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Cement production relies on large rotating kilns that operate at temperatures exceeding 1,400°C to transform raw materials like limestone and clay into clinker-the key ingredient in cement. The continuous rotation ensures even heat distribution and consistent chemical reactions throughout the process. This stage is critical, as precise temperature control... show more

Mechanical Knowledge

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Engineer Jambaya articulates a 3-stage process that they follow at Dinson. First is sintering, where they mix iron ore, limestone, lime, dolomite and coke and bake them into particles.Second is the blast furnace at up to 1,200°C. There is production of pig iron for steel, and capturing gas and heat to generate 20MW of power. The ash and slag are used in cement manufacturing.Third is the steel mill, where they refine the pig iron into steel billets. From there production deformed bars, wire rods and mill balls. Going forward, Dinson expects a cement plant in October. #MediaTour #NDS2

Engineer Jambaya articulates a 3-stage process that they follow at Dinson. First is sintering, where they mix iron ore, limestone, lime, dolomite and coke and bake them into particles.Second is the blast furnace at up to 1,200°C. There is production of pig iron for steel, and capturing gas and heat to generate 20MW of power. The ash and slag are used in cement manufacturing.Third is the steel mill, where they refine the pig iron into steel billets. From there production deformed bars, wire rods and mill balls. Going forward, Dinson expects a cement plant in October. #MediaTour #NDS2

Nick Mangwana

24,893 Aufrufe • vor 2 Monaten

Automatic transmissions rely on multi-plate clutch assemblies to control power transfer between gears. These clutches engage and disengage in milliseconds, using hydraulic pressure to manage torque flow smoothly without driver input. Precision in assembly is critical, as tolerances, friction material quality, and alignment directly affect shifting performance, heat generation, and long-term durability. Even minor inconsistencies can lead to slipping or inefficient power delivery. This highlights how complex coordination between mechanical and hydraulic systems enables seamless driving experiences.

Automatic transmissions rely on multi-plate clutch assemblies to control power transfer between gears. These clutches engage and disengage in milliseconds, using hydraulic pressure to manage torque flow smoothly without driver input. Precision in assembly is critical, as tolerances, friction material quality, and alignment directly affect shifting performance, heat generation, and long-term durability. Even minor inconsistencies can lead to slipping or inefficient power delivery. This highlights how complex coordination between mechanical and hydraulic systems enables seamless driving experiences.

Mechanical Knowledge

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GRAPHENE GOES INDUSTRIAL: WHY HYDROGRAPH'S PROCESS IS REDEFINING WHAT GRAPHENE CAN BE Most people see graphene as a promising lab curiosity with limited commercial use. Kjirstin Breure, CEO of HydroGraph, saw it as the foundation for upgrading materials across every major industry. She focused on solving the hardest problems in production and proof. The results have created one of the fastest value creations in advanced materials. THE GRAPHENE PRODUCTION EDGE ➡️ Graphene is a single atomic layer of carbon atoms. It stands as the strongest and most conductive material ever discovered. ➡️ Traditional approaches start with graphite and struggle to reach true single-layer quality at scale. HydroGraph uses a detonation synthesis process that converts hydrocarbon gases directly into graphene in one efficient step. ➡️ This method requires no reliance on Chinese graphite supplies and offers theoretically unlimited production capacity with lower capital intensity. THE DATA THAT SEPARATES WINNERS FROM HYPE ➡️ Breure knew data would be everything. HydroGraph has built extensive application development results across concrete, carbon fiber, plastics, and other materials. ➡️ The company supplied large volumes of graphene early to the Graphene Engineering Innovation Centre in Manchester. Independent testing confirmed superior performance that competitors could not match. ➡️ She has been clear about the outcome. "We have proven that we have the highest purity, the highest consistency, and very likely the only genuine graphene at least at industrial scale in the industry." THE INFLECTION POINTS AHEAD ➡️ Since taking the CEO role in March 2024, Breure executed a full business model overhaul. Securing pipeline access for acetylene gas removed the biggest production constraint. ➡️ Company valuation rose from roughly $20 million to about $1 billion in roughly 18 months of disciplined execution. ➡️ The next phase is accelerating fast. A new Austin headquarters, Texas production facility, US redomiciling, NASDAQ listing, and growing defense sector partnerships are all in motion. THE BOTTOM LINE Kjirstin Breure has proven that graphene's prospects are not about hype but about who can deliver real purity, consistency, and scale. HydroGraph is now positioned to lead that charge into commercial reality. The strongest material on earth is finally getting the production platform it deserves. #Graphene #HydroGraph #KjirstinBreure #AdvancedMaterials #MaterialsInnovation #DefenseTech #IndustrialScale

GRAPHENE GOES INDUSTRIAL: WHY HYDROGRAPH'S PROCESS IS REDEFINING WHAT GRAPHENE CAN BE Most people see graphene as a promising lab curiosity with limited commercial use. Kjirstin Breure, CEO of HydroGraph, saw it as the foundation for upgrading materials across every major industry. She focused on solving the hardest problems in production and proof. The results have created one of the fastest value creations in advanced materials. THE GRAPHENE PRODUCTION EDGE ➡️ Graphene is a single atomic layer of carbon atoms. It stands as the strongest and most conductive material ever discovered. ➡️ Traditional approaches start with graphite and struggle to reach true single-layer quality at scale. HydroGraph uses a detonation synthesis process that converts hydrocarbon gases directly into graphene in one efficient step. ➡️ This method requires no reliance on Chinese graphite supplies and offers theoretically unlimited production capacity with lower capital intensity. THE DATA THAT SEPARATES WINNERS FROM HYPE ➡️ Breure knew data would be everything. HydroGraph has built extensive application development results across concrete, carbon fiber, plastics, and other materials. ➡️ The company supplied large volumes of graphene early to the Graphene Engineering Innovation Centre in Manchester. Independent testing confirmed superior performance that competitors could not match. ➡️ She has been clear about the outcome. "We have proven that we have the highest purity, the highest consistency, and very likely the only genuine graphene at least at industrial scale in the industry." THE INFLECTION POINTS AHEAD ➡️ Since taking the CEO role in March 2024, Breure executed a full business model overhaul. Securing pipeline access for acetylene gas removed the biggest production constraint. ➡️ Company valuation rose from roughly $20 million to about $1 billion in roughly 18 months of disciplined execution. ➡️ The next phase is accelerating fast. A new Austin headquarters, Texas production facility, US redomiciling, NASDAQ listing, and growing defense sector partnerships are all in motion. THE BOTTOM LINE Kjirstin Breure has proven that graphene's prospects are not about hype but about who can deliver real purity, consistency, and scale. HydroGraph is now positioned to lead that charge into commercial reality. The strongest material on earth is finally getting the production platform it deserves. #Graphene #HydroGraph #KjirstinBreure #AdvancedMaterials #MaterialsInnovation #DefenseTech #IndustrialScale

Mark

29,205 Aufrufe • vor 3 Monaten

Amazing documentary from Sweden showcasing how they made iron from raw clay they harvest in a bog. This method is how they made raw materials for tools, weapons and export from the early iron age until the industrial revolution! The first step is to dig up clay rich in iron ore from a bog. The clay is left to dry in piles and then transported to a foundry nearby the bog. At the foundry the first step is the roast the raw material. This is to remove moisture and biological material. The temperature of the fire is around 500-600°C but not higher since the material should not melt yet. This shrinks the raw material to 50% of it's original mass, sometimes to a third of it's original mass. This process takes 2-4 hours. As this happens the men prepare the foundry. In a stone clad hole in the ground with an air vent at the bottom firewood is stacked. When this is lit on fire the men takes careful precautions to not allow it to burn up completely. After an hour the firewood is turned into charcoal used to turn the now refined iron ore into iron ingots. The roasted iron ore is placed into the bed of coal will sink slowly sink to the bottom of the pit as the coal burn with a temperature in-between 1200-1400°C, the men peak into the airhole at the foundry and can tell from the colour of the temperature is correct or if they need to adjust it. The bellows blows 350L of air into the foundry per turn and the entire process takes up to four hours. The lump of iron is still full of slag and byproduct. To remove this its beaten with a hammer on site. At a smiths workshop a smith continue to hammer our out the byproducts until it's refined enough for production! In the forests there are many traces of iron ore refinement. The foundry's can still be found in good condition even if they have not been in use for over 500 years and traces of slag and byproduct still litter the ground.

Amazing documentary from Sweden showcasing how they made iron from raw clay they harvest in a bog. This method is how they made raw materials for tools, weapons and export from the early iron age until the industrial revolution! The first step is to dig up clay rich in iron ore from a bog. The clay is left to dry in piles and then transported to a foundry nearby the bog. At the foundry the first step is the roast the raw material. This is to remove moisture and biological material. The temperature of the fire is around 500-600°C but not higher since the material should not melt yet. This shrinks the raw material to 50% of it's original mass, sometimes to a third of it's original mass. This process takes 2-4 hours. As this happens the men prepare the foundry. In a stone clad hole in the ground with an air vent at the bottom firewood is stacked. When this is lit on fire the men takes careful precautions to not allow it to burn up completely. After an hour the firewood is turned into charcoal used to turn the now refined iron ore into iron ingots. The roasted iron ore is placed into the bed of coal will sink slowly sink to the bottom of the pit as the coal burn with a temperature in-between 1200-1400°C, the men peak into the airhole at the foundry and can tell from the colour of the temperature is correct or if they need to adjust it. The bellows blows 350L of air into the foundry per turn and the entire process takes up to four hours. The lump of iron is still full of slag and byproduct. To remove this its beaten with a hammer on site. At a smiths workshop a smith continue to hammer our out the byproducts until it's refined enough for production! In the forests there are many traces of iron ore refinement. The foundry's can still be found in good condition even if they have not been in use for over 500 years and traces of slag and byproduct still litter the ground.

Birch Brother 🪓

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A Busy Day on the Farm: Processing Big Chunk Catfish for Smoking! It's another busy production day on the farm as we process our big chunk catfish for smoking. After careful preparation, each piece is neatly arranged on the smoker trays to ensure even heat distribution and consistent drying. Every step of the process is carried out with precision to achieve our premium smoked catfish standard. Join us behind the scenes and see the dedication and teamwork that go into producing high-quality smoked fish. #SmokedCatfish #FishProcessing #FishFarmLife #Aquaculture #SeafoodNigeria

Tikifish

50,225 Aufrufe • vor 1 Monat

A red-hot metal ring is rotating between heavy rollers while pressure is applied to shape it accurately. The glowing color indicates the metal has been heated to a very high temperature, making it soft and workable. As the rollers rotate, they gradually reduce thickness and improve roundness, strength, and surface finish of the ring. This process is commonlv used to manufacture bearing rings, flanges, gears, and large industrial components. Hot rolling improves the grain structure of the metal, increasing durability and load-bearing capacity. Precision control of temperature, speed, and pressure is essential to achieve uniform shape and high quality. That's amazing! 🔥🔥

A red-hot metal ring is rotating between heavy rollers while pressure is applied to shape it accurately. The glowing color indicates the metal has been heated to a very high temperature, making it soft and workable. As the rollers rotate, they gradually reduce thickness and improve roundness, strength, and surface finish of the ring. This process is commonlv used to manufacture bearing rings, flanges, gears, and large industrial components. Hot rolling improves the grain structure of the metal, increasing durability and load-bearing capacity. Precision control of temperature, speed, and pressure is essential to achieve uniform shape and high quality. That's amazing! 🔥🔥

LynneP

24,104 Aufrufe • vor 4 Monaten

There’s a video circulating online claiming to show damage to one of the Miami signature bridge’s arches so I reached out to FDOT for comment. Here’s what they told me: “We want to assure the public that this is not a safety issue. The areas shown in the images are not structural cracks, but minor surface finishing inconsistencies that can sometimes occur after concrete is poured and the formwork is removed. These surface variations are cosmetic in nature and are not structural components or defects. They do not affect the safety, durability, or structural integrity of the bridge in any way. Any surface irregularities are addressed through standard concrete finishing procedures as part of normal construction practice. FDOT is fully committed to ensuring the safety, quality, and long-term durability of the I-395 Signature Bridge. The project is subject to rigorous engineering standards, continuous inspection, and strict quality control measures throughout every phase of construction. Safety remains FDOT’s highest priority, and the Department works closely with project leadership to uphold and exceed established structural and safety requirements. We appreciate the community’s attention and willingness to report anything that seems unusual.”

There’s a video circulating online claiming to show damage to one of the Miami signature bridge’s arches so I reached out to FDOT for comment. Here’s what they told me: “We want to assure the public that this is not a safety issue. The areas shown in the images are not structural cracks, but minor surface finishing inconsistencies that can sometimes occur after concrete is poured and the formwork is removed. These surface variations are cosmetic in nature and are not structural components or defects. They do not affect the safety, durability, or structural integrity of the bridge in any way. Any surface irregularities are addressed through standard concrete finishing procedures as part of normal construction practice. FDOT is fully committed to ensuring the safety, quality, and long-term durability of the I-395 Signature Bridge. The project is subject to rigorous engineering standards, continuous inspection, and strict quality control measures throughout every phase of construction. Safety remains FDOT’s highest priority, and the Department works closely with project leadership to uphold and exceed established structural and safety requirements. We appreciate the community’s attention and willingness to report anything that seems unusual.”

Joel Franco

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Building a house for $129 is still possible — but there’s a catch A unique construction kit is going viral online, letting you feel less like an architect and more like a real estate developer. Forget LEGO: here, you have to mix cement, pour the foundation, lay bricks, and even install electrical wiring yourself. In the end, you get a real miniature house built through every stage of the construction process.

Building a house for $129 is still possible — but there’s a catch A unique construction kit is going viral online, letting you feel less like an architect and more like a real estate developer. Forget LEGO: here, you have to mix cement, pour the foundation, lay bricks, and even install electrical wiring yourself. In the end, you get a real miniature house built through every stage of the construction process.

NEXTA

75,120 Aufrufe • vor 3 Monaten

Elon Musk reveals the "magic wand number" that shows how cheap anything could be built "If you look at the raw materials in a rocket: aluminum, steel, titanium, copper, specialty alloys, and you ask what's the weight of each constituent element and its raw material value, that sets the asymptotic limit for how low the cost of the vehicle can be, unless you change the materials" "I call it the magic wand number. If you had a pile of these raw materials and could wave a magic wand and rearrange the atoms into the final shape, that would be the lowest possible cost you could make this thing for. And that is almost always a very low number" "So what's actually causing things to be expensive is how you put the atoms into the desired shape"

Elon Musk reveals the "magic wand number" that shows how cheap anything could be built "If you look at the raw materials in a rocket: aluminum, steel, titanium, copper, specialty alloys, and you ask what's the weight of each constituent element and its raw material value, that sets the asymptotic limit for how low the cost of the vehicle can be, unless you change the materials" "I call it the magic wand number. If you had a pile of these raw materials and could wave a magic wand and rearrange the atoms into the final shape, that would be the lowest possible cost you could make this thing for. And that is almost always a very low number" "So what's actually causing things to be expensive is how you put the atoms into the desired shape"

Jaynit

205,557 Aufrufe • vor 1 Monat

On behalf of the West Bengal Pradesh Congress Committee, we submitted a memorandum to the Election Commission of India a short while ago. We have made two key demands. First, the election schedule should be announced only after all cases currently under adjudication are disposed of. We believe the Supreme Court and the Election Commission should set a clear deadline for completing this process, and the election process in West Bengal should begin only thereafter. We also want to draw attention to a serious anomaly in the data released by the office of the Chief Electoral Officer of West Bengal. On 20 January, after the claims and objections process ended, the CEO reported that about 9.64 lakh Form 6 applications and only 99,000 Form 7 applications had been received. However, the final press note issued on 28 February states that out of more than 9.5 lakh Form 6 applications, only about 1.8 lakh were accepted, meaning nearly 7.8 lakh applications for voter additions were rejected. Even more concerning is that while only 99,000 Form 7 deletion applications were reported until the last day of claims and objections, the final report says that 5,46,000 voters were deleted through Form 7 applications. This raises a serious question: where did these additional Form 7 applications come from after the deadline had already passed? We have therefore asked the Election Commission to re-verify both the large number of Form 7 applications after the final date and the massive rejection of Form 6 applications. : Prasenjit Bose ji 📍 Delhi

On behalf of the West Bengal Pradesh Congress Committee, we submitted a memorandum to the Election Commission of India a short while ago. We have made two key demands. First, the election schedule should be announced only after all cases currently under adjudication are disposed of. We believe the Supreme Court and the Election Commission should set a clear deadline for completing this process, and the election process in West Bengal should begin only thereafter. We also want to draw attention to a serious anomaly in the data released by the office of the Chief Electoral Officer of West Bengal. On 20 January, after the claims and objections process ended, the CEO reported that about 9.64 lakh Form 6 applications and only 99,000 Form 7 applications had been received. However, the final press note issued on 28 February states that out of more than 9.5 lakh Form 6 applications, only about 1.8 lakh were accepted, meaning nearly 7.8 lakh applications for voter additions were rejected. Even more concerning is that while only 99,000 Form 7 deletion applications were reported until the last day of claims and objections, the final report says that 5,46,000 voters were deleted through Form 7 applications. This raises a serious question: where did these additional Form 7 applications come from after the deadline had already passed? We have therefore asked the Election Commission to re-verify both the large number of Form 7 applications after the final date and the massive rejection of Form 6 applications. : Prasenjit Bose ji 📍 Delhi

Congress

18,184 Aufrufe • vor 7 Monaten

This video is part of a longer documentary showcasing the craftsmanship of building a traditional Swedish scythe from the scratch, as you can see even the iron is produced from its raw material. I cut away and edited the iron production because I though it was the most interesting part but this is the documentary in its entirety showcasing the smith process of forging the blade and harvesting and processing the wood for the handle.

This video is part of a longer documentary showcasing the craftsmanship of building a traditional Swedish scythe from the scratch, as you can see even the iron is produced from its raw material. I cut away and edited the iron production because I though it was the most interesting part but this is the documentary in its entirety showcasing the smith process of forging the blade and harvesting and processing the wood for the handle.

Birch Brother 🪓

74,474 Aufrufe • vor 2 Monaten

Charlotte is a spider-inspired construction robot developed by Australian startups Crest Robotics and Earth Built Technology. It is designed to revolutionize building by using local raw materials instead of traditional cement. The robot can 3D print an entire 2,150-square-foot house in just 24 hours. With its bio-inspired legs, Charlotte can move autonomously, adjust its height during construction, and operate without the need for scaffolding. Although still in the prototype stage, Charlotte represents a major step toward sustainable housing solutions on Earth and future construction possibilities on the Moon.

Charlotte is a spider-inspired construction robot developed by Australian startups Crest Robotics and Earth Built Technology. It is designed to revolutionize building by using local raw materials instead of traditional cement. The robot can 3D print an entire 2,150-square-foot house in just 24 hours. With its bio-inspired legs, Charlotte can move autonomously, adjust its height during construction, and operate without the need for scaffolding. Although still in the prototype stage, Charlotte represents a major step toward sustainable housing solutions on Earth and future construction possibilities on the Moon.

Space and Technology

28,148 Aufrufe • vor 6 Monaten

Kling AI Cannes Showcase — House of David & Trailer of The Old Stories: Moses Deep integration into Hollywood-grade pipelines. House of David, the first Hollywood production to openly discuss the use of AI video generation technology in the production process on an industrial level, has captivated over 44M viewers worldwide, ranked among the U.S.’s top 10 new series debuts, and reached #1 on Prime Video in the U.S. Kling AI works seamlessly with live-action production, delivering consistent, high-quality shots at scale and meeting strict industrial delivery standards — proving AI as a reliable, efficient new foundation for global filmmaking.

Kling AI Cannes Showcase — House of David & Trailer of The Old Stories: Moses Deep integration into Hollywood-grade pipelines. House of David, the first Hollywood production to openly discuss the use of AI video generation technology in the production process on an industrial level, has captivated over 44M viewers worldwide, ranked among the U.S.’s top 10 new series debuts, and reached #1 on Prime Video in the U.S. Kling AI works seamlessly with live-action production, delivering consistent, high-quality shots at scale and meeting strict industrial delivery standards — proving AI as a reliable, efficient new foundation for global filmmaking.

Kling AI

402,183 Aufrufe • vor 4 Monaten

Kling AI Debuts at Cannes — RAPHAEL RAPHAEL, a 100% AI-generated feature film project, is a large-scale production being developed in collaboration between Mateo AI Studio and MBC C&I’s AI Content Lab, a leading force in AI video production in Korea. Currently in production with the goal of a theatrical release in 2026, this project is leveraging Kling AI’s powerful video model throughout the production process to maximize distinctive visual effects and deliver a differentiated cinematic experience. It proves the industrial viability of pure AI filmmaking and marks a new trend for AI-native theatrical cinema.

Kling AI Debuts at Cannes — RAPHAEL RAPHAEL, a 100% AI-generated feature film project, is a large-scale production being developed in collaboration between Mateo AI Studio and MBC C&I’s AI Content Lab, a leading force in AI video production in Korea. Currently in production with the goal of a theatrical release in 2026, this project is leveraging Kling AI’s powerful video model throughout the production process to maximize distinctive visual effects and deliver a differentiated cinematic experience. It proves the industrial viability of pure AI filmmaking and marks a new trend for AI-native theatrical cinema.

Kling AI

473,816 Aufrufe • vor 4 Monaten

I had the chance to talk to the head of the Reaction Injection Molding (RIM) Tesla team that developed the process, machines, materials and production line responsible for the Cybercab exterior (and some interior) plastic panels. What is RIM? Reaction injection molding (RIM) is a manufacturing process that injects two liquid chemicals into a mold to create strong, lightweight plastic parts. The primary benefits to Tesla? Tesla uses Reaction Injection Molding (RIM) for the Cybercab primarily to eliminate the traditional automotive paint shop, which is historically one of the most expensive, space-consuming, and environmentally taxing parts of car manufacturing. Tesla's goal for mass production is a highly compact, parallel modular assembly system called the "unboxed" process. By skipping the massive infrastructure of a paint shop, Tesla can reduce the factory footprint by roughly 50%. Since the colored panels come out of the molds nearly complete, they don't have to follow a strict sequential painting order and can be easily bolted on toward the end of assembly, minimizing the risk of factory scratches. In the Tesla application for Cybercab, the RIM gold exterior body panels have a underlying reinforced plastic inner support panel that is plastic laser welded (& some industrial adhesives) bonded to the outer panel. When I first saw the early production tests, I noticed there were visible "distortions" where the contact points occurred and this detracted from the overall look of the Cybercab. The team worked very hard to address this issue and made a number of production process modifications that virtually eliminated this issue and I can say the Cybercabs I saw and rode in at the Launch Event looked exceptionally clean. Amazing work by the Plastics team to not only develop this process and the machinery and materials used, but to refine the production process to get such an amazing result! Thanks to Xander Sky for making this video clip!

I had the chance to talk to the head of the Reaction Injection Molding (RIM) Tesla team that developed the process, machines, materials and production line responsible for the Cybercab exterior (and some interior) plastic panels. What is RIM? Reaction injection molding (RIM) is a manufacturing process that injects two liquid chemicals into a mold to create strong, lightweight plastic parts. The primary benefits to Tesla? Tesla uses Reaction Injection Molding (RIM) for the Cybercab primarily to eliminate the traditional automotive paint shop, which is historically one of the most expensive, space-consuming, and environmentally taxing parts of car manufacturing. Tesla's goal for mass production is a highly compact, parallel modular assembly system called the "unboxed" process. By skipping the massive infrastructure of a paint shop, Tesla can reduce the factory footprint by roughly 50%. Since the colored panels come out of the molds nearly complete, they don't have to follow a strict sequential painting order and can be easily bolted on toward the end of assembly, minimizing the risk of factory scratches. In the Tesla application for Cybercab, the RIM gold exterior body panels have a underlying reinforced plastic inner support panel that is plastic laser welded (& some industrial adhesives) bonded to the outer panel. When I first saw the early production tests, I noticed there were visible "distortions" where the contact points occurred and this detracted from the overall look of the Cybercab. The team worked very hard to address this issue and made a number of production process modifications that virtually eliminated this issue and I can say the Cybercabs I saw and rode in at the Launch Event looked exceptionally clean. Amazing work by the Plastics team to not only develop this process and the machinery and materials used, but to refine the production process to get such an amazing result! Thanks to Xander Sky for making this video clip!

Joe Tegtmeyer 🚀 🤠🛸😎

654,639 Aufrufe • vor 1 Monat

In freezing Kashmir winters, honey bees weren't supposed to survive. Temperatures drop well below zero, making it impossible for apple melifolia. The key species behind most of Kashmir's honey production to endure the cold. So, every year, thousands of bee colonies are packed into trucks and moved to the planes. A long expensive journey stretching across states like Haryana, Punjab, and Uttar Pradesh. It required manpower, logistics, and constant monitoring. And even then nearly 30% of the bees were lost along the way. But now scientists at CSIR III IM, Pulwama have changed the game. They've developed climate resilient protocols that focus on strengthening bee nutrition and redesigning hives using materials that can regulate internal temperature and humidity. The result, bees surviving sub-zero temperatures for the first time ever in Kashmir. This could mean the end of seasonal migration for beekeepers, cutting costs, reducing losses, and making honey production more stable and sustainable. 📹Imran nissar Reporting: Peerzada Ashiq

In freezing Kashmir winters, honey bees weren't supposed to survive. Temperatures drop well below zero, making it impossible for apple melifolia. The key species behind most of Kashmir's honey production to endure the cold. So, every year, thousands of bee colonies are packed into trucks and moved to the planes. A long expensive journey stretching across states like Haryana, Punjab, and Uttar Pradesh. It required manpower, logistics, and constant monitoring. And even then nearly 30% of the bees were lost along the way. But now scientists at CSIR III IM, Pulwama have changed the game. They've developed climate resilient protocols that focus on strengthening bee nutrition and redesigning hives using materials that can regulate internal temperature and humidity. The result, bees surviving sub-zero temperatures for the first time ever in Kashmir. This could mean the end of seasonal migration for beekeepers, cutting costs, reducing losses, and making honey production more stable and sustainable. 📹Imran nissar Reporting: Peerzada Ashiq

The Hindu

23,721 Aufrufe • vor 5 Monaten

What goes into building a high-performance solar panel? It starts with ultra-clear solar glass engineered to maximize light transmission and protect every cell beneath it. Before production even begins, each sheet is automatically inspected and flex-tested to ensure durability on the line and in the field. This is Stage 1 of how we manufacture solar panels at T1.

What goes into building a high-performance solar panel? It starts with ultra-clear solar glass engineered to maximize light transmission and protect every cell beneath it. Before production even begins, each sheet is automatically inspected and flex-tested to ensure durability on the line and in the field. This is Stage 1 of how we manufacture solar panels at T1.

T1 Energy

1,468,498 Aufrufe • vor 4 Monaten

China has achieved a landmark breakthrough in advanced manufacturing with the launch of its largest single-line 48K large-tow carbon fiber facility in Ordos, Inner Mongolia. This is not the same as China’s T1200 ultra-high-strength carbon fiber breakthrough. T1200 is the high-end blade: extreme strength, aerospace-grade, strategic materials. 48K large-tow carbon fiber is the industrial skeleton: large-scale, lower-cost, mass application for wind power, EV lightweighting, rail, marine engineering, and advanced manufacturing. One breaks the ceiling. The other builds the floor. That is how an industrial system becomes impossible to contain.

China has achieved a landmark breakthrough in advanced manufacturing with the launch of its largest single-line 48K large-tow carbon fiber facility in Ordos, Inner Mongolia. This is not the same as China’s T1200 ultra-high-strength carbon fiber breakthrough. T1200 is the high-end blade: extreme strength, aerospace-grade, strategic materials. 48K large-tow carbon fiber is the industrial skeleton: large-scale, lower-cost, mass application for wind power, EV lightweighting, rail, marine engineering, and advanced manufacturing. One breaks the ceiling. The other builds the floor. That is how an industrial system becomes impossible to contain.

𝘊𝘰𝘳𝘳𝘪𝘯𝘦

18,021 Aufrufe • vor 4 Monaten