#glass-lined-heat-exchanger-manufacturer

[tsasocial]

Brückner & Texfina – Two strong partners innovating for decades

Texfina in Peru (founded in 1947) and Brückner in Germany (founded in 1949) can both look back on impressive success stories spanning more than seven decades. The two family-run companies are pioneers with innovative power.

In difficult times, Texfina has put the 3rd Brückner line into operation!

Texfina began with hand-knitted sweaters made by the great-grandmother of the current managing directors, which were exchanged for food at the market. Subsequent generations turned Texfina into one of the world's leading manufacturers of knitwear.

Excellent specialists and advanced machinery as well as several patents are the basis of the company's success: Texfina supplies customers worldwide with tailor-made textiles that can be made hydrophobic, antibacterial, dirt-repellent or with UV protection. With the help of efficient management systems and IT, Texfina strives for ecological sustainability and promotes employee commitment through a progressive organizational culture.

Brückner is the technological market leader and system supplier for the dry finishing of textiles, technical textiles and nonwovens. Operating worldwide and owner-managed, with 75 years of tradition and experience, Brückner not only develops, produces, and sells systems for coating and finishing apparel textiles, technical textiles, glass fiber, nonwovens and floor coverings, but has also been developing systems for heat-recovery and exhaust air purification for many years. The focus is always on the highest possible productivity with the lowest possible energy consumption.

Texfina recently put the 3rd Brückner stenter with vertical chain into operation. The new machine from the Peruvian company, which is certified to OEKO TEX Standard 100, has 11 compartments and an air/air heat-recovery system.

A very homogeneous air flow, perfect temperature distribution and very low specific energy consumption are standard features of all Brückner machines. Precisely reproducible finishing results thanks to complete automation and recipe management in the system, which Texfina uses almost exclusively for heat-setting sports and performance wear, complete the picture. Chains, chain rails and pin bar carriers are extremely robust and low-maintenance, helping to make this machine a particularly sustainable investment. A pre-wash compartment before the fabric enters the stenter ensures better fabric quality and reduced emissions.

Raul Saba (President Texfina) is extremely satisfied with the cooperation: "The team of Brückner technologists did an excellent job, recognized our needs and configured the machine optimally. It is an enrichment for our production and a guarantee for the quality of our products."

Regina Brückner (CEO Brückner): "We are delighted about the trustful cooperation with this successful customer. The cooperation with Texfina promises sustainable success and forward-looking results for both sides."

[kirloskarcorrocoat]

Kirloskar Corrocoat : Revolutionizing Industrial Coatings with Precision and Innovation

In the heart of Kirloskarvadi, Kirloskar Corrocoat Private Limited stands as a beacon of innovation and quality in the manufacturing of advanced coating solutions. With a commitment to enhancing the durability and efficiency of industrial components, our company has carved a niche in the production of specialized coatings. Our offerings, meticulously designed to improve pump efficiency and protect against corrosion, are a testament to our dedication to excellence and customer satisfaction.

Pump Efficiency Improvement Coating: Enhancing Performance

Understanding the critical role of pumps in various industrial applications, we have developed a unique Pump Efficiency Improvement Coating. This cutting-edge solution is engineered to optimize the performance of pumps, ensuring they operate at peak efficiency. By reducing friction and wear, our coating significantly extends the lifespan of pumps, leading to substantial cost savings and improved operational reliability for our clients.

Impeller and Water Box Coating: Precision Protection

Our Impeller Coating is another hallmark of our innovation. Designed to shield the impeller from erosive and corrosive damage, this coating ensures consistent performance and longevity. Similarly, our Water Box Coating is specifically formulated to protect water boxes from the detrimental effects of corrosion, thereby maintaining the integrity and efficiency of cooling systems.

Corrosion Resistance Coating: Defying Degradation

At Kirloskar Corrocoat Private Limited, we understand the pervasive threat of corrosion to industrial assets. Our Corrosion Resistance Coating is meticulously developed to provide superior protection against various forms of corrosion, thereby safeguarding equipment and ensuring uninterrupted operation. This robust coating is ideal for a wide range of applications, including pipelines, storage tanks, and structural components.

Tank Internal and Tube Sheet Coating: Securing Storage and Heat Exchange Systems

Recognizing the challenges associated with the maintenance of tanks and heat exchangers, our Tank Internal Coating and Tube Sheet Coating solutions are designed to prevent corrosion and erosion. These coatings ensure that storage tanks and tube sheets remain protected against aggressive chemicals and high-temperature environments, thus preserving the quality and safety of stored substances and efficient heat transfer processes.

Epoxy Glass Flake Coating: Unmatched Durability

Our Epoxy Glass Flake Coating is at the forefront of our product line, offering exceptional durability and resistance to chemical and mechanical damage. Formulated with glass flake fillers, this coating provides a robust barrier against harsh industrial environments, making it suitable for a wide array of applications, from chemical processing equipment to marine structures.

Stove Dome Internal Coating: Withstanding High Temperatures

For applications that demand resistance to extreme temperatures, our Stove Dome Internal Coating is the solution of choice. This specialized coating is engineered to withstand the harsh conditions within stove domes, ensuring their structural integrity and operational efficiency are maintained even under the most demanding circumstances.

Our Modern Production Facility and Customer-Centric Services

At Kirloskar Corrocoat Private Limited, our state-of-the-art production facility in Kirloskarvadi is the cornerstone of our manufacturing excellence. Equipped with the latest technology, we produce a vast variety of glass flake-filled coating formulations based on epoxy, Iso-phthalic polyester, polyester, and vinyl ester. Our commitment to quality is matched by our dedication to customer service. We are fully equipped to execute both coating supply and application work with our in-house technology and facilities. Moreover, we offer the unique advantage of executing these services at our customers' locations, providing significant relief in terms of logistics.

In an era where durability and efficiency are paramount, Kirloskar Corrocoat Private Limited stands out as a partner of choice for industries seeking to enhance the lifespan and performance of their assets. Our comprehensive range of coatings, tailored to meet the specific needs of our clients, is a testament to our innovative spirit and unwavering commitment to excellence. Whether it's improving pump efficiency, protecting against corrosion, or ensuring the durability of industrial components, our solutions are designed to deliver unparalleled performance and value.

[heatexchangercompanie]

5 Reasons Glass Lined Heat Exchangers Are Your Ultimate Solution for Industrial Heating

In the dynamic landscape of industrial heating solutions, Glass Lined Shell and Tube Heat Exchangers stand out as a superior choice, offering unparalleled efficiency, durability, and versatility. As industries evolve, the demand for advanced heat exchange systems grows, and the glass-lined technology proves to be the ultimate solution. Let's delve into the five compelling reasons why Glass Lined Heat Exchangers should be your top choice for industrial heating needs.

1.Corrosion Resistance and Durability: One of the primary advantages of glass-lined heat exchangers is their exceptional corrosion resistance. The glass lining acts as a protective barrier against corrosive materials and harsh process fluids, ensuring a longer lifespan for the equipment. This corrosion-resistant feature makes Glass Lined Shell Heat Exchangers particularly well-suited for industries dealing with aggressive chemicals or corrosive substances. The durable construction of these heat exchangers translates to reduced maintenance costs and increased operational reliability.

2.High Thermal Efficiency: Glass Lined Heat Exchangers are engineered to provide optimal thermal efficiency, ensuring the effective transfer of heat between different process fluids. The shell-and-tube design enhances the heat transfer surface area, maximizing the efficiency of the heat exchange process. This design is especially beneficial in applications where precise temperature control is crucial. Industries requiring accurate and efficient heat transfer, such as petrochemical, pharmaceutical, and chemical processing, can significantly benefit from the superior thermal performance of glass-lined technology.

3.Versatility for Varied Applications: Glass Lined Heat Exchangers offer versatility that caters to a wide range of industrial applications. Whether in the food and beverage industry, pharmaceuticals, chemicals, or petrochemicals, these heat exchangers provide a reliable solution for diverse heating requirements. The robust design and resistance to corrosion make them suitable for processing a variety of fluids, ensuring adaptability to the specific needs of different industries. This versatility makes Glass Lined Shell and Tube Heat Exchangers a valuable asset for industries with changing operational demands.

4.Ease of Cleaning and Maintenance: Maintaining the efficiency of industrial equipment is paramount, and glass-lined heat exchangers excel in terms of ease of cleaning and maintenance. The smooth, non-porous surface of the glass lining prevents the accumulation of deposits and fouling, simplifying the cleaning process. This ease of maintenance not only extends the equipment's lifespan but also minimizes downtime, contributing to increased overall operational efficiency.

5.Compliance with Stringent Standards: Glass Lined Heat Exchangers adhere to stringent quality and safety standards, making them a reliable choice for industries with strict regulatory requirements. Whether it's meeting pharmaceutical cGMP (current Good Manufacturing Practice) standards or complying with food safety regulations, these heat exchangers offer peace of mind to industries where product integrity and safety are of utmost importance.

In conclusion, Glass Lined Heat Exchangers, with their corrosion resistance, high thermal efficiency, versatility, ease of maintenance, and compliance with industry standards, emerge as the ultimate solution for industrial heating needs. Investing in these advanced heat exchange systems not only ensures optimal performance but also contributes to the long-term success and sustainability of industrial processes. Explore the benefits of Glass Lined Shell and Heat Exchangers for your specific application and elevate your industrial heating capabilities.

Visit for more : https://www.repicea.com

[sociomi]

Guide to choosing windows and doors for your new house or renovation.

In many areas all through Australia cooling is a best consideration for most homes. No matter what the kind of glass you pick warming and cooling will be expected in the pinnacle of winter and summer.

The fundamental contrast with energy proficient glass is the time allotment you will run your cooling. It works really hard of preventing heat from entering or leaving the home however it's not fundamental.

Staying away from superior execution glass Truth be referred to items, for example, double-frosted units and energy effective glass can be kept away from.

While planning your home, concealing can assume an immense part in lessening your glass necessities. Clear glass has little protection from direct openness to the sun accordingly conceal is vital.

Situating windows and entryways in the right area will keep away from outrageous intensity, which is the most serious issue for Australian homes.

Snow capped locales are the principal exemption while fighting outrageous circumstances.

Why overlay glass? Other than the look and warm execution of glass, safety and security is significant. Laminated glass offers both and is accessible in most energy productive varieties.

The laminated interlayer additionally disposes of the vast majority of bright radiation.

Picking a window and entryway company The nature of wood, grade of aluminum and standard of fittings are factors while settling on a provider of your windows and entryways.

Utilizing attempted and tried manufacturers is something reasonable to do. Many organizations source their materials from organizations. Check out vacuum glazing condensation.

Locks, wheels, glazing items and even screws all add to the unwavering quality of the completed item.

Attempt to stay with the organizations that have a blocks and mortar display area where you can contact and feel the completed item firsthand.

Bigger organizations may not be the financial plan fellow with one truck working from his terrace, yet you can nearly ensure they will be there in 10 years. Going modest on windows and entryways might mean you'll be paying for it some other time when things begin to turn out badly.

Life span in the exchange demonstrates they are ever figuring things out.

Keep in mind, anybody can have a garish site so ensure you truly do some examination. Pick a company that has the sudden spikes in demand for the board.

Outline Picking casings will be intensely impacted by the plan and appearance. Upkeep could influence your choice on outlining materials and glass determination will rely heavily on how significant warm properties are to your home.

Our proposals Materials The present semi commercial aluminum outlines are difficult to beat. Using either bifold or stacker entryway frameworks, they are current and will suit open arrangement living.

Picking a window framework can be somewhat more troublesome. One analysis of double hung windows is the twisting adjusts separate over the long run. Shade or sliding windows would most likely be our decision because of their low support highlights.

Finish Along these lines, on the off chance that we are going aluminum, finish comes down to powder covered or anodised. Clear anodised is by a wide margin the most well known anodised got done, which has a silver appearance. This has a more commercial or modern look. On the off chance that you want a particular tone or even a straightforward dark or white it should be powder covered.

Glass Most glass in homes should be Grade A Safety glass, 6.38mm Laminated is the favored safety glass. A few windows don't need safety glass, yet we would suggest going as far as possible. It's protected, secure and more grounded than flimsy float glass.

With regards to energy proficient glass, investigate the utilization of say 6.38mm Dark Laminated. It's less expensive and has fair warm control properties. To coat a whole home, this item could save great many dollars. Join this with some great shade options and you have a sound answer for your home.

[repicea]

Glass-lined Lined Heat Exchangers: The Ideal Solution for Temperature Control in Pharmaceuticals

In the world of pharmaceuticals, precision and control are paramount. Maintaining the right temperature during various stages of pharmaceutical production is crucial for ensuring product quality, consistency, and safety. This is where glass-lined heat exchangers step in as the ideal solution. In this article, we'll explore the benefits and applications of glass-lined heat exchangers, emphasizing their importance in pharmaceutical processes.

Understanding Glass-Lined Heat Exchangers

A glass lined heat exchanger is a specialized piece of equipment designed to transfer heat between two fluids while preventing any contamination. Its construction features a glass-lined shell with a series of tubes, making it highly resistant to corrosion and chemical reactions. This unique design ensures that the product and equipment remain free from contamination, a critical requirement in pharmaceutical manufacturing.

Why Glass-Lined Heat Exchangers Are Ideal for Pharmaceuticals

Chemical Resistance: Pharmaceuticals often involve the use of aggressive chemicals and solvents. Glass lined heat exchangers are highly resistant to corrosion from these substances, making them a safe choice for heat transfer in pharmaceutical processes.

Temperature Control: Precise temperature control is essential in pharmaceutical manufacturing to ensure product consistency and quality. Glass lined heat exchangers provide excellent thermal performance and can handle a wide range of temperatures, from cryogenic to high-temperature applications.

Hygienic Design: Maintaining product purity is crucial in pharmaceuticals. Glass lined heat exchangers are easy to clean and sterilize, minimizing the risk of product contamination and ensuring compliance with strict regulatory standards.

Longevity: Glass lined heat exchangers have a long service life, reducing maintenance costs and downtime in pharmaceutical production facilities.

Applications in Pharmaceuticals

Glass lined heat exchangers find applications in various pharmaceutical processes, including:

Pharmaceutical Reaction Vessels: They are used to control the temperature of reactions, ensuring the desired outcome and minimizing impurities.

Fermentation: Glass heat exchangers play a crucial role in temperature control during the fermentation process, which is vital for the production of biopharmaceuticals and antibiotics.

Pharmaceutical Drying: They assist in the drying of pharmaceutical products, such as powders and granules, by controlling the temperature of hot air or gases used in the process.

API Production: Active Pharmaceutical ingredient (API) synthesis often involves high-temperature reactions. Glass lined heat exchangers enable precise control of these processes.

In conclusion, glass heat exchangers is the ideal choice for temperature control in pharmaceutical manufacturing. Their chemical resistance, hygienic design, and precise temperature control capabilities make them a trusted and indispensable tool in the pharmaceutical industry.

When it comes to ensuring product quality, safety, and regulatory compliance, glass lined heat exchangers are the go-to solution for pharmaceutical professionals. If you're involved in pharmaceutical manufacturing, investing in a glass lined heat exchanger is a step toward elevating your production processes to the highest standards of quality and efficiency.

[wuxirepicea]

Exploring the Advantages of Glass-Lined Shells and Tube Heat Exchangers 

When it comes to efficient heat transfer in industrial processes, Shell and Tube Heat Exchangers have long been a trusted choice. These robust devices are essential for applications across various industries, ensuring the exchange of heat between two fluids while keeping them separate. However, a newer and more innovative variant, the Glass Lined Shell and Tube Heat Exchanger, has gained prominence due to its unique advantages.

Understanding Glass Lined Heat Exchangers

Glass Lined Shell and Tube Heat Exchangers, as the name suggests, feature a glass lining on the inner surfaces of the tubes and shell. This lining is typically made of high-quality borosilicate glass, which is known for its exceptional resistance to corrosion and thermal shock. This ingenious combination of a traditional heat exchanger design with a glass lining offers several significant advantages.

 Superior Corrosion Resistance

One of the standout features of Glass Lined Heat Exchangers is their exceptional resistance to corrosion. The glass lining acts as a barrier between the corrosive fluids and the metal components of the heat exchanger. This makes them an ideal choice for processes involving aggressive or corrosive substances, such as chemical manufacturing and petrochemical refining.

 High Thermal Efficiency

Shell and Tube Heat Exchangers, in general, are known for their high thermal efficiency, and the glass lining in these variants further enhances this trait. Glass provides excellent thermal conductivity, ensuring efficient heat transfer between the two fluids. This results in improved energy efficiency and cost savings for industrial processes.

 Transparency for Inspection

The transparent nature of the glass lining allows for easy visual inspection of the heat exchanger's interior. Operators can quickly detect any potential issues, such as fouling or cracks, without the need for disassembly. This feature helps in preventive maintenance and prolongs the lifespan of the equipment.

 Hygienic Applications

Glass Lined Shell and Tube Heat Exchangers are an excellent choice for industries with strict hygiene standards, such as the pharmaceutical and food industries. The glass lining is non-reactive and easy to clean, ensuring that the transferred fluids remain uncontaminated.

 Versatile Applications

These heat exchangers find applications in various industries, including chemical processing, pharmaceuticals, food and beverage, and power generation. Their adaptability to diverse environments and substances makes them a versatile choice for many processes.

In conclusion, Glass Lined Shell and Tube Heat Exchangers offer a unique combination of durability, efficiency, and versatility. Their ability to resist corrosion, maintain high thermal efficiency, and provide transparency for inspection makes them a valuable asset in numerous industrial applications.

Whether you are dealing with corrosive chemicals or require a hygienic heat exchange solution, glass lined heat exchangers prove to be a reliable and efficient choice. Embrace the advantages of this innovative technology to enhance your industrial processes.

[sinoseo]

What are some common applications for ceramic fiber insulation boards?

Ceramic fiber insulation boards are versatile materials that find numerous applications in industries where high-temperature insulation is required.

Some common applications of ceramic fiber insulation boards include:

Furnace linings: Ceramic fiber insulation boards are widely used to line the walls, roofs, and doors of furnaces. They provide excellent thermal insulation, reducing heat loss and improving energy efficiency in the heating process.

Kilns and ovens: Ceramic fiber insulation boards are utilized in kilns and ovens to maintain high temperatures and minimize heat loss. They help create a controlled and efficient heating environment for processes such as ceramic firing, glass melting, heat treatment, and industrial baking.

Boiler insulation: Ceramic fiber insulation boards are used to insulate the walls, floors, and doors of boilers. They help prevent heat loss, improve energy efficiency, and maintain stable temperatures within the boiler system.

Heat exchangers: Ceramic fiber insulation boards are employed in heat exchangers to reduce heat transfer between hot and cold fluids. They help improve heat exchange efficiency and prevent heat loss from the system.

Power plants: Ceramic fiber insulation boards are utilized in various areas of power plants, including boiler insulation, turbine insulation, and exhaust systems. They aid in maintaining high temperatures, reducing energy consumption, and enhancing overall thermal efficiency.

Petrochemical industry: Ceramic fiber insulation boards are used in the petrochemical industry for insulation applications involving high-temperature equipment such as reactors, furnaces, and pipelines. They provide thermal protection, help maintain process temperatures, and prevent heat loss.

Automotive industry: Ceramic fiber insulation boards find applications in the automotive industry for thermal insulation in exhaust systems, catalytic converters, and engine compartments. They aid in reducing heat transfer to surrounding components and improve overall performance.

Aerospace industry: Ceramic fiber insulation boards are utilized in aerospace applications, such as insulating rocket engine nozzles, exhaust systems, and thermal protection for spacecraft reentry. They provide high-temperature resistance and thermal insulation in extreme environments.

Foundries: Ceramic fiber insulation boards are used in foundries to line the walls and roofs of furnaces and crucibles. They help maintain high temperatures required for metal casting processes while reducing heat loss and improving energy efficiency.

It's worth noting that specific applications may require different grades or types of ceramic fiber insulation boards, depending on factors such as temperature range, chemical resistance, and mechanical strength. Consulting with insulation specialists or manufacturers can help determine the most suitable ceramic fiber insulation board for a specific application.

How can I find insulation specialists or manufacturers who can help me choose the right ceramic fiber insulation board for my specific application?

To find insulation specialists or manufacturers who can assist you in choosing the right ceramic fiber insulation board for your specific application, you can follow these steps:

Online search: Conduct an online search using relevant keywords such as "ceramic fiber insulation board manufacturers" or "insulation specialists." This will provide you with a list of companies that specialize in insulation products and services. Review their websites to gather information about their products, expertise, and contact details.

Industry directories: Refer to industry directories and listings that feature insulation specialists or manufacturers. These directories may be available online or in printed form. ceramic fiber insulation board Look for specific categories related to insulation or thermal management to find relevant companies.

Trade associations: Check with trade associations or industry organizations related to insulation or specific industries where ceramic fiber insulation boards are commonly used. They often maintain directories or member lists that can help you connect with reputable manufacturers or specialists in the field.

Referrals and recommendations: Seek recommendations from professionals or colleagues working in similar industries or applications. They may have experience working with insulation specialists or manufacturers and can provide valuable insights or referrals.

Trade shows and exhibitions: Attend trade shows, exhibitions, or conferences related to insulation, thermal management, or specific industries where ceramic fiber insulation boards are used. These events provide opportunities to meet manufacturers, discuss your requirements, and explore product offerings.

Consultation and inquiries: Once you have compiled a list of potential insulation specialists or manufacturers, reach out to them for consultation. Contact them via phone, email, or through inquiry forms on their websites. Describe your specific application requirements, including temperature range, dimensions, chemical environment, and any other relevant details. Request product information, technical data, and recommendations tailored to your needs.

Evaluate proposals and expertise: Evaluate the proposals, product information, and technical expertise provided by different manufacturers or specialists. Consider factors such as their experience, reputation, product quality, customer support, and pricing. Ask for references or case studies to gauge their track record in similar applications.

Request samples or trials: If feasible, request samples or trial products from shortlisted manufacturers to evaluate their performance in your specific application. This can help you assess the suitability and effectiveness of the ceramic fiber insulation boards before making a final decision.

By following these steps and engaging in thorough research and communication, you can find insulation specialists or manufacturers who can provide expert guidance and assist you in choosing the right ceramic fiber insulation board for your specific application.

[sa179tubes]

Graphite block heat exchanger

Graphite block heat exchangers are suitable for the heating, cooling, evaporation, condensation, and absorption of highly corrosive liquid chemicals. It is one of the most versatile types of impervious graphite heat exchangers. The process and service channels are formed by drilling rows of holes horizontally and vertically through graphite blocks. Heat is transferred by conduction through the impervious graphite left between the rows of holes that separate the media. Graphite block heat exchangers consist of a stack of blocks enclosed in a steel shell.

Why Use Graphite in Heat Exchangers?

Due to its thermal and physical properties, graphite is an excellent heat transfer medium. These are some of its advantages:

Exceptional thermal conductivity

Easily machined

Capable of withstanding system stresses

Superior corrosion resistance

Low coefficient of thermal expansion (CTE)

High operational safety

Long service life

Benefits Of Graphite Block Heat Exchanger

High corrosion resistance of Graphilor® 3

Compactness

Robustness

Modular design

Easy maintenance

Long lifetime

Service and maintenance in the US with two strategically located facilities

Manufacturing plant in the US

Materials

Impervious graphite: GAB GPX1, GPX1T or GPX2

Shell, Pressure plates and flanges: carbon steel or stainless steel

Tie rods, nuts, bolts, washers, springs: stainless steel

PTFE gaskets between the blocks

Design

Totally modular design: number of blocks, size of blocks and number of passes can be adjusted

Different drilling diameters on process and service sides

Maximum block diameter: 900 mm

Graphite nozzles on product side

Thermal expansion compensation ensured by tie rods and helical springs

Key Features

Design pressure: -1 barg (full vacuum) to +10 barg (145 psig)

Design temperature: -60 to +200°C (-76 to 392°F)

Heat transfer area: up to 163 m2 (1755 ft2)

Design:  according to European PED, ASME code, Chinese Pressure Vessel code and other national pressure vessel codes on request

Key Benefits

Outstanding corrosion resistance on one side or on both sides

Good heat transfer performance thanks to adjustable cross sections on both sides

Large transfer areas and comparatively low pressure drop on the product side

Easy disassembly and ability to mechanically clean each block

Impregnation before machining ensures resin free surfaces

Single or double-row drillings on product side

High operational safety

Sturdy and modular design

Short lead time

Long lifetime

Optional features

Removable headers for easy mechanical cleaning

Rubber lined, glass lined or PTFE lined shell for corrosive fluids on shell side

Protection against abrasion

Sight glass

Main applications

Cooling, condensation, heating, evaporation and absorption of ultra-corrosive chemicals

Heat transfer between two ultra-corrosive chemicals

Best suited for single purpose units

Types of Graphite Heat Exchangers for Corrosive Environments

Graphite heat exchangers are available in many designs and configurations to suit different heat transfer processes. These include:

Shell and Tube Graphite Heat Exchangers

Imperative shell and tube heat exchangers are engineered for superior reliability and longevity. When compared to other graphite heat exchangers, they offer exceptional performance and a low initial cost, resulting in an excellent lifetime return on investment. The large cross-sectional area makes them ideal for low pressure and fouling applications.

Multi-Blox Graphite Heat Exchangers

Our Multi-BloxTM heat exchanger features some of the longest graphite composite blocks in the industry. The design reduces the need for gaskets, eliminates leak paths, and minimises point loading. With a maximum operating pressure of 150 PSIG, they are designed for non-stop service.

Cubic Block Graphite Heat Exchangers

The most efficient cubic block heat exchangers on the market with the highest heat transfer capabilities in the smallest area are available from us. They are easy to clean and maintain, and they are exceptionally durable. They are therefore ideal for interchange service and high-fouling applications.

To find out more about this article, please click here : https://sa179tubes.com/graphite-block-heat-exchanger/ 

#sa179 #satubes #steelpipe #steeltubes #SA179Tubes #SA179TUBES

[nobleglassware]

Best PTFE Lined Ball Valves manufacturer | Nobleglassworks

Nobel Glass Works is the Best PTFE Lined Ball Valves manufacturer in India. We introduce ourselves as a reputed manufacturer of Industrial Glass equipment like borosilicate glass tube, PTFE , FEP, PFA products, sight glass, heat exchanger, flask, valves, solar tube, well glass & pipe line components etc.

If you are looking for the PTFE Lined Ball Valves manufacturer in India, Nobel Glass Works is a trusted name in the market.

[hanqieva]

Shandong Hanqi Industrial Co.,Ltd. is a rising comprehensive industrial company, which integrates in design, development, manufacturing, installation, sales and after-sales services. With it's own factories, research institute and the strategic cooperation with main adventage manufactories in China, Shandong Hanqi has served and developed solutions for global customers for more than a decade.

Shandong Hanqi Industrial Co.,Ltd.  locates in famous industrial town Shandong province of east China, manufacture and export types of industrial equipment :

Industrial fans: Centrifugal Blower Fan, axial fan, tunnel fan, mining fan,high pressure fans, anti corrosion blowers etc.

Chemical equipment: glass lined reactors,stainless steel reaction vessel, storage tanks,mixer tanks and heat exchanger etc.

[oilandgascourses]

Understand the INSULATION Before You Decide Using it For Your Project

Are you interested in working for or already working in the thermal insulation field of an oil refinery or industrial processing plant? If so, you’ve come to the right place to learn more about thermal insulation. Here, we answer some of the most frequently asked questions about insulation and its use.

What is Insulation?

Essentially, it is any material or system used to resist or restrict the transfer of thermal energy or sound. Insulation material can reduce the flow of heat energy by reflection, absorption, or both.

A common misconception is that insulation keeps the cold out, when in fact the function of insulation is to reduce the transfer of heat, which means it keeps heat in. Heat energy will transfer to nearby objects of lower temperatures.

What is so special about insulation’s ability to prevent the loss of heat?

Thermal insulation material contains voids or hollow spaces that help resist heat transfer. Heat flows naturally from warmer areas to cooler ones. Insulation works by slowing that movement of heat from a hot space to a cooler space or vice versa.

What are the Different Categories of Insulation?

Insulating materials are divided into the following 4 categories:

Fibrous

Granular

Cellular

Reflective

The materials in each category have both pros and cons. It is your responsibility to understand them before you select a material for use in your project.

For example, insulation materials made of fiber are not suitable for resisting cold temperatures, but cellular materials have limitations for use at temperatures above ambient.

The insulation materials’ temperature ranges and their properties can be found in the product datasheet you receive from the insulation manufacturer.

How to Choose the Best Insulating Material?

Before choosing an insulating material for your project, be sure to answer the following commonly asked questions:

What item requires insulation?

              - Temperature limit

              - Size or area

              - Type of substrate to be insulated (i.e., metallic or non-metallic)

What is the geographical location/environmental condition?

What is the purpose of the insulation?

              - Heat or cold conservation

              - Sound prevention

              - Personal protection

Decide the Right Insulating Material

Based on the answers to the above questions, you must decide the type of insulating material, thickness, and whether the installed insulation requires further protection from its surrounding environment.

Next, contact the insulation manufacturer to identify the insulation materials to best suit your requirements and/or review the material’s product datasheet to check which materials meet your requirement.

Finally, you must decide whether to use the accessories materials (i.e., fixing or fastening materials) to help keep the insulation in place around the insulating item. You must also ensure that all the fixing materials you use are compatible with the insulation, jacketing, substrate, and other fixing materials.

Write a Specification for the Insulation Work

Before commencing the insulation work, you must write a specification that details the material(s), their properties, and how the work will be carried for your project.

Next, find a contractor with a proven track record to carry out the insulation work for your project following the instructions and guidelines set forth in the specification and/or recommended by the insulation manufacturer.

What are the Different Types of Insulation Material?

There are several types of thermal insulation materials to choose from, including:

Mineral wool

A fibrous insulation material made of rock or stone, used to resist high temperatures, also protect the environment from excessive noise.

Calcium silicate

A granular insulation material. This white-colored insulation, used to resist high temperatures.

Cellular or foam glass

Cellular glass and foam glass are the two different names of the same material. Made of recycled glass and is cellular or closed-cell insulation. The foam glass insulation is primarily used to resist cold temperatures; however, it can also be used for hot services up to 400˚C temperatures.

PIR

A cellular type of insulation, also known as polyisocyanurate insulation, is commonly used for cold surfaces because it has temperature limitations when used for hot ones.

Ceramic fiber

This fibrous insulation material is also known as high-temperature insulation wool (HTIW) and is often used for lining furnaces.

The 4 common properties of an insulation material

Thermal conductivity

Thermal Resistance

Density

Combustibility

Thermal conductivity, also known as the K value of the insulating material decides if a material is a good insulator or not. The lower the K value the better the insulation material is. The thermal resistance or R-value state how well an insulating material can resist the heat, R-value is opposite to the K-value, i.e. good insulation must have a higher R-value.

The density is mass per unit volume of a material. Combustibility means if a material will catch fire or not, non-combustible type material is a must in an area prone to fire.

Where will the Insulation be Used?

Insulation is used everywhere whether it is a home, office, appliances you use, or oil refinery or industrial process plant. some of the areas where you would find insulation are listed below:

INDUSTRIAL

Piping: When looking around a refinery or industrial processing plant, you will find yourself surrounded by insulated items. One such insulated item is piping. Approx. 75% (or more) of the piping used is insulated for a variety of reasons like hot or cold conservation, process control, personal protection, etc. A medium-sized oil refinery contains 475 miles of insulated piping.

Equipment: Equipment such as heat exchangers, boilers, columns, pressure vessels, storage tanks, pumps, and compressors, are all insulated for heat conservation, cold conservation, acoustic attenuation, or any other oil refinery or industrial processing plant purpose.

For your information, a medium-sized oil refinery contains 1.8 million square feet of insulated equipment.

DOMESTIC

Wall insulation: Walls are a major source of energy loss in homes, it is a must to reduce heat loss through the cavity wall by filling the air gap with material that interferes with heat transfer, trapping air in the cavity, thereby preventing heat loss and reducing heating costs.

Basement Insulation: The basement is another area of a home where there is a need for insulation installation. Basement walls are insulated with non-water sensitive insulation that prevents interior air from contacting cold basement surfaces.

Crawl space insulation: This space is often forgotten because not everyone uses their crawl space regularly; however, it can help prevent heat from leaking into or escaping from your home. The best insulation material for crawl spaces is a rigid foam insulation board.

Domestic appliances; Air-conditioning, refrigerator, water cooler, and the like are all insulated to prevent the movement of heat into or out of them.

[starlightments]

                                   PREVIEW: part one

written by: starlightment

Keith’s monotonous, hyper-privileged, suffocating little life gets completely flipped upside-down when he starts falling for a handsome local boy working at the same resort where Keith is vacationing for the summer.     

Language: English  |  Chapters: TBD  |  Art Credit: here  

FANDOM: Voltron: Legendary Defender

RATING: Mature

PAIRING(S): Keith/Lance

                                              .    .    .    .    .    .    .

    “It’s torture for you, isn’t it?”

    Keith predictably bristles when Acxa appears out of nowhere, sidling up to him at the bar, purring smugly into his ear. The curl of her smirk is wicked in response, clearly amused by his irritation just as much as she’s knowingly being the cause of it.

    His gaze shifts away at once, if only to deny her the satisfaction of a murderous glare. “Mid-rail vodka soda?” he says dryly, referencing the half-empty glass already sweating in his grip. “Yeah. I could gag.”  

    “Hilarious,” she scoffs and then leans in some more to whisper, “but I’m not talking about the drinks.”

    Keith’s throat bobs infinitesimally, caught somewhere between a strangled breath and a well-rehearsed rebuttal, but the high, intimidating arch of Acxa’s brow has him steeling his jaw instead. It’s no use. She already sees it smeared across his face like a blood stain. Already knows how false it’s going to sound in the clipped snarl of his voice.

    She already knows too much.

    It’s probably the reason why their friendship has withstood the test of time relatively unscathed. That, and their similar upbringings, which involved private boarding schools, and trust funds, and lavish dinner parties, and a set of parents who’ve been hellbent on manufacturing some sort of picture-perfect romance between the two of them since childhood. A union that, for all intents and purposes, makes total sense in every reality except the one they happen to live in — the one where they show up arm-in-arm to their parents’ charity luncheons, faking smiles for the appeased socialites, while Keith spends the majority of his Ivy League days kissing boys behind closed doors, only to be jilted come morning, time and time again, in favor of sorority girls with pretty eyes and coy smiles.   

    (But sometimes it hurts a little less if Keith reminds himself that he shouldn’t be aching for things that aren’t even his in the first place.) 

    From across the beachside terrace, the band rouses into another lively bolero and Keith caves under the impulse to glance over again, allowing his eyes to be drawn to the exact same spot he’d been staring mere seconds ago. That boy is still there, set aglow beneath the dangling fairy lights like a golden beacon, grinning winsomely as he fills a girl’s glass with something pink and fizzy. Except now – in an effort to combat the stifling sub-tropical heat, most likely – his sleeves have been rolled up to his elbows and the top buttons of his serving uniform hang open to reveal the strong, sun-kissed line where the boy’s neck becomes his collarbone.   

    The moment bleeds through Keith like venom, richer and more vibrant than the technicolor of Varadero’s sunset glittering over the skyline. It burns his skin, parches his tongue, seismically rattles the very foundation on which he stands. He stares, heavy-lidded with both jet lag and desire, until Acxa heaves a weary sigh to his left.

    “Really?” she says with obvious disdain. “That one?”

    Keith frowns. “I didn’t even say anything.” 

    “And you didn’t even have to.” With an offhanded flick of her wrist, she summons another round of drinks from the bartender. “That’s the whole problem.”  

    In the distance, the boy throws his head back and laughs at something too private to be heard over the roar of the music. The girl laughs with him, pressing a hand to his chest like a comforting familiarity; like possession. Keith watches the entire exchange, tingling all over.

    A leftover cherry stem is suddenly flicked at his nose.

    “Stop,” he hisses.  

    “You need to stop,” scolds Acxa. “Don’t be fooled by that smile, Keith. A boy like him is nothing but trouble.”  

    Off she goes, fading into the brightly-dressed crowd like a shadow, leaving Keith behind with a scowl on his lips and a knot in his stomach. If he knows any better, he’ll follow after her. He’ll turn his back on this dreadful evening and meet her at the suite, and they’ll both spend the rest of the night ordering ridiculous amounts of room service, taking full advantage of every five-star luxury this godforsaken paradise has to offer for the next two weeks.

    But the thing is that Keith doesn’t know any better. Sometimes it feels like he doesn’t know much of anything at all.  

    The boy stands alone again, right by the edge of the terrace, and his female companion is nowhere to be seen. His face tips skyward, splashes of moonlight bouncing off the ocean waves and onto his cheekbones, practically dripping off the long slope of his lashes like liquid glass. He looks like a mirage; something beautiful and dream-like and just beyond Keith’s reach.

    No, he tells himself fervently. You can’t have him. He’s not yours. 

    The murmur of his halfhearted warnings are promptly swept up by the sea salt breeze and Keith forgets about them as soon as they scatter. He also forgets that he shouldn’t be staring. Forgets to glance away when the boy’s eyes snap toward him, pinning Keith in place, his gaze a spotlight. Forgets how to breathe for a startling moment.

    And that’s when the boy winks, unashamedly, all gleaming teeth and glittering freckles, and Keith feels it crash into him like a swollen tide. 

    Quickly, he polishes off the rest of his subpar vodka soda in one thick gulp. It goes down rough, stinging his sinuses. Then he reaches for his second without skipping a beat. 

    Trouble, indeed.

[blazerina]

Linger (Ethan x MC)

Open Heart // Ethan Ramsey x Allie Valentine (MC)

author’s note: this is kind of sad – not sure where it came from but it made me get a li’l emo at the end…sorry I can’t write fluff anymore…I don’t know what’s wrong with me! this story is inspired by a dear girl  @parkerattano who is always inspiring me!!

word count: 3084

summary: ethan struggles within himself to figure out his true feelings for allie (MC).

--

Ethan was angry. His normally brisk pace was even faster today as he made his rounds and checked on his patients. He felt how stiff he was holding his own neck and shoulders when he bent down to get a drink of water from the fountain next to the nurses’ station.  He knew their desk was the “gossip hub” of Edenbrook and today was no different. The chattering. The whispering. The laughing. Everything had him on edge. Even the orderlies and interns seemed to be cackling about something. He was pretty sure he knew what it was.  He had to get out of there.

Instead of eating on his lunch break, he decided to go for a quick run. He had a favorite path through the park, about a block from the hospital, that he followed countless times before. It was always his “go to” lunchtime activity when he felt extra tense, or too stressed to eat a decent meal.  

He opted out of using his ear buds this time.  He wanted to clear his head without a distraction. That seemed to be his problem lately – he was too distracted.  He was longing for the days when all he had to worry about was himself; when he could focus on his patients and his work while he was at the hospital, and then go home or do whatever he pleased in his free time. It felt like forever since he had the freedom to just be. All his spare time, every waking moment, his head and his mind were filled with thoughts of her.

Ethan’s muscles knew the way having run that trail so many times before, it was as if his body’s memory took over, leading him around every bend and up and down every hill. The energy built up inside of him made him feel like he could run it five times over. He wanted to keep going…and going…and going.

Regrettably, lately he even noticed that he was slipping when it came to his patients. He had missed obvious details in a case a few days ago.  That never happens.  Not to Doctor Ethan Ramsey.  This really could only be explained by his intense focus on one fact - he never expected her to be so cold.

When he told her that what they had was in the past and they had to be professional now, he thought it would be easier than this. He expected her to pout or sulk, maybe look for excuses to see him or manufacture moments that would ensure subtle and secret exchanges with each other, but she always remained steadfast.

It was as if as soon as the word professional was uttered, Allie was shut down and turned off. The Allie he knew and had fallen in love with, ceased to exist.  She was a damn good doctor and still relied on him to be her mentor and guide, especially now that she was working with him on his team, but something was different. The look in her eye was distant, she steadied herself and steeled herself in a way that surprised him more than he cared to admit.

There were moments he wanted to linger, especially when they found themselves alone with each other, but just as he had asked, she kept it professional.  And that’s what it would take for both of them to continue to be successful. This is what proper and honorable medical professionals did – they put everyone else first and resolved within themselves to make sacrifices on behalf of the greater good.

As Ethan slowed up his jog, returning to the hospital, he was more out of breath than normal.  He checked his own pulse and realized it was much higher than he was used to on one of these more simple runs. Rolling his eyes, he was still frustrated with himself, especially as he remembered the newest buzz he’d been hearing all morning from the gossip mill.  With a heavy sigh, he moved quickly to the locker room and showered. His plan was to hunker down in his office the rest of the afternoon and hope he wouldn’t be bothered.

--

It wasn’t long before a quick knock on his office door, disturbed him from his thoughts. He had read and re-read the same line in the medical journal he was studying, at least 4 times.  

“Come in.” He barked, more forceful than he intended.

“Ethan – there you are – hiding in here again today?” Naveen beamed, appearing in the doorway as bubbly as ever, reminding Ethan of a male version of the fairy godmother in Cinderella.

Naveen’s voice sing-songed like a nursery rhyme and he seemed extra cheery for some reason. Ethan suspected he had also heard the rumors, but didn’t feel emotionally capable of handling a deep, honest, raw conversation with his mentor and friend today.

“Cut the crap, Naveen. What do you want?” He snarled, opening a drawer and pulling out his glasses. He pinched the bridge of his nose and let out a long sigh, before putting them on.

Naveen’s brow furrowed as he crossed his arms over his chest and studied his protégé. Looking over his shoulder to ensure Ethan’s office door was closed, he moved closer to his desk and looked down his nose at him, waiting in silence for Ethan to speak again.

“Look – I know I’m being short and you’re going to lecture me, but can we do this some other time? Frankly, I’m not in the mood.”

“There are days I’m not in the mood either, but I don’t go around treating everyone like second-class citizens.” Naveen chided.

“Are you going to tell me what the problem is?” He sighed and settled into one of the dark leather lounge chairs facing Ethan’s desk.

Ethan rolled his eyes and removed his glasses after letting the journal fall to his desk with a loud smack.

“Don’t you have more important work to do? You’ve gone and left me high and dry to deal with this “situation…” Ethan made quotation marks in the air, “on my own, so I’ll just take it from here.”

He huffed, clearly agitated, but looking Naveen in the eye.

Remaining calm and completely unphased by Ethan’s theatrics, Naveen replied, “Excuse me. I left you high and dry you say? Ethan, need I remind you that YOU are the one who left for two months, completely unannounced and unexplained.  So, who exactly left who?”

Ethan was not expecting him to push back with such logic. Defiantly, he pushed himself away from his desk and stood up.

“Don’t think I don’t know what you’re doing. This has been a well thought through plan that you’ve been watching unfold right before your eyes, even as far back as the hospital bed I kept you alive on in quarantine, months ago.”

“You and Dr. Valentine kept me alive, just want to correct you there.” Naveen chuckled, pointing out the one person, or situation, that Ethan did not want to discuss.

“Dammit Naveen, I said not now. I don’t have time for this.” Ethan walked towards the large glass window that overlooked the park where he ran a few hours earlier. He wished he was still there.

“Ethan…” Naveen, cleared his throat, “If I may…”

“You may not.”

Ignoring Ethan, Naveen kept going.

“For someone who relies so heavily on the facts of any given situation to lead you to the truth, you are making an awful lot of assumptions.”

Ethan fixed his gaze outside, not wanting Naveen to see any hint of emotion or feeling. He couldn’t let the man know he might be right.

A silence settled over the two men, hanging in the air that now felt pretty thick between them.

Quietly, Naveen offered, “With Harper this was never an issue. Why does this professional situation appear to be causing so much strife now?”

Ethan closed his eyes and inhaled slowly. Snapshots of Allie flashed in his mind. He didn’t have a good answer. Words failed him at trying to explain this “situation” to anybody.

“It’s different and you know it.” He grumbled, turning away from the window to face his friend.

“She…she has made her choice. I wasn’t so sure, but now it’s clear to me.” Ethan explained. “Everyone’s been talking about it all damn day, Naveen.  Haven’t you heard? She’s found someone else.”

--

Later that evening, Ethan was absentmindedly scrolling through shows on his television while nursing a beer.  Dejectedly, he sat on the couch, totally bored and disgusted with his current state. It wasn’t like him to recoil into himself like this. To sulk in his home and be full of self-pity. He hated what he had become. What she had done to him. What he had done to himself.

Smeone rapped on his front door loudly and suddenly, pulling Ethan from his thoughts, causing him to jump.

“Christ!” He cursed as he realized some beer had gotten onto his shirt. He glanced at the clock.

“11:17? What the hell?” Not bothering to look through the peephole, assuming it was a drunk college student at the wrong apartment AGAIN, he opened the door ready to give the person on the other side a very heated dressing-down.

He swung open the door and had to do a double take, not believing that Allie was actually the one in front of him.

“Are you insane?” He blurted out.

“Good to see you too. Can I come in? We need to talk.”

“Clearly.” Ethan held the door open wide enough for her to get by and then slammed it shut.

Allie whirled around with an angry look in her eye, referencing the way he banged the door closed.

“I didn’t mean for that to…be so hard…I just…” He sighed, already exasperated from the emotional ups and downs of his day.

“Look, I won’t drag this out or anything, but I need to know if this is what you want.”

Ethan was still reeling from all the beer he consumed, believing that Allie was actually in his living room, and also the fact that she was talking to him, not at the hospital, about what appeared to be…their relationship.

“Sorry – I’m not sure I follow…?”

“This.” Allie gestured to the large space between the two of them. “Did you spill something on your shirt?”

“I did.” He nodded. “Go on, Dr. Valentine.”

He crossed his arms over his chest to one, cover up the stain and two, show her he wouldn’t be intimidated. But why did he do that? Why did he bristle every time she was around? Why did he force himself to act like a pompous, arrogant, jackass whenever she challenged him? This wasn’t the way it had always been. Back to Naveen’s point earlier: what was different?

“Are you pleased, Dr. Ramsey? With this arrangement? Have I been professional enough for you?” Allie used air quotes when she said the word professional.

“I suppose I’d say I’m satisfied with how things are progressing, professionally,” Ethan emphasized, “however, it’s only been a few weeks so I don’t know that I can give a full review of my thoughts on the matter entirely.”

“Ethan.” Allie squared up to him and faced him head on, also crossing her arms over her chest.

“You know what I mean. Quit playing games.”

He swallowed hard. He knew that there were very few people in his life who cared about him enough to call him on his BS. Allie was one of them.

Relaxing a little bit, Ethan walked to the kitchen and Allie tentatively followed him.  Sitting down on a stool near the bar, Ethan reached into a cabinet for some glasses and offered her some water.

“No thanks, I won’t be here long.”

Ethan poured some bottled, sparkling water into a glass with some ice and took a sip. He leaned back against the counter and asked, “What are you doing here, Allie? What is it that you’re wanting…really?”

“I’m wanting to know if this is how it’s going to be.”

“How what’s going to be?”

“You’re gonna make me say it aren’t you?” She asked, a mixture of shock and sadness falling on her face.

“You are impossible.” Allie muttered under her breath before sighing and slapping her hands on her thighs.

“US – Ethan! I’m talking about US.  You and me. Is this how you want it? The professional thing. Me saying yes sir and you giving me the cold shoulder and US pretending that there never was an US.”

He wanted to speak. He wanted to say something but he had no idea what would come out if he opened his mouth so he didn’t. He kept quiet and let her continue.

“I don’t understand why you’re making this so difficult.” She stood up.

“I never should have come. I’ve been trying so hard to do the right thing, to be the good doctor who doesn’t let her feelings get in the way of anything…” Allie started moving towards the door when Ethan finally spoke.

“I heard about you and Bryce. Today. At the hospital. You have someone else now, someone better suited for you, someone who can give you the attention, the care, the relationship you want and deserve.”

Allie stopped in her tracks.

“There is no me and Bryce…” She turned around to face him. “At least not…yet and I don’t really know if that even really is a thing or not but I had to talk to you because I don’t…I can’t…”

“Move on.” Ethan finished the sentence for her, but his words sounded more like an instruction.

“Move on, Allie. It’s for the best.”

“Just like that?” She questioned, tears beginning to form in her eyes. “You can cut it all off that easily? Did it…did I really not mean that much to you?”

“This isn’t about me.” Ethan started, feeling himself about to ramble.

What a lie he was spinning. Everything was about him. The way he responded to Naveen. The way he treated the few people in his life he was closest to. His anger. All his emotion. The jogging. The isolating. This was all about him and he knew it. His choices had gotten him into this mess. There was only one clear way out.

“I want this to be about you and what’s best for you and your future.  You need to do your best to put whatever it is about us that you focus on…behind you…”

“I just want you to admit that it’s hard.” The emotion in Allie’s eyes and voice was enough to drive Ethan to his knees.

“After all we shared together and how vulnerable we’ve been with one another, why can’t you just admit that it’s not that simple? It’s not that easy to just walk away?” She questioned.

“I don’t know why. But I can’t. I can’t give in to my emotions on a whim. I must stay calculated and measured and have some semblance of order to my life, Allie.  I cannot live in chaos.”

Ethan paced a few times in the quiet as Allie studied him, letting out a sigh or two of her own.  He settled on the couch and grabbed the remote, about to turn the volume up on the television.

“You’re welcome to stay if you’d like…but I don’t have a lot more to say on this subject.”

His jaw tightened, every muscle in his face clenched. Ethan was afraid with one more word he’d let the dam inside him burst wide open and there’d be no going back. He had to think about her. He had to put her first for once, and not be selfish. As hard as it was, he had to willingly push her into someone else’s arms.

“I’ve always trusted you, you know.” Allie said, sitting down next to him on the couch.

“Allie…” Ethan tried to interrupt her, whining a little and giving away his agitation with her. He did not want to hear her appeal.

“I trust you now, too. And if you really, truly think that me trying to move on…with Bryce…” she paused, watching his face for a reaction.

“…is what I should do…then I’ll do it. I’ll move on.  And I’ll make you proud of me and we’ll be part of the best damn diagnostics team in the country. I trust you that much. I’ve always looked to you for guidance and direction. This is no different.”

A strange peace settled over Ethan. He didn’t like and couldn’t even entertain the thought of Allie being with Bryce, but it was better than her still hurting or being sad about him. He could handle never getting over their relationship; but he couldn’t handle it if she still held on.  

This morning he had been wishing for her to not be so cold. He wanted her to want him again. Here she was in front of him, letting those walls down and he couldn’t do it. Maybe he missed the secret. Maybe he wanted something that was just for the two of them. Hand brushes here and there; looks across the table only meant for one another. The thrill of sneaking out of her apartment before her roommates got up…

It was all those things and more. He didn’t miss the game completely although he had to admit it was fun. More fun with her than anything ever was with Harper…but really, when it all came down to it, he just missed her.

“I think that’s a wise decision.” He sat up a little straighter and looked into her eyes. “Go for it. You deserve to be happy.”

Allie nodded, accepting his wisdom while biting her lip and looking at the floor.

“You said I could stay…” she offered moving closer to him.  She put her head on his shoulder and reached for his hand.

Allie placed Ethan’s arm around her shoulder and looked up at him. “I just want this…one more time.”

Ethan closed his eyes and inhaled slowly, taking in the feeling of her next to him. The smell of her shampoo mixed with her makeup. Her dark red hair resting beneath his stubbled chin. Her hazel eyes sparkling and looking up at him as if he had given her the world, when all he’d really done is crush it.

He tightened his grip around her and thought to himself:

I just want this too.

But couldn’t bring himself to say it.

[charlietdnl338]

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