustainable attributes. Architects and designers are continuously searching for products that provide an unusual aesthetic without sacrificing durability, strength or sustainable design. Here we explore what we consider the three greatest benefits of using a perforated metal product.To get more news about Perforated metal facade cladding, you can visit mesh-fabrics official website.

1. Sustainability & Cost Efficiency: Sustainability is a broad category one that can include life cycle costs, recyclability or energy efficiency. Perforated metal has a large range of sustainable features. Whether the perforated metal is single skin or aluminum composite, it can either be fully or partially recycled. And what is unique about metal is that it has unlimited recyclability, or the ability to be recycled multiple times.
2. Aesthetics: One of the most obvious advantages of perforated metal are its inherent aesthetic qualities. Perforated metal allows for the ability to produce various geometric shapes, or holes in a variety of sizes and patterns. The possibilities are endless, depending on the material used (mesh, single skin or aluminum composite) architects can design a one-of-a-kind exterior. With the aesthetics, an architect can also provide daylighting, ventilation, security, and privacy, not many materials offer that duel-purpose ability.
3. Durability: With any metal material there is an inherent strength. One of the main benefits of utilizing a metal substrate is its ability to withstand various weathering conditions, based on of course what coating or paint system is used on the product. Also, with perforation you have a decreased weight of the material, versus a solid panel, which equates to create strength to weight ratio properties. Perforated metal offers a long-lasting, resistant, light weight material.

AOE covers exhibition centre in China with white perforated metal

Chinese architecture studio AOE has wrapped a conference centre near Jinan, China, in a layer of perforated metal screens.To get more news about Perforated metal facade cladding, you can visit mesh-fabrics official website.

The Shuifa Geographic Information Industrial Park Exhibition Center sits 12 miles outside of the city of Jinan in east China.An inner wall of glass is screened by slanting walls of translucent mesh, which appear solid from a distance and diffuse lights at night.

"The interior of the building is obscured by the white perforated plating," said AOE

"As night falls, light shines through the perforated plates to make the whole building glow, like a piece of shiny marble standing in the wilderness."Four angular volumes lean towards and away from each other, creating canyon-like entrances. AOE deliberately wanted the complex to look like stylised rock formations.

As one of the first projects to be built in the new Changqing Economic Development Zone, AOE used an introverted design to minimise views over the less-than-inspiring location,

"In order to eliminate the visual impact of the messy surrounding environment, geometrical hills are designed to surround the square, which slowly rises as people enter the site, gradually blocking out the view," said AOE.The density of the perforation increases as the floors rise, to match the functions of the rooms inside. Exhibition halls are located on the two lower floors, so the walls are more transparent.

Upstairs, the third and fourth floors contain office space and have a denser mesh for privacy."The gradual changes in the perforated plates allow the permeability of the building facade to gradually change from top to bottom, giving a sense of depth to the overall surface of the building," said AOE.

DI BEI ’18 PUBLISHES FIRST YOUNG ADULT NOVEL IN CHINA

Even though Randolph College is over 7,000 miles from China, the campus and its traditions are the inspiration behind one of the newest young adult novels to hit Chinese bookstores.To get more news about Read Adult Novels Online For Free, you can visit freewebnovel official website.

Di Bei ’18 is the author of (The Horse Ballerina), which tells the story of Dannie Cheng, a young ballerina with a passion for horse racing. When an accident ends her ballet career, Cheng comes to the United States, bonds with a horse named Romeo, and finds a new passion in horse racing. Many of the places and events that transpire in the book are inspired by Bei’s own experience as a teenager studying abroad.

“In The Horse Ballerina, both Dannie’s dancing career and her bonding with the horse came from my Randolph experience,” Bei said. “Since it is my first novel, I started with things I am most familiar with so that I didn’t need to make up the details. The dancing part is inspired by the dance program at Randolph, and Romeo was the name of one of the white horses at the Randolph barn.”
Although her degree from Randolph was in biology, Bei also excelled in creative writing. During her junior year in 2017, she won second place in a national writing competition, sponsored by Juvenile and Children’s Publishing House based in Shanghai, China. In addition to her success in the competition, she was awarded an internship with the company. Since Bei was originally from Beijing, she was eligible to receive a Jolley Mini-Grant from Randolph to help offset traveling and living expenses in Shanghai.

It was during the internship that Bei was encouraged to develop her short stories into a novel. She completed the 60,000-word manuscript for The Horse Ballerina during her senior year at Randolph.

“It is my first novel, so I was exploring the possibilities the whole time,” Bei said. “It felt like walking in a coal mine with a lamp in my hand. I couldn’t see very far, and I only knew what was coming next when I took a step, but I had some instincts to guide me.”

Bei is currently enrolled in the MFA in creative writing program at Boise State University, where she is teaching fiction writing to undergraduate students. In addition to The Horse Ballerina, Bei’s short story, To Kill the Second, was published in The Masters Review in July. She is already working on a second book deal with her publisher as well.

“I want to thank professor [Gary] Dop and professor [Laura-Gray] Street for all the help and encouragement they gave me,” she said. “Without them, I would never have the confidence to apply for the graduate program, since English is not my native language. Not only did I learn how to write from my professors, I also learned how to teach, and even how to live my life better. They made me a stronger and kinder human as I stumble through life.”