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aeliyamarineinsights · 24 days ago

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The Role of Thermostats in Marine Automation: Ensuring Optimal Temperature Control

In the world of marine automation, maintaining the right environmental conditions is crucial for the smooth and efficient operation of vessels. One of the key components in achieving this balance is the thermostat. This seemingly simple device plays an essential role in regulating temperature, which is critical for everything from engine performance to passenger comfort. In this blog, we’ll explore how thermostats are used in marine automation, their importance, and the advantages they bring to modern vessels.

A high-quality thermostat is a vital component in regulating temperature within various systems, ensuring optimal performance and energy efficiency. Whether used in HVAC systems, engines, or refrigeration units, a high-quality thermostat provides precise temperature control, preventing overheating or undercooling. By maintaining a stable temperature, it helps extend the lifespan of equipment and reduces the risk of system failures. In applications like marine automation, a high-quality thermostat plays an essential role in ensuring the safety and reliability of critical systems, ultimately enhancing operational efficiency and reducing maintenance costs.

What is a Thermostat in Marine Automation?

A thermostat is a temperature-sensitive device designed to maintain a desired temperature within a system by regulating the heating and cooling processes. In marine applications, thermostats are used to control the temperature of various systems, including the engine cooling system, HVAC systems, and even refrigeration units.

When a temperature rises above or falls below a preset threshold, the thermostat activates or deactivates certain components (such as a cooling pump or a heating element) to bring the temperature back to the desired level. This helps maintain efficiency and ensures that the systems operate optimally, reducing the risk of overheating or freezing.

Key Applications of Thermostats in Marine Automation:

Engine Cooling Systems: Marine engines are known to produce a large amount of heat during the operation, and thus a cooling system is necessary. Thermostats play an important role in regulating the temperature of the engine by controlling the coolant flow. By opening and closing as per the temperature of the engine, the thermostat ensures that the engine runs within its optimal temperature range. This avoids overheating of the engine, which could otherwise lead to mechanical failure and thus expensive repairs.

HVAC Systems: On more significant vessels, it becomes essential to maintain an interior atmosphere that is pleasant for people on board. The thermostats in the HVAC system keep the cabin, control rooms, and other regions of the ship at an optimal temperature. The heat or cooling, depending upon the external environment and people’s preference, is automatically adjusted by the thermostats to minimize energy wastage while keeping it comfortable.

Refrigeration Systems: Most ships involved in transporting foodstuffs or fishing depend on refrigeration units to keep their commodities fresh during transport. The thermostats regulate the temperature inside the refrigeration system to ensure that the perishable items remain safe. If the temperature cannot be controlled accurately, it can result in spoilage, waste, or damage to the cargo, so a good thermostat control is essential.

Battery Temperature Regulation: The modern vessel relies on the power storage of lithium-ion batteries. These batteries are very sensitive to extreme temperatures, and such conditions can shorten their lifespan and performance. Therefore, thermostats are integrated into battery systems that monitor temperature and activate cooling or heating mechanisms to ensure that the batteries work optimally even in harsh marine environments.

Modern Innovations in Thermostats for Marine Automation:

Digital technology brings about “smart” thermostats that provide even better temperature control. These thermostats are designed to have the ability to communicate with other onboard systems, for example, engine management, energy management systems, and overall vessel monitoring platforms. Their features include remote diagnostics, predictive maintenance, and energy analytics, which enable a vessel operator to monitor thermostat performance and associated systems so that decisions can be made more data-driven, improving efficiency and reducing downtime.

Moreover, IoT networks enable thermostat integration so that adjustments will be made according to real-time conditions. As an example, a thermostat could adjust settings for an HVAC system, taking into account both internal cabin temperature and external forecasts of the weather. Because this is an ever-changing dynamic and integrated system, a modern vessel is highly energy-efficient and responsive to fluctuating conditions.

Thermostats are essential elements in marine automation in terms of control of temperature on key systems. They improve the energy efficiency while ensuring safe operations and enhance critical equipment lifespan. As vessels grow more automated, the application of thermostats controlling environments both for machinery and passengers will remain an evolving tool. Real-time control as well as advanced monitoring functions make it possible for the marine operators to keep vessels in good running order even in most demanding maritime conditions.

Incorporating high-quality thermostats into marine automation systems not only stands to give assurances of reliability and safety but also drives immense long-term cost saving and efficiency improvements. As the maritime industry continues to innovate, thermostats will remain at the heart of temperature regulation, safeguarding both the vessel and its crew.

#industrial equipment #industrialautomation #marine automation #Thermostat

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castoelect · 1 month ago

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Aluminum to Copper Brazing Flux Cored Wires—Shop Now: 8851310039

Brazing is a critical process in various industrial applications where joining dissimilar metals like aluminum and copper is required. Aluminum to Copper Brazing Flux Cored Wires are innovative solutions designed to simplify the brazing process while ensuring strong, durable, and reliable joints. These wires are particularly valuable in industries such as HVAC, automotive, aerospace, and electrical engineering, where lightweight, corrosion-resistant, and conductive materials are paramount.

What are the Brazing Flux-Cored Wires?

Brazing Flux Cored Wires are specialized brazing wires with a core filled with flux material. Flux is essential in the brazing process because it helps remove oxides, prevents oxidation, and promotes wetting by allowing the filler material to flow smoothly over the surfaces being joined. This eliminates the need for separate flux application, reducing process complexity and improving efficiency.

In the context of aluminum-to-copper brazing, the flux inside the cored wire is carefully formulated to handle the unique challenges posed by these metals. Aluminum forms a stable and hard-to-remove oxide layer, while copper's high thermal conductivity can make achieving uniform heating difficult. Flux-cored wires address these issues effectively, ensuring a seamless and reliable bond.

Advantages of Aluminum to Copper Brazing Flux-Cored Wires

Until now, the flux-cored braze wires by Shop Castron Electrode provide the following advantages:

Simplified Brazing Process: The integration of flux into the wire eliminates the need for a separate flux application step. This reduces preparation time, minimizes potential errors, and ensures consistent application across joints.

Superior Joint Strength: The filler material in flux-cored wires is engineered to create robust bonds between aluminum and copper, even under thermal and mechanical stress. These joints are suitable for high-performance applications.

Enhanced Corrosion Resistance: Brazed joints using flux-cored wires are less prone to corrosion, making them ideal for applications in humid or chemically aggressive environments, such as HVAC systems and marine equipment.

Optimized Thermal and Electrical Conductivity: Copper is known for its excellent electrical and thermal conductivity, while aluminum is valued for being lightweight. Flux-cored wires facilitate efficient bonding without compromising these critical properties.

Cost-Effectiveness: The streamlined brazing process reduces labor costs and waste, making flux-cored wires a cost-effective choice for mass production or repair applications.

Key Applications

HVAC Systems: Joining aluminum and copper components in heat exchangers and refrigerant circuits.

Automotive Industry: Brazing aluminum radiators and copper piping in thermal management systems.

Aerospace: Fabricating lightweight yet strong connections in airframes and electrical systems.

Electrical Engineering: Creating high-conductivity connections in power systems and electronics.

Best Practices for Use

To achieve optimal results with aluminum-to-copper brazing flux-cored wires, the following practices are recommended:

Surface Preparation: Ensure the surfaces to be joined are clean and free from grease, dirt, or heavy oxides.

Heating Technique: Use controlled and even heating, avoiding overheating, which can damage the metals or filler.

Wire Handling: Store the wires in a dry environment to prevent moisture absorption, which could impact the flux’s performance.

Conclusion

Aluminum to copper brazing flux-cored wires represent a significant advancement in metallurgical joining technologies. By simplifying the brazing process and delivering reliable, high-strength joints, these wires empower industries to achieve better performance and efficiency. Whether in critical HVAC systems or sophisticated aerospace applications, they ensure durability, conductivity, and corrosion resistance, making them an indispensable tool in modern manufacturing and repair processes. For further details, visit https://shop.castonelectrode.in/2024/07/26/copper-brazing-flux/

#Brazing Flux Cored Wires

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abhi16 · 3 years ago

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Frozen Food Products Sales and Marketing Agency in Pune

The Importance of Marketing Plan for Frozen Food SalesBranding and marketing are the two important pillars when it comes to business strategy and improving your sales. However, there is a vast difference between branding and marketing, as well as the actions for success for each. Branding relates to creating a company’s name, logo, and design that easily describe belonging to the company. It helps to identify the product and differentiate it from other products and services.Brand Improves RecognitionBrand Build TrustBrand Increases The Business ValueBrand Attracts New CustomersMarketing gets the word out about your business. It allows you to connect with potential customers and inform them of all the services you offer. Proper marketing and branding combined can boost your sales at an astounding pace and help you build a consistent client-base. Marketing Informs The ConsumerMarketing Sustains The Company ExistenceMarketing Engages More Customers and Sells More ProductsNot doing sales planning is like running your business on a wing and praying and hoping that the dart you threw blindfolded will hit the bullseye.There might be a chance you will get lucky and hit the bull’s eye but there is also a chance you’ll poke someone’s eye out.Planning Helps To Overcome The Unforeseen RisksPlanning Minimizes Your RiskPlanning sets Achievable Goals And MilestonesOur main tasks to cater to improving your sales, therefore involve Distribution Network Set-Up, Find Channel Partners, Appointing Distributors and Dealers and Find Sales Agents.We are a frozen food sales and marketing agency in Pune, and do sales pitching of your products for distribution to our interested sellers and give them appropriate marketing support to create demand. We are a one stop B2BMarketing and B2B distribution solution all over India. Our up to date marketing and branding strategies are top notch and cater to the present market and customer choices. Want our trusted services and offers to boost your frozen food sales, then continue reading about us.

About Pune

Pune is the 8th largest metropolis in India and the largest in Maharashtra. It is situated on the western side of Western Ghats and has a booming real estate market right now.

It has been ranked as "the most livable city in India" several times. It is one of the fastest growing economies in the world and the key sectors of the local economy are education, manufacturing and information technology. It has also emerged as the new hub for tech startups in India.

Pune has witnessed engineering and other crucial sectors making it their headquarters, transforming it into a major industrial centre. Considered as the greenest urban areas of the nation, Pune has more than 40% of its area covered by greenery that is slowly degrading because of the real estate boom in Pune.

How to Reach

By air- The nearest airport is in Lohegaon, 10 kms from the main city of Pune. It is accessible by buses, cars or cabs.

By rail- Pune Railway Station is one of the major and most important railway junctions in the country. It is connected to all major Indian cities.

By Road- Indian and state highways are all connected to Pune. NH-4 connects Pune, Bangalore, Mumbai and Kolhapur. NH-9 joins the city to Hyderabad and NH-50 to Nashik. There is also a high-speed expressway connecting Pune to Mumbai.

Top Places of Commercial Interest in Pune

The Market Yard in Pune is a well-known market and vegetables, fruits and flowers are sold here at wholesale rate. Other major marketplaces in the city are Tulsi Baug Market, Chhatrapati Sambhaji Nagar Market, Juna Bazaar or Old Market, Laxmi Road Market, Phule Market (Mahatma Phule Mandai), The Hong Kong Market Lane, Phoenix Market City, Viman Nagar, Inorbit Mall, Viman Nagar, SGS Kakde Mall, Amanora Town Centre, Hadapsar, Jewel Square, Koregaon Park.

India’s Frozen Food Market and Demand

The frozen food market in India is expected to continue its growth trajectory in the forecast period, and its market is expected to be US$ 3.1 Billion by 2026, from US$ 1.1 Billion in 2020.

In the previous years, only french fries and basic frozen vegetables were sold in India. But in the span of 5 to 10 years the frozen food industry in India has completely revolutionized. With the evolution of modern retail outlets like Food Bazaar, DMart, Spencers, and online grocery stores like Big Basket, Groffers frozen food industry in India is witnessing a positive growth. Although the consumption and supply of frozen food in India is still negligible in comparison to the world due to various reasons. These are a handful of existing players, the large population of India, higher-priced foods products, lower awareness among the consumers and challenges regarding infrastructure and logistics like shortage of cold storage are the present barriers to the growth of the frozen food market. A 180% increase in market is forecasted due to the fact that there has been a significant rise in the number of millennial and gen-Z consumers among the semi-urban and urban people. They are opting for improved awareness, convenience and acceptance of frozen food because it is quick and easily available. But the real challenge would be to maintain the price range of frozen food the same as normal products, for example fruits, vegetables and meat.

Several government schemes like Integrated Development of Horticulture (MIDH) and Pradhan Mantri Kisan Sampada Yojana (PMKSY) have provided financial support for building and enhancing new cold storage facilities in India. The advancement in cold chain infrastructure has further supported the supply and distribution of frozen food products in tier I cities. This has spurred growth in the country's frozen food market. The surging cases in this second wave of the coronavirus have made the whole country go into lockdown mode again. With most people working from home, shelves of frozen foods are clearing thick and fast these days. These items are available year-round regardless of the season.

COVID-19 greatly impacted the restaurant businesses, giving more momentum to frozen foods. The low-ingredient availability has left everyone shifting towards ready-to-cook meals and frozen food alternatives. Looking at the spike in frozen foods, Indian companies are capitalising on local delicacies that comprise organic ingredients.

Frozen food consists of frozen fruits, vegetables, fish & marine produce, meat, ready meals, bakery products, soups, and appetizers that provide domestic consumption and export opportunities. The surging number of Farmer Producer Organisations, solar-based refrigeration technologies, freezing and chilling facilities would boost the values of the farmers in India. When it comes to cuisine, India is known for its diversity. In order to satisfy the unique Indian palettes that require a different taste every now and then, companies have come up with more Indian variants like cutlets, samosas, parathas and kebabs, among others and there will never be a shortage of variety of food to freeze.

The key players of the India Frozen Food market are IFB Agro Industries Limited, McCain Foods (India) Private Limited, Godrej Tyson Foods Limited, Mother Dairy Fruit & Vegetable Private Limited, Tanvi Foods, Venky’s (India) Limited, ITC Limited, Innovative Foods Limited, West Coast Fine Foods Private Limited, Vadilal Industries Limited, Gadre Marine Export Private Limited, Al Kabeer Exports Private Limited and Darshan Foods Private Limited, among others.

Moreover, with the evolution of modern retail outlets like Food Bazaar, DMart, Spencers, and online grocery stores like Big Basket and Grofers, the frozen food industry in India is witnessing positive growth.

FRESH SNACKS AT HOME WITH A DELICIOUS RANGE OF FROZEN FOODS French FriesSoya ChaapFrozen ChapatiFrozen ParathaFrozen Baby CornFrozen IdliFrozen Chicken TikkaFrozen PotatoFrozen Aloo ParathaFrozen CutletFrozen Veg ParathaFrozen Cheese BallFrozen Chicken Seekh KababFrozen Sweet CornFrozen Spring RollFrozen Chicken Popcorn

Frozen Food Products Sales and Marketing Agency

As a frozen food products marketing and sales agency, we help to manufacture & market a broad assortment of indian frozen food acquired by local dealers that includes ready to heat and eat food items, ready to be fried food and snacks, frozen desserts and many more. Maintaining hygiene and safety protocols in accordance with modern food standards is of utmost importance to us. Our well installed facility and efficient team supports us to deliver products like frozen snacks food, that are of high quality, hygienic, nutritional and tasty.

Why waste hours of your precious time, when you can prepare hot and delicious snacks within a few minutes? Frozen snacks are the best way to enjoy yummy, piping hot snacks at home. Scrumptious snacks such as burgers, french fries, pizza or kebabs, can be prepared within a matter of minutes. Buy delectable frozen snacks from renowned brands such as Foods, Yummiez, Mc Cain, Alf- Farms, Zorabian, IFB, and Prasuma. Enjoy mouthwatering and new Yummiez products like Lassooni Chicken Tikka, Sausages, Cheese Fingers, Afghani Seekh Kabab, Veg Pizza Pocket and Veg Burger Patty. Besides Yummiez, you can choose from popular brands of frozen snacks India such as McCain Chicken Nuggets, IFB Cocktail Fish Fingers, Bombay Bites Pizza Samosa, Frozen Pizza India, McCain Potato Cheese Shots and much more. We sell various packaging options and also supply in bulk to institutions using modern technology.

Frozen Pastes

We are also a well-known supplier of pastes that are best for quick cooking in domestic & commercial kitchens. We have a variety of frozen pastes including garlic, ginger, onion, tamarind etc. Use of modern processing technology assures product hygiene, retaining food value and ensuring good shelf life.

Crushed Garlic Paste

Ginger Paste

Garlic Paste

Coriander Paste

Methi (Fenugreek)

Green Chilli Paste

Frozen Desserts

This category includes delicious Indian desserts that are completely natural, preservative free and economical too. An important part of an Indian festivals & celebrations is sweets and desserts, thus we offer frozen desserts in a variety of packaging to meet buyer’s requirements.

Mango Basundi

Anjeer Basundi

Strawberry Basundi

Sitafal Rabdi

Gajar Halwa

A few Strategies to Increase Sales:-

Contemporize brand engagement- The type of snacks consumers purchase often depends on their age and lifestyle preferences, for example millennials tend to consume assorted snacks throughout the day whereas older people consume very less frequently and tend to have a certain specific choice.

Incorporate local flavours and tastes- For your business to thrive in Pune, you need to cater to understand the taste buds of local people. Their preferences and choices have to be considered to boost your sales.

Promote bundling opportunities- Encourage your customers to try something new by promoting a bundle or two-for deal, and buy one-get one free deals.

Know about your inventory- Customers are loyal to your best selling products, so be aware of the top products’ inventory levels.

Watch upcoming trends- It is important to keep a watchful eye on upcoming trends for continued growth in the industry. Trends in the snack category show which ingredients must be premiumtized at what time.

We help our clients solve their Sales, Marketing and Distribution issues and boost their ready-to-eat and instant food sales.

We offer Sales and Marketing services to help frozen food dealers on how to improve sales. Not only that, we also work with other small businesses and are dedicated to solving their issues. Complete Marketing plan for frozen food is prepared to help sort out your doubts and issues. The quality of the products is well taken care of, following the latest international market standards. Everything from creating standards of excellence to training your people to work in more effective ways, introducing ground-breaking strategies, assessing how you’re doing, and helping you perform even better in future.

The Importance of Marketing Plan for Frozen Food Sales

Branding and marketing are the two important pillars when it comes to business strategy and improving your sales. However, there is a vast difference between branding and marketing, as well as the actions for success for each. Branding relates to creating a company’s name, logo, and design that easily describe belonging to the company. It helps to identify the product and differentiate it from other products and services.

Brand Improves Recognition

Brand Build Trust

Brand Increases The Business Value

Brand Attracts New Customers

Marketing gets the word out about your business. It allows you to connect with potential customers and inform them of all the services you offer. Proper marketing and branding combined can boost your sales at an astounding pace and help you build a consistent client-base.

Marketing Informs The Consumer

Marketing Sustains The Company Existence

Marketing Engages More Customers and Sells More Products

Not doing sales planning is like running your business on a wing and praying and hoping that the dart you threw blindfolded will hit the bullseye.There might be a chance you will get lucky and hit the bull’s eye but there is also a chance you’ll poke someone’s eye out.

Planning Helps To Overcome The Unforeseen Risks

Planning Minimizes Your Risk

Planning sets Achievable Goals And Milestones

Our main tasks to cater to improving your sales, therefore involve Distribution Network Set-Up, Find Channel Partners, Appointing Distributors and Dealers and Find Sales Agents.

#increase_sales #frozen food sales #marketing plan

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prasad111 · 4 years ago

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Inconel Steel Plate | Chhajed Steel & Alloys

Chhajed Steel and Alloys supplies Inconel® blends Inconel 600 , Inconel 601 , Inconel 617 , Inconel 622 , Inconel 625 , Inconel 690 ,Inconel 718 , Inconel 800 , Inconel 825 as Plate. The utilization safe superalloys are everything viewed as used as slightly of uncommon conditions where huge warmth and separating restriction is manager to the uprightness of the last outcome. are staying behind our thing which we've given and additionally we issued a high quality assistance on the brink of our thing which we make supplies and areas we are apart from makers, suppliers, exporters and stockists of stainless steel plate, Quenched and Tempered plate , Pressure Vessel plate , High Strength plate , High nickel alloy plate, HIC plate, Corten Steel, Clad plate, plate Name of product Inconel alloy plate A type Plate Thickness 0.3-150 mm Length 3000mm, 5800mm, 6000mm, 9000mm, 12000mm, etc. Standard ASTM ， JIS, AISI, GB, DIN, EN Surface BA, 2B, # 1, # 4, 4K, HL, 8K Certification ISO, SGS Equipment Cold rolled, hot rolled Edge Milling edge Slot edge Heat-resistant alloys UNS N06601, 2.4851 like Inconel 601 It exhibits particularly good resistance to descaling in cyclic oxidation with heat variation and is therefore utilized in various parts of heat treatment furnaces, diesel vehicle glow plugs and thus the likes of . Provide from, applicability Hot work is relatively easy with the N06601. for decent working, the temperature should be between 1050 and 1200 ℃, although light work are often done at temperatures as low as 850 ℃. After hot working, we also recommend cooling within the temperature range of 500 to 800 ℃ as quickly as possible to avoid carbide precipitation. N06601 has excellent cold workability almost like Type 310S and Alloy 800. weldability. Mechanical cutting is desirable for edge preparation. Wide angles of the U- and V-groove should be used. Care must be taken to remain the welding part clean, as N06601 is sensitive to surface contamination. Heat treatment After cold working, softening occurs at a temperature of about 900 ℃. If high heat resistance is required, we recommend processing the mortar from 1100 to 1200 ℃. Cooling is completed with water, air cooling are often used for thinner materials also . We recommend refrigerating, although the temperature range is 500 to 800 ℃, as quickly as possible to avoid carbide deposition. Machinability As a high-nickel alloy, N06601 isn't as machinable as austenitic stainless steel . A high speed steel cutter are often used, although a carbide tool is usually recommended . additionally , the feed rate must be slightly reduced so on chop deep. The recommended feed rates of the lathe are as follows: • High speed steel tool: 1050 ~ 1350mm / min • Sintered carbide tool: 3000 ~ 5250mm / min After operating the machine, the grease must be completely removed before welding or heat treatment. Application Muffle furnaces, baskets and other parts for furnaces, parts for industrial heat treatment furnaces, parts for special glass furnaces, parts for automobile glow plugs, covers for automobile exhaust gas sensors. Ratings: N06600 N06600 Inconel 6001 , alloy INCOLOY 625, N07718, Inconel 718, INCOLOY Alloy 718, N07750, Inconel X750, N04400, MONEL400, N08926 ， INCOLOY Alloy 25-6Mo ， etc. 2.4060、1.4980、1.4529、2.4460.41.46 、 1.4876、1.4876、2.4858、2.4816 、 2.4851、2.4856、2.4856、2.4668、2.4669、2.4360、2.4375、2.4819、2.4610、2.4602 、 2.4617、2.4660 、 etc. Equivalent Inconel Grades STANDARD WERKSTOFF NR. UNS JIS BS GOST AFNOR RU Inconel 600 2.4816 N06600 NCF 600 NA 13 MNZhMts 28-2.5-1.5 NC15FE11M NiCr15Fe Inconel 625 2.4856 N06625 NCF 625 NA 21 KhN75MBTYu NC22DNB4M NiCr22Mo9Nb Incoloy 800 1.4876 N08800 NCF 800 NA 15 EI670 Z8NC32-21 X10NiCrAlTi32-20 Incoloy 825 2.4858 N08825 NCF 825 NA 16 EP703 NFE30C20DUM NiCr21Mo Applications Components for the aerospace industry - bellows and expansion joints, air passage systems, jet exhaust systems, engine thrust reversers, turbine shroud rings. Air pollution control - chimney liners, dampers, components for flue gas desulfurization (FGD) Chemical treatment - equipment working with both oxidizing and reducing acids, superphosphoric acid production. Marine service - steam line bellows, exhaust systems of naval ships, auxiliary propulsion systems for submarines. Nuclear industry - core and rod components, waste treatment equipment. Offshore oil and gas production - waste gas incineration pipes, piping systems, riser shells, piping and tubing for sour gas Refining - flare gas stacks Waste treatment - waste incineration components Why Choose Emily Metal? EN 10204 / 3.1B, Raw material certificate 100% X-ray test report Third party inspection report, etc. High special strength, high freezing point Excellent corrosion resistance, good thermal resistance Customer service after-sales service Huge stock, on-time delivery Strict inspection from staple to finished inconel late

#Inconel Steel Plate Distributors Inconel Steel Plate Importers Inconel Steel PlateStockist Inconel Steel Plate Dealers Inconel Steel Plate

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network-blr · 4 years ago

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Global Waste Oil Market-Industry Analysis and Forecast (2020-2027)- By Type, Technology, Application, and Region.

The global waste oil market was valued at US$ XX Bn and is expected to reach XX Bn by 2027, at a CAGR of X.25% during the forecast period.

Market Definition:

Waste oil is oil from industrial and non-industrial sources which has been used for lubricating or other purposes and has become unsuitable for its original purpose due to the presence of contaminants or impurities or the loss of original properties (e.g. lubricating oils, hydraulic fluids, metalworking fluids, electrical (dielectric) or heat transfer fluid, insulating fluid).

The report study has analyzed the revenue impact of COVID-19 pandemic on the sales revenue of market leaders, market followers, and disrupters in the report, and the same is reflected in our analysis.

Market Influencer:

The various sector contributing to the market growth includes automotive, industry, aviation, and marine and is showing a positive impact on the market demand. From the automotive sector, waste oil is used as engine oil, brake fluids, petrol, diesel and many more as technological advancement and high demand from the population for the automotive product will simultaneously boost the market demand. Development and high sales rate of automobiles will demand a huge amount of lubricant in the future and will boost the waste oil market growth during the forecast period.

Macroeconomic factors such as a rise in the GDP in Europe, the gradual recovery of the industrial sector in the region, and an increase in the energy demand of the rising population across the world are expected to drive the global waste oil market in the near future. Advancement in the equipment for the treatment of waste oil in the developing economies will contribute to the market growth in the near future.

Furthermore, the contaminants in waste oils have adverse impacts on both human health and the environment and are expected to hamper the market growth. Additionally, economic recession across the globe will hinder the market growth in the long run.

Waste Oil Market Segment analysis:

By application segment, the re-refiners sub-segment is expected to dominate the overall waste oil market during the forecast years. Waste oil is utilized in the automotive and industrial sectors for re-refining applications. The upsurge in investments in automotive activities owing to rapid industrialization and urbanization thrust the demand for waste oil. Once waste oil is used, it can be collected, recycled, and re-used. The collection efficiency of used oil has increased from X.6% in 2015 to X.7% in 2019. In Italy, a re-refined product pays 50% of the excise duty applied to virgin lubricant. This tax advantage is granted only if the used oils for re-refining are collected in Italy. Furthermore, the rise in awareness about the new technology and trends amongst the population is attracting the vendors to invest in it which is generating various opportunities for the waste oil market to grow soon. Virtually, the global re-refiners market is estimated to reach XX Bn with a projected CAGR of XX% during the forecast period.

Waste Oil Market Regional Analysis:

Regionally, the Asia Pacific is expected to dominate the waste oil market with an expected CAGR of XX % during the forecast period. Developing industry, technology, automotive sector, garages/repair shops, engineering industries, and great facilities of transportation, in the Asia Pacific especially in India, China, South Korea, and Thailand is boosting the market growth. In 2019 market size was valued US$ XX Bn while in the U.S, the market size was valued XX Bn and expected to increase by US$ XX Bn in the coming years. In the year 2019, approximately 40% of the market is acquired by the Asia Pacific region and expected to show consistency in the future.

North America region stood up on the second number after the Asia Pacific due to the widespread use of automobiles compared to other regions. North America accounts for nearly 22% of the total worldwide demand and its per capita lube oil demands far exceed other regions and is projected to show constant growth in the coming year.

The objective of the report is to present a comprehensive analysis of the Global Waste Oil Market including all the stakeholders of the industry. The past and current status of the industry with forecasted market size and trends are presented in the report with the analysis of complicated data in simple language. The report covers all the aspects of the industry with a dedicated study of key players that includes market leaders, followers, and new entrants. PORTER, SVOR, PESTEL analysis with the potential impact of micro-economic factors of the market have been presented in the report. External as well as internal factors that are supposed to affect the business positively or negatively have been analysed, which will give a clear futuristic view of the industry to the decision-makers. The report also helps in understanding Global Waste Oil Market dynamics, structure by analysing the market segments and project the Global Waste Oil Market size. Clear representation of competitive analysis of key players by Application, price, financial position, Product portfolio, growth strategies, and regional presence in the Global Waste Oil Market make the report investor’s guide. Scope of Waste Oil Market

Global Waste Oil Market, By Type

• Refrigeration & Compressor Oils • Metalworking Fluids & Oil • Transmission Oils • Engine Oils • Lubricants • Others Global Waste Oil market, By Technology

• Distillation Hydrogen Treatment • Vacuum Distillation Process • Thin-film Evaporation • Others Global Waste Oil market, By Application

• Special Space Heaters • Waste Oil Boilers • Asphalt Plants • Steel Mills • Re-refiners • Biodiesel • Others Global Waste Oil Market, By Region

• North America • Europe • Asia Pacific • Latin America • Middle East & Africa Key Players Operating the Waste Oil Market,

• J.J. Richards and Sons Pty Ltd • Goins Waste Oil Company Inc • Enva (Rilta Environmental Ltd) • All Waste Matters Ltd • Alexandria Petroleum Company • Enfields Chemicals CC • Solway Recycling Ltd • Business Waste • Oil Salvage Ltd • Slicker Recycling • Safetykleen • Oil Monster • MIB Waste Services • Falzon Group • Gecco Fuels • Valgrove • EWOR

Global Waste Oil Market Request For View Sample Report Page :@https://www.maximizemarketresearch.com/request-sample/65355

About Us:

Maximize Market Research provides B2B and B2C market research on 20,000 high growth emerging technologies & opportunities in Chemical, Healthcare, Pharmaceuticals, Electronics & Communications, Internet of Things, Food and Beverages, Aerospace and Defense and other manufacturing sectors.

Contact info: Name: Vikas Godage Organization: Maximize Market Research Pvt.Ltd.Pune Email: [email protected] Contact: +919607065656 / +919607195908 Website:www.maximizemarketresearch.com

#Waste Oil Market

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rupalipatil89 · 5 years ago

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Brewery Equipment Market Overview

The global market is estimated to be valued at USD 16.8 billion in 2019 and is projected to reach USD 24.0 billion by 2025, recording a CAGR of 6.1% from 2019 to 2023. Increasing number of microbreweries and brew pubs across regions and product innovations in brewery equipment industry are some factors that are driving the market. The key players profiled in the brewery equipment market include Alfa Laval (Sweden), GEA Group (Germany), Krones Group (Germany), Paul Mueller (US), Praj Industries (India), Meura SA (Belgium), Della Toffola (Italy), Criveller Group (US), Kaspar Schulz (Germany), Ningbo Lehui International Engineering Equipment Co., Ltd. (China), Hypro Group (India), and Shanghai Hengcheng Beverage Equipment Co., Ltd. (China). Key market players adopted various growth strategies such as new product launches, expansions, acquisitions, and agreements, collaborations, and partnerships to cater to the increasing demand for brewery equipment. The companies are expanding their operations in various regions across the globe, to establish themselves as leading players in the brewery equipment market. Download PDF Brochure: https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=129804657 Alfa Laval (Sweden) is the largest player in the brewery equipment market. Alfa Laval is a leading manufacturer of products in key technology areas of heat transfer, separation, and fluid handling. The company serves various industries, such as biotech & pharmaceuticals, chemicals, energy, food, dairy & beverage, home & personal care, HVAC, machinery & manufacturing, marine & transportation, mining, minerals & pigment, pulp & paper, refrigeration, semiconductor & electronics, steel, water, and waste treatment. It operates through four key business divisions, namely, energy, food & water, marine, and greenhouse. Through its food & water division, the company offers a variety of processing equipment for the food & beverage industry including the equipment for breweries. Alfa Laval has a presence in 100 countries and six continents and has 42 major production units (22 in Europe, 10 in Asia, 8 in the US, and 2 in South America). Nearly 36.5% of its revenue comes from European countries. The company is increasingly focusing on innovations and spends around 2.5% of its total revenue on R&D and launches around 35 to 40 new products annually. The company holds 2,500, patents which also strengthens its position in the market. GEA Group (Germany) is one of the largest players in the brewery equipment market. The company provides customized solutions for food, dairy processing, dairy farming, beverage processing, pharma, chemical, marine, leisure & sport, land-based transportation, and utility industries. GEA Group has its presence in over 50 countries across the Asia Pacific, DACH & Eastern Europe, Western Europe, the Middle East & Africa, North and Central Europe, Latin America, and North America. It provides machinery, such as homogenizers, separators, in-line process connections, and complete production lines to the beverage, dairy, and food processing industries. The process engineering segment specializes in designing and developing process solutions for the dairy, brewery, food, pharmaceutical, and chemical industries. The GEA refrigeration system provides different types of refrigeration/freezing components to the dairy, food, and pharmaceutical industries. Make an Inquiry: https://www.marketsandmarkets.com/Enquiry_Before_BuyingNew.asp?id=129804657 The company has its presence in more than 50 countries across the globe-spanning North America, South America, Europe, Africa, and the Asia Pacific. The group operates through its subsidiaries including GEA Procomac S.p.An (Italy), GEA Process Engineering (India) Private Limited (India), GEA Food Solutions Brasil Comércio de Equipments Ltd (Brazil), GEA Food Solutions North America, Inc. (US), and GEA Food Solutions UK & Ireland Limited (UK). The major competitors of GEA Group include SPX Corporation (US), Tetra Laval Group (Switzerland), and Alfa Laval (Sweden).

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sukoptfe-blog · 6 years ago

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A Simple Guide To Plastic Molding

Is Rotational Molding Right For You?

So you need a custom plastic part or product, but you don’t know how to get it made.

Is it large or small? Should it be flexible or stiff? Is it round, square, or some weird shape? Do you already have a mold, or do you need to have one made?

This guide will explain the different kinds of molding processes available today to help you discover the ideal process for your product.

What Is Plastic Molding?

Molding, also sometimes spelled moulding, is the process of manufacturing by shaping liquid or pliable material using a rigid frame called a mold or matrix.

When molding plastics, a powder or liquid polymer such as polyethylene or polypropylene is placed into a hollow mold so the polymer can take its shape. Depending on the type of process used, various ranges of heat and pressure are used to create an end product.

The History of Plastic Molding

Plastic molding began in the late 1800’s to fill the need for plastic billiard balls as opposed to the commonly used ivory billiard balls of the time. In 1868, John Wesley Hyatt invented a way to make billiard balls by injecting celluloid into a mold. Four years later, Hyatt and his brother invented and patented a machine to automate the process. This was the first plastic injection molding machine in existence and it used a basic plunger to inject plastic into a mold through a heated cylinder.

In 1946, the screw injection molding machine was invented by James Hendry, which replaced the plunger injection technique. This is the technique most commonly used today.

Modern rotational molding also has a rich history beginning in 1855 when rotation and heat were used to produce metal artillery shells in Britain.

Plastics were introduced into the process in the early 1950’s, when rotational molding was first used to manufacture doll heads. And then in the 1960’s the modern process of rotational molding that allows us to create large hallow containers with low-density polyethylene was developed. In recent history, process improvements, better equipment, and plastic powder developments have sped up the process of creating finished products which has caused rotational molding to grow rapidly in popularity.

The Types of Plastic Molding

The most popular techniques in plastic molding are rotational molding, injection molding, blow molding, compression molding, extrusion molding, and thermoforming. We’ll cover all these techniques in this guide to help you discover the best process to make your part or product. Rotational Molding Rotational Molding, also called rotomolding, is a manufacturing process for producing large hollow parts and products by placing a powder or liquid resin into a metal mold and rotating it in an oven until the resin coats the inside of the mold. The constant rotation of the mold creates centrifugal force forming even-walled products. Once the mold cools, the hardened plastic is removed from the mold.

Very little material is wasted during the process, and excess material is often re-used, making it economical and environmentally friendly.

Common Uses for Rotational Molding

Rotational molding is commonly used to make large hollow plastic products like utility carts, storage tanks, car parts, marine buoys, pet houses, recycling bins, road cones, kayak hulls, and playground slides.

Rotational Molds Are Highly Customizable And Cost Effective

The mold itself can be highly intricate to facilitate the molding of a wide range of products. Molds can include inserts, curves, and contours as well as logos and slots for plastic or metal inserts to be placed after a product is molded.

Tooling costs are lower with rotational molds than injection or blow molds. The results are lower start-up costs and cost-effective production runs even when producing as few as 25 items at a time.

Injection Molding Injection molding is the process of making custom plastic parts by injecting molten plastic material at high pressure into a metal mold. Just like other forms of plastic molding, after the molten plastic is injected into the mold, the mold is cooled and opened to reveal a solid plastic part.

The process is similar to a Jello mold which is filled then cooled to create the final product.

Common Uses for Injection Molding

Injection molding is commonly used for making very high volume custom plastic parts. Large injection molding machines can mold car parts. Smaller machines can produce very precise plastic parts for surgical applications. In addition, there are many types of plastic resins and additives that can be used in the injection molding process, increasing its flexibility for designers and engineers.

Injection molds, which are usually made from steel or aluminum, carry a hefty cost. However, the cost per part is very economical if you need several thousand parts per year.

With injection molding, tooling usually takes 12-16 weeks with up to four more weeks for production.

Blow Molding Blow molding is a method of making hollow, thin-walled, custom plastic parts. It is primarily used for making products with a uniform wall thickness and where the shape is important. The process is based upon the same principle as glass blowing.

Blow molding machines heat up plastic and inject air blowing up the hot plastic like a balloon. The plastic is blown into a mold and as it expands, it presses against the walls of the mold taking its shape. After the plastic “balloon” fills the mold, it is cooled and hardened, and the part is ejected. The whole process takes less than two minutes so an average 12 hour day can produce around 1440 pieces.

Common Uses for Blow Molding

Blow molding processes generate, in most cases, bottles, plastic drums, and fuel tanks. If you need a hundred thousand plastic bottles, this is the process for you. Blow molding is fast and economical with the mold itself costing less than an injection molding, but more than rotational molding … sometimes as high as 6 to 7 times as much as a roto-molding tool.

Compression Molding Compression molding is done exactly like the name suggests. A heated plastic material is placed into a heated mold and then pressed into a specific shape. Usually, the plastic comes in sheets, but can also be in bulk. Once the plastic is compressed into the right shape, the heating process ensures that the plastic retains maximum strength. The final steps in this process involve cooling, trimming, and then removing the plastic part from the mold. Common Uses of Compression Molding

The best use of compression molding is the replacement of metal parts with plastic parts. It is mostly used for small parts and products in very high volume. The automotive industry uses compression molding heavily because the final products are very strong and durable.

The initial cost of a compression mold is substantial, depending on several factors including the number of cavities, the size of the parts, the complexity of the pieces, and the surface finish among other things. But the cost of each individual part is low at high quantities, so large quantities of parts are ideal for this form of molding.

Extrusion Molding Extrusion molding is similar to

injection molding

except that a long continuous shape is produced. Another difference in extrusion molding is that the process uses a “die” not a “mold.”

Extruded parts are made by squeezing hot raw material through a custom die. A simplistic visualization would be like squeezing Play Doh through a shaped hole.

While other forms of molding use extrusion to get the plastic resins into a mold, this process extrudes the melted plastic directly into a die. The die shape, not a mold, determines the shape of the final product.

Common Uses of Extrusion Molding

Parts made from extrusion have a fixed cross-sectional profile. Examples of extruded products include PVC piping, straws, and hoses. The parts do not need to be round but they need to have the same shape along the length of the part.

The cost of extrusion molding is relatively low compared to other molding processes because of the simplicity of the die and the machines themselves.

However, the nature of the extrusion molding process limits the kinds of products that can be manufactured with this technique.

Thermoforming Thermoforming is a manufacturing process where a plastic sheet called thermoplastic is heated to a pliable forming temperature, formed to a specific shape in a mold, and trimmed to create a usable product. Thermoplastic comes in a wide variety of materials, colors, finishes, and thickness.

Thermoforming uses several different types of molds and processes in order to achieve the final product. To create 3D products, the mold is typically a single 3D form made out of aluminum. Because thermoforming uses low pressures, molds can be produced for a low cost using inexpensive materials.

Common Uses of Thermoforming

Thin-gauge thermoforming is commonly used to manufacture disposable cups, containers, lids, trays, blisters, clamshells, and other products for the food and general retail industries. Thick-gauge thermoforming includes parts as diverse as vehicle door and dash panels, refrigerator liners, and utility vehicle beds.

On average, it takes about 8 weeks to get a thermoform mold ready for production. The cost of a thermoform mold is based upon the size of the part that needs to be produced. A mold for a small part can cost as little as $20,000 while the cost of a larger mold can be upwards of $50,000.

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calmfeltbelt-blog · 7 years ago

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Kevlar Gloves Main features of oil-absorbed wool felt - Chemicals - Luan News

Main features of oil-absorbed wool felt - Chemicals - Luan News Source Network Published: 2018-4-20 14:58 This page information is commercial advertisement

The oil-absorbing wool felt is made of a non-woven fabric made of ultra-fine, oil-repellent material, and can quickly absorb oil that is tens of times its own weight. And it doesn't absorb water. It has the characteristics of small specific gravity, light weight, floating on the surface, no deformation, no looseness, no influence of temperature, acid and alkali resistance, no corrosion and easy storage after oil absorption. It is widely used in machinery manufacturing, aviation, petrochemical and other industries. Cleaning: The surface of the oil slick to clear, battery, ship and other large amounts of oil removal, sea surface oil spill recovery treatment, oil tankers, oil tanks, fuel tanks, oil barrels and other oil spills to prevent proliferation. Basic functions Oil-absorbing wool felt is one of the most important equipment for handling oil spills. In the oil spill emergency response work, the general method is to use a mechanical device to recover most of the oil spill, and then use the oil-absorbing wool felt to suck a small amount of residual oil on the water surface. In areas where machinery is not available and where water pollution dispersants cannot be used due to secondary pollution, oil-absorbing wool felts are often used to remove oil spills. The main features 1. The proportion of small, can float on the water. 2. With multiple gaps and oleophilicity, it has strong oil absorption performance, poor water absorption capacity, and can absorb water during the oil absorption felt suction process. 3. Acid, alkali, chemical resistant, less harmful gases after combustion. 4. Good oil retention and repeated use. 5. Suitable for absorbing lighter oil products and most lighter chemical liquid products.

6. It is suitable for absorbing oil with high viscosity.

Our products are divided into five categories: industrial wool felts, chemical fiber needle felts, high temperature resistant felts, colored felts and felt products. The felt products include: felt covers, felt conveying conveyor felt belts, felt filters, felt polishing wheels, felt oil seals, felt tapes, felt grinding heads, polished wool balls, yarn wheels, oil-absorbing felt strips, furniture pads, felt brushes, whiteboards Pen brushes, piano felts, felt wipes, felt rings of various specifications, felt strips, etc. Widely used in mechanical and electrical machinery, mining and metallurgy, military chemical industry, textile and leather, aviation ships, electronic communications, instrumentation, transportation, precision furniture, piano appliances, marble, stainless steel, non-ferrous metals. Sealed dust, polishing filter, conveyor conveyor felt belt, cushion liner, oil, oil, insulation, heat insulation and other functions. Our factory mainly produces blankets, wool felts, chemical fiber mats mainly used for home appliances * OA * AV recording, video series - anti-vibration (dust), insulation, cleaning computers, cameras - anti-vibration (dust), insulation , electromagnetic waves to prevent fax, telephone - anti-vibration, electromagnetic wave prevention, heat insulation microwave ovens, dryers - electromagnetic wave prevention, thermal insulation air-conditioning - sound, vibration, dew junction prevention, filtration, industrial machinery, various industrial machinery - anti-vibration, Oil-lubricated, abrasion-resistant series of various motors - anti-vibration, oil-lubricated, abrasion-resistant ultra-fine wire processing - copper wire insulation coating dust and gas masks - filtration, dust-proof refrigerator-freezer - insulation, heat insulation, dew Knot to prevent semiconductors, glass, metal ─ Grinding automotive engine parts ─ Heat insulation, sound insulation, heat-resisting oil filter units ─ Filtration, oil-containing other parts transport ─ Heat-resistant, dust-proof, filter, oil-containing sports equipments* Medical equipments* Musical instrument piano , percussion instruments - percussion, dust, other gaskets, electronic musical instruments - anti-vibration, dust-proof, insulation, other gasket sports equipment - pads for preventing sports injuries, other medical equipment - pads for rehabilitation equipment Other stationery ink pad - the oil reservoir, oil reservoir black / white lint - soft and not scratch the black / white, wear and wipe clean.

On the basis of traditional craft formula, our Foshan Calm Industrial felt Co.Ltd. adopts acupuncture technology through technological improvement / oil-absorbing felt produced by combining polypropylene fiber with wool. It has stronger oil absorption, non-absorbent, high oil absorption, fast oil absorption, etc.; pp- 1 It also has extremely strong performance in absorbing benzene chemicals. Widely used in marine oil spill emergency treatment and various oil products, chemical products leakage treatment; very suitable for oil extraction, petrochemical, shipbuilding, & emsp; oil port, dock, machinery and other industrial fields. Features and Uses: The oil-absorbing felt is light in weight, high in oil-absorbing performance, uniform in quality, and not easy to loosen. It can be reused. When there is slick or oil in the water area to be cleaned, it only needs to be directly injected into the water surface to adsorb and recover oil and oil. When there is a major oil spill accident in the water area, the boom can be used in conjunction with the oil boom to prevent the oil spill from spreading, and the oil tar felt can be used to recover the spilled oil. Another applies to all kinds of industrial and mining enterprises, oil terminals, shipbuilding electronics industry, the production of oil pollution removal; such as: oil-water separation filter adsorption, oil filtration and regeneration, rolling mill waste water recycling oil pollution and so on.

Calm Industrial Felt needs to be able to reach social users in a way that complements what the brand is doing if they want to succeed at social commerce. Hard work and performance is rewarded through bonuses and commissions. Job satisfaction is very important for employees and owners, Foshan Calm Industrial Felt Co. Ltd. will create a work environment that is enjoyable and profitable for all. We should take a step back to review how Calm Industrial Felt approach tracking, implementing, and communicating compliance-related changes and attempt to identify areas of improvement in their processes. If Foshan Calm Industrial Felt Co. Ltd. added selling plans, offered more Kevlar Gloves, and increased service regions, it would suit the needs of more users. Media contact Company Name: Foshan Calm Industrial felt Co.Ltd. Address: Qungang Yaoling Village, Guanyao Town, Nanhai Dist., Foshan City, Guangdong, China (Mainland) Contact Person: Toby Ma /York Lai E-mail: [email protected] Website: http://www.pboroller.com

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workofcer · 8 years ago

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Sustainability in Action at NYU Tandon

A look back at NYU Tandon's commitment to a greener society

At the NYU Tandon School of Engineering, a day is not sufficient to pay homage to our home planet. Faculty, students, and alumni are busy all year long creating innovative solutions that promote a more sustainable future. Here are few highlights:

Cleaner Energy, Greener World

Faculty at NYU Tandon are reimagining energy production through clean technology, such as the HIGH Efficiency Shielded Toroidal (HIGHEST) Transformer, developed by Associate Professor Francisco de Leon’s and alum Saeed Jazebi. With the Environmental Protection Agency estimating that inefficient transformers lose approximately 60 to 80 billion kilowatt hours per year, resulting in annual costs to consumers of $4 billion, the transformer’s continuous steel strip wrapped in coils (which does not require oiling) and other design features ensure that it will significantly reduce energy loss, cost, and environmental impact.

In the Chemical and Biomolecular Engineering department, Assistant Professor Ryan Hartman was awarded the National Science Foundation’s (NSF) CAREER Award, worth $501,000 over five years, to research the ability to control the stability and separation of carbon-hydrogen bonds in methane, a process that would have significant impact on green energy and could improve large-scale manufacturing of commodities, chemicals and pharmaceuticals.

Sustainability Central to Tandon Faculty, Students, and Campus

With sustainable garment production on the minds of many within the fashion industry, the H&M Foundation recently awarded five innovative research projects with the 2017 Global Change Award, including Assistant Professor of Chemical and Biomolecular Engineering Miguel Modestino’s venture into a sustainable, environmentally-friendly process for creating nylon without the use of carbon-emitting oil. The €250,000 ($267,000) award will fund Modestino and his research team, including NYU Tandon doctoral students Adlai Katzenberg and Daniela Blanco, as they experiment with solar energy, water, and carbon dioxide to create a nylon fabric that binds greenhouse gases to itself, thereby reducing carbon emissions into the environment. The H&M Foundation selected Modestino’s solar textiles project out of 3,000 applications from 130 countries.

At the Fall 2016 Prototyping Fund Showcase, student teams shared their innovative designs, including three projects in sustainable technology. The Food Computer, designed by graduate students Jonas Günther, Omar Gowayed, and Selim Senocak, is a computer-controlled and self-enclosed environment that provides access to produce in urban spaces. Undergraduates Dakota Marin and Roshaun Morris’s Filament Maker transforms recycled plastic into 3D printer filament. The NYU FREEdge, developed out of an NYU Design for America project, minimizes food waste on Tandon’s campus, offering students access to free food in the smart community refrigerator.

The transformation of the 370 Jay Street building into NYU Tandon’s new hub for engineering, science, technology and digital arts is currently underway and will feature a variety of clean energy and sustainable designs, such as the high-efficiency/low-waste Microturbine which will generate electricity and recapture emitted heat to supplement the HVAC system, as well as the over 1,000 high efficiency windows with solar shading to reduce air conditioner usage, an energy efficient lighting system, as well as a green roof.

Clean Tech Initiatives and Smart Cities

NSF CAREER Awards were also granted to Assistant Professors Joseph Y.J. Chow and Constantine Kontokosta of Civil and Urban Engineering for their research into data-driven approaches to urban transportation systems and energy dynamics.

2016 was a banner year for the Accelerator for a Clean and Renewable Economy (ACRE), New York City’s first cleantech incubator program at the Urban Future Lab (UFL) at NYU Tandon, which supports early-stage business ventures in green energy and technology startup. The Northeast Clean Energy Council (NECEC) awarded ACRE with the prestigious Startup Supporter of the Year Award in October 2016, recognizing ACRE and UFL as NYC’s hub for smart cities, clean energy, and smart grid technology. In September, the UFL Competition admitted two cleantech startups, Fentrend and TagUp, to its ACRE incubator, awarding each company $25,000 and mentorship with industry partners and sponsors. In December, ACRE received a $100,000 grant from Wells Fargo to support startups aiming to create a greener, smarter, and more connected world.

Smart Cities Tech, one of the projects of NYU Tandon’s new Vertically Integrated Projects (VIP) program, which promotes long-term, multidisciplinary student research, focuses on how technology can build smarter, cleaner transportation within cities. The project seeks to solve urgent issues of urban living, such as public transportation, air pollution, water quality, and energy consumption.

Celebrate a Car-Free Earth Day with NYU Tandon

Sustainable Solutions, comprised of NYU Tandon students, collaborated with Car Free Day NYC, NYC Weekend Walks, and the Montague Street Business Improvement District (BID) to create a community-wide Earth Day event in Brooklyn Heights this Saturday, April 22, 2017. Tandon senior Kevin Barrow organized the event alongside Tandon students and faculty, including Professor Richard Wener of the Department of Technology, Culture and Society, government officials, and members of the Brooklyn community to bring together residents for a car-free day filled with entertainment, music, and activities along Montague Street. “We want to show Brooklyn and New York City that pedestrian-friendly design makes for a much better living space than an auto-centric design,” Barrow said, adding that Sustainable Solutions hopes the event’s success inspires more car-free days in cities. To learn more about this Saturday's activities, visit Montague Street BID.

Originally published at: http://engineering.nyu.edu/news/2017/04/20/sustainability-action-nyu-tandon

#NYUTandoncr

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calmfeltbelt-blog · 7 years ago

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Kevlar Gloves Main features of oil-absorbed wool felt - Chemicals - Luan News

Main features of oil-absorbed wool felt - Chemicals - Luan News Source Network Published: 2018-4-20 14:58 This page information is commercial advertisement

6. It is suitable for absorbing oil with high viscosity.

is emerging as one of the most popular Kevlar Gloves, moving beyond its Kevlar Gloves benefits, with conclusive scientific evidence suggesting the positive role play in Kevlar Gloves. Foshan Calm Industrial Felt Co. Ltd. will become the destination store for customers, offering the convenience of multiple brands and channels, and providing a personal high touch shopping experience that helps create lifelong customer relationships. In terms of Kevlar Gloves, why is it different than other production? How does it fit a true need or desire for your requires? Is it simple to use? Make life easier? We studied how market-leading companies are harnessing data to reshapeFoshan Calm Industrial Felt Co. Ltd., and explored how they can put data to work for us in ways that create value for our own businesses. Media contact Company Name: Foshan Calm Industrial felt Co.Ltd. Address: Qungang Yaoling Village, Guanyao Town, Nanhai Dist., Foshan City, Guangdong, China (Mainland) Contact Person: Toby Ma /York Lai E-mail: [email protected] Website: http://www.pboroller.com

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calmfeltbelt-blog · 7 years ago

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Kevlar Gloves Main features of oil-absorbed wool felt - Chemicals - Luan News

Main features of oil-absorbed wool felt - Chemicals - Luan News Source Network Published: 2018-4-20 14:58 This page information is commercial advertisement

6. It is suitable for absorbing oil with high viscosity.

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