Best Deinking System For Pulp Paper Mill
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The document discusses de-inking processes used in papermaking. De-inking removes inks and other substances from recycled fibers so they do not interfere with papermaking or the final paper properties. The process first detaches inks from fibers using flotation technology for high fiber yield and simple handling. A deaerator cyclone then removes air and recovers usable fibers from the foam while achieving high brightness and cleanliness in the recovered paper stock.
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Paper Making Process by Nirjhar
Dear Readers,
The presentation may be helpful for those who wants to know the basic concept of paper making process.
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Dear Readers,
The presentation may be helpful for those who wants to know the basic concept of paper making process.
Please post your valuable comments improve the quality of presentation.
Regards,
Nirjhar.
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The document discusses different methods for desizing cotton fabric, which is the process of removing starch-based "size" added during weaving. The three main methods are:
1. Rot steeping, the oldest method, uses microorganisms in water to secrete enzymes that break down starch over 24 hours. It is cheap but slow.
2. Acid desizing uses dilute sulfuric or hydrochloric acid to hydrolyze starch in 8-12 hours. It is faster but the acid can damage fibers if not properly handled.
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- The objectives of studying water consumption, wastewater generation and characteristics, and methods to reduce water usage in pulp and paper mills.
- A literature review of pulp and paper mill processes, water usage, wastewater generation rates and characteristics.
- A methodology using water source diagrams to design a water distribution network to minimize water consumption.
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Textiles leave one of the largest water footprints on the planet and dyeing poses an especially big problem.
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The document summarizes the Kraft process for making paper from wood. It involves 6 main steps: (1) preparing the wood by removing bark and chipping logs, (2) cooking the wood chips in a sodium hydroxide and sodium sulfide solution to remove lignin, (3) washing the pulp to remove chemicals, (4) screening the pulp to remove knots and uncooked fibers, (5) bleaching the pulp to remove remaining lignin, and (6) making paper by treating fibers to bond and removing water to form sheets that are dried. The process recovers chemicals and removes wastes, though sulfurous emissions remain an environmental issue.
Get Low Consistency Cleaner For Pulp Machine - High Quality
Pulp stock is fed through inlet pipe header to the cleaners . It enters the tangential inlet and accelerates the stock to downward centrifugal motion. The cleaned pulp stock rises upwards and goes via accept header to upstream system.
Applications & Salient Features
The main function is to remove light weight contaminants like dirt, shives, specks, pins, clips, etc.
High wear resistance construction, bottom ceramic cone
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The document provides an overview of the pulp and paper industry, including its history, production process, properties and uses of products, environmental impacts, and steps being taken to address sustainability. It details the various stages of processing wood or recycled fibers into pulp and paper, from raw material handling through pulping, bleaching, papermaking, and potential recycling. Safety, health, and environmental issues are discussed along with efforts to reduce pollution through improved recycling and use of genetically modified trees with modified lignin content.
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Karl Mayer has developed a new sizing machine called PROSIZE that provides several benefits over conventional sizing machines. PROSIZE uses a sponge effect with 3 application zones to increase warp density and a low minimum trough volume to reduce size liquor waste. It ensures 100% bonded yarn transport and application of size through spray bars for more homogeneous sizing. PROSIZE also features a short wet application zone and vertical size box for increased visibility. It can reduce size pickup by 5-10% while maintaining weaving efficiency and has benefits for various fabrics like eliminating sticky ends in bedsheets and stopped marks. PROSIZE represents an innovative breakthrough in sizing technology.
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This document summarizes the pulp and paper production process in 16 sections. It describes how pulp is produced from wood chips through mechanical and chemical pulping processes. The wood chips are cooked with chemicals to separate cellulose fibers from lignin. The fibers are then bleached and formed into a paper sheet on a paper machine. The sheet goes through several stages of pressing, drying, and calendering before finishing processes like coating are applied to enhance the paper's properties. The process aims to efficiently produce pulp from wood sources and transform it into high-quality paper products.
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The document provides an overview of the paper industry. It discusses that paper is made from wood or recycled fibers by separating them into pulp. India's paper industry converts wood or agro residues into paper. The key steps in paper making involve preparing and pulping raw materials, washing and bleaching pulp, processing it on a paper machine, and drying the final paper product. The industry impacts the environment through air emissions and solid wastes generated during pulping, bleaching, and paper production.
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The document discusses research on using cold enzyme washing to treat cotton-tencel denim fabrics. The objective was to get a worn look on the fabrics while minimizing changes to physical and mechanical properties. Samples of 84% cotton/16% tencel denim were treated with cold enzyme at varying times and temperatures. Testing found improved colorfastness, tensile strength, and other properties after treatment. Scanning electron microscopy showed less fabric hairiness and unfixed dyes. The research demonstrates that cold enzyme washing can provide benefits over conventional washing for denim manufacturers.
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Textile finishing involves mechanical or chemical processes to increase a material's aesthetic and functional properties. It is done to make materials more presentable and durable for customers. There are different types of finishes including aesthetic finishes to modify appearance; functional finishes to improve performance; physical/mechanical finishes using treatments like calendaring and napping; and chemical finishes applied with chemicals and curing. Examples of specific finishes are crease-resistant for wrinkle-free fabrics, water-repellent for outdoor wear, and antimicrobial to protect against microbes. Finishing aims to enhance properties like appearance, feel, durability, and functionality.
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Over the last decade or so, as we started to become aware of the hazards of using PERC and other petro-chemicals, companies began looking for newer, more environmentally friendly solutions. Specialized equipment has been developed to aid in the finishing of wet-cleaned garments, and special softeners and additives have been created specifically for the wet-cleaning process.
The reason to choose a wet-cleaning system over dry-cleaning is obvious. It’s safer. For you, for me, for our children and the environment. Perchloroethylene is a toxic substance. It is dangerous to human and animal health and it harms the very environment we depend upon.
It is now totally safe to clean virtually any garment using the Wet Cleaning process!
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This presentation discusses textile filtration. It defines filtration as separating particles from a dispersing fluid using porous media. Various types of textile filters are described, including flat, deep, pleated, pocket, cartridge, drum, and bag filters. Key variables that impact filtration like filter material properties, particle characteristics, and process parameters are outlined. The principles of filtration such as interception and diffusion are also summarized. Applications of textile filtration in areas like vacuums, medicine, power plants, and water treatment are highlighted. Common fibers used in filtration media include natural, artificial, and synthetic options.
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The document summarizes the paper and pulp industries. It discusses that paper is made from cellulose fibers derived from wood, rags or grasses. The pulp and paper industry converts these fibers into pulp and paper. Wood is broken down mechanically or chemically into fibers, which are then mixed with water and dried to form paper. The key raw materials are fibers from wood or non-wood sources, chemicals for pulping, energy, and water. The major pulping processes are mechanical, chemical (kraft and sulfite), and semichemical. Paper is manufactured using a paper making machine that removes water from the pulp to form a continuous paper sheet.
Paper Manufacturing process
The document discusses the paper and pulp industry. It describes the key manufacturing steps including timber collection, de-barking, chipping, chemical and mechanical pulping processes, refining, and papermaking. It also discusses the treatment of waste from pulp mills. Effluents from pulp and paper mills contain high levels of solids, COD, BOD, color, and other pollutants. Treatment methods include screening, sedimentation, and biological treatments like anaerobic technology to break down organic pollutants.
Wastewater management in pulp and paper industry
This document provides an outline and introduction for a presentation on wastewater management in the pulp and paper industry. The presentation will cover:
- An introduction to the history and background of paper manufacturing.
- The objectives of studying water consumption, wastewater generation and characteristics, and methods to reduce water usage in pulp and paper mills.
- A literature review of pulp and paper mill processes, water usage, wastewater generation rates and characteristics.
- A methodology using water source diagrams to design a water distribution network to minimize water consumption.
The presentation aims to analyze water usage and wastewater in pulp and paper mills to identify reuse and recycling methods to reduce fresh water intake.
textile waterless dying
Textiles leave one of the largest water footprints on the planet and dyeing poses an especially big problem.
Textile dyeing is the No. 2 polluter of clean water on earth, following agriculture.
Dye houses in India and China are notorious for not only exhausting local water supplies, but for dumping untreated wastewater into local streams and rivers.
Paper production process
The document summarizes the Kraft process for making paper from wood. It involves 6 main steps: (1) preparing the wood by removing bark and chipping logs, (2) cooking the wood chips in a sodium hydroxide and sodium sulfide solution to remove lignin, (3) washing the pulp to remove chemicals, (4) screening the pulp to remove knots and uncooked fibers, (5) bleaching the pulp to remove remaining lignin, and (6) making paper by treating fibers to bond and removing water to form sheets that are dried. The process recovers chemicals and removes wastes, though sulfurous emissions remain an environmental issue.
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KARL MAYER PROSIZE® – A breakthrough innovation in sizing
KARL MAYER PROSIZE® – A breakthrough innovation in sizing
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Paper & pulp industry by er. sanyam s. saini (me regular) (2012-14)
Similar to Best Deinking System For Pulp Paper Mill
Get Low Consistency Cleaner For Pulp Machine - High Quality
Pulp stock is fed through inlet pipe header to the cleaners . It enters the tangential inlet and accelerates the stock to downward centrifugal motion. The cleaned pulp stock rises upwards and goes via accept header to upstream system.
Applications & Salient Features
The main function is to remove light weight contaminants like dirt, shives, specks, pins, clips, etc.
High wear resistance construction, bottom ceramic cone
Improved optical cleanliness of paper due to removal of specks and shives
The small cone diameter resulting in outstanding cleaning efficiency
Proven design for approach flow location
Want to buy the low consistency cleaner for your pulp and paper machine? Call now +91 (0) 240-2339234/35/36/37 or Write us at info@parason.com | www.parason.com
Air dyeing mechanism
The document discusses various waterless dyeing mechanisms, including air dyeing, supercritical fluid (CO2) dyeing, plasma treatment dyeing, and foam dyeing. Air dyeing uses high pressure air flow to transport atomized dye onto fabrics without water. Supercritical CO2 dyeing dissolves and deposits dyes using compressed CO2 above its critical point. Plasma treatment increases fabric wettability before dyeing. Foam dyeing pads fabrics with dye-containing foam to reduce water usage. These techniques aim to reduce the textile industry's environmental impact by consuming less water and energy during dyeing.
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This document summarizes the products and services of Leizhan, a company that provides pulp making and paper production lines. Leizhan offers complete lines for waste paper recycling and various types of paper production. They have technologies for key processes like pulping, cleaning, bleaching and stock preparation. Leizhan also provides dissolving pulp production lines using a new continuous auto-hydrolysis cooking process. Their screening and fractionation equipment is used to separate furnish and remove impurities at various stages of stock preparation and papermaking.
clarity
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High Quality Bright Solutions For Pulp Industry
Air (at the atmosphere pressure) and pulp stock to be deinked is introduced into the cell chamber through a specially designed injector nozzle. Flow-through nozzles generate a negative pressure that sucks in the necessary process and generates microturbulence resulting in widely ranging bubble sizes enabling efficient removal of an equally wide range of particle size.
This enhances brightness to a high degree and reduces dirt, specks, and stickies efficiently. The injectors optimize the quantity of the air injected and the size of the bubbles generated.
The pulp stock free from ink is pumped from the bottom of one cell to the next cell. The ink laden foam overflows to the foam chamber with the help of a motorized paddle.
Salient Features
Purpose – To remove the printing ink, stickies
Process – Ink is detached from fibers
Flotation Technology – High efficiency, high yield of fibers, simple handling, max. operating reliability
Want to buy the bright solutions for your pulp industry?
Call now +91 (0) 240-2339234/35/36/37 or
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SANPAR Industries Pvt Ltd Ecodrair E-Catalogue FY20
This document provides information on Ecodair Microfilters and moisture separators that provide dry air for machine tools. Ecodair offers 10 standard models of dry air compressors to meet various needs, with features like long life, anti-corrosion coating, and low maintenance. Machine manufacturers prefer Ecodair because it offers important safety features to protect machines from issues caused by dirty air like downtime and product defects. Ecodair dryers remove moisture and contaminants from compressed air to provide clean, dry air required for precise machining.
eco friendly textile processing
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The presentation gives you the information about new eco friendly textile processing.
Dissolved air system and water treatment for drinkable waterl
PT. TOSURO TECHNOLOGY INDONESIA is a manufacturer of environmental protection equipment that focuses on mechanical separation equipment and total water treatment solutions. The document discusses various dissolved air flotation technologies the company provides, including Sedimentation & Dissolved Air Flotation Units (SDAF), High-Efficiency Dissolved Air Flotation Units (HDAF), Standard Dissolved Air Flotation Units (DAF), Integrated Dissolved Air Flotation Units (IDAF), Cavitation Air Flotation (IAF), and Superficial Air Flotation (SAF) systems. These technologies use micro/nano bubbles to separate suspended solids and contaminants from
Drying & Cleaning Plant for reprocessing of plastics
The document summarizes an innovative drying and cleaning plant for plastic recycling that uses DRD technology. The DRD system washes plastics without water, providing enormous cost savings over traditional wet washing plants. The complete plant consists of a shredder, dry cleaning unit, and conveying systems to produce a consistently high quality, dry recycled plastic output. The DRD system is a sustainable solution for plastic recycling with high throughput and material quality at less than half the cost per kilogram of traditional washing.
Deposit Control Technologies - Tissue
DuBois provides chemistries and patented solutions for cleaning tissue and towel machine fabrics to control deposits. Their technologies are designed to solve problems caused by recycled fibers, resins, and other contaminants. Case studies show their solutions improve runnability, increase production, and extend fabric life, providing significant cost savings and returns on investment.
Soft flow dyeing machine.
This document compares and contrasts different types of soft flow dyeing machines, including their conventional and innovative aspects. It discusses the Fong's jet dyeing machine, Then-Airflow AFA machine, and Thies jet dyeing machine. Key details provided include their capacities from 50-3000kg per batch, liquor ratios from 1:3 to 1:5, maximum working temperatures of 140°C, and special features like rinsing systems, fabric transport mechanisms, and plaiting systems. The conclusion states that innovation is ongoing and more new ideas are still needed in this field.
Aerolyte dry stripping_booth
Dry stripping uses non-abrasive media like plastic, soda, and starch to safely remove coatings from surfaces like aircraft, cars, and components. It is faster than sanding and does not damage surfaces. Aerolyte pioneered this technique and offers dry stripping equipment like cabinets, rooms, and guns that efficiently capture and reuse media. Their systems provide a safer, cheaper, and less polluting alternative to chemical strippers.
Dust Management Brochure
Airmatic is proactive when it comes to dust control solutions. Our goal is to actually prevent dust
at the source if possible, using the treatment application that best suits your needs—from spray to foam to fog. The Martin® Dust Surfactant System gives you the most complete solution
in dust suppression on the market today.
High Consistency Disc Filter (HCDF) for Paper Mill
The document discusses Parason's High Consistency Disc Filter (HCDF) for pulp and paper mills. The HCDF uses advanced technology to handle higher inlet consistencies up to 2% for effective thickening. It has key benefits like lower costs, higher capacity, and maintenance. The HCDF is suitable for recycled paper mills and kraft mills, operating at higher flows and variations in consistency compared to conventional filters.
Advecofreindlypretrtrt 160421074340
The document discusses various eco-friendly textile processing techniques. It describes preparatory processes like singeing, desizing, and scouring that use enzymes instead of harsh chemicals to remove impurities. For desizing, it discusses enzymatic, solvent, ultrasonic, and plasma methods. It also covers enzymatic scouring and bleaching techniques using enzymes like amylases, catalases, laccases, and glucose oxidases. Other eco-friendly techniques discussed are liquid ammonia mercerization, ozone bleaching, and peracetic acid bleaching. The document emphasizes that new sustainable technologies are needed in textile processing to be environmentally compliant with increasing regulations.
Twill Jean Cotton Wipes - Superior Cleanroom Products
Superior Cleanroom Products is at the forefront of contamination control and cleaning products that ensure protocol compliance
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The document discusses specifications for purchasing a scrubber machine. It provides information on different types of scrubber machines for various floor sizes, including walk-behind and ride-on options. It also lists local scrubber machine suppliers and recommends choosing a machine with the latest chemical management systems. The document provides guidance on selecting the proper brushes and cleaning solutions for different floor textures. It highlights the cost and time savings benefits of machines that use electronically converted water without chemicals.
Filter fabrics Micro Polypropylene Needle Felt From Zukun Filtration
composited with basalt fiber adopting advanced international standard and the equipments to produce micro PP needle punched filter felt. The past finished treatment includes singeing, calendaring, adding the basalt coating treatment.
Filter cloths, filter cloth, filter fabric, filter fabrics, filter media, filter medias, filter bag cloth, filter bag cloths, filter bag fabric, filter bag fabrics, dust collector fabrics,
PPS needle-punched filter felt, Nomex felt, FMS Needle Punched Felt, P84 needle felt, Acrylic needle felt, PTFE needle punched felt, Micro Polypropylene needle felt, PP needle punched felt, Aramid needle felt, non-woven fabric, non woven filter fabrics.
Lecture 8 digital printing of textiles
The document discusses digital printing of textiles compared to analog printing methods. Digital printing involves storing the design electronically and using an inkjet printer to apply the design to fabric without screens or plates. It has advantages over analog methods like quicker turnaround times, lower costs for short runs, and more design flexibility. The two main inkjet technologies discussed are continuous inkjet which uses electrically-charged droplets, and drop-on-demand inkjet which forms droplets only as needed using thermal or piezoelectric methods.
Lecture 8 digital printing of textiles
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Complete Process Guide: How to Set up a “paper mill Plant” Engineering and Co...
Complete Process Guide: How to Set up a "Paper Mill Plant" - Engineering and Commissioning
Slide 2: Introduction
Welcome to the Complete Process Guide on setting up a "Paper Mill Plant" - Engineering and Commissioning.
In this presentation, we will provide a step-by-step overview of the process involved in establishing and commissioning a paper mill plant.
Setting up a paper mill plant requires careful planning, engineering expertise, and efficient commissioning to ensure a successful and profitable operation.
Slide 3: Understanding the Paper Mill Plant
Before diving into the setup process, let's gain an understanding of what a paper mill plant is.
A paper mill plant is a facility where raw materials such as wood pulp, recycled paper, or agricultural residues are processed to produce various types of paper and paper products.
It involves several stages, including pulping, refining, papermaking, drying, and finishing.
Slide 4: Pre-Setup Considerations
Conducting a feasibility study: Assess the market demand, availability of raw materials, competition, and financial viability.
Acquiring necessary permits and licenses: Ensure compliance with local regulations and environmental standards.
Securing financing: Determine the budget required and explore funding options such as bank loans, partnerships, or government grants.
Identifying the location: Consider factors like proximity to raw material sources, transportation infrastructure, and availability of utilities.
Slide 5: Engineering Design
Engaging professionals: Collaborate with experienced engineers, architects, and consultants specializing in paper mill plants.
Designing the layout: Develop an efficient and optimized plant layout that considers workflow, machinery placement, and safety regulations.
Equipment selection: Choose appropriate machinery and equipment based on production capacity, product specifications, and budget constraints.
Utilities planning: Determine the requirements for power, water, steam, and other utilities, and design the necessary infrastructure.
Slide 6: Procurement and Construction
Procuring machinery and equipment: Source reliable suppliers and manufacturers, considering factors such as quality, price, and after-sales support.
Constructing the plant: Collaborate with construction contractors to ensure the construction aligns with the engineering design.
Installation and integration: Coordinate the installation of machinery, equipment, and utilities, ensuring proper integration for seamless operation.
Parason Oxidative Bleach Tower - Paper & Pulp Mill
The unique factor of POBT is to hold up high consistency stock for adequate retention time, which will provide sufficient time for bleaching. At the bottom of POBT, the stock will be extracted at 4% to 4.5% consistency with advanced engineering of four different dilution systems.
Applications & Salient Features
– Storage, bleaching, and soaking up high consistency pulp up to 28%
– Very low specific energy required as compared to high consistency tower
– Possibility of reduced height in order to be installed below the operating floor
– Adequate retention time for proper homogeneous reaction with chemicals
– Parason Oxidative Bleach Tower reduces the bleaching chemical consumption
– Parason Oxidative Bleach Tower turbine assembly drive rotates with very minimum RPM 0.2 to 0.3 RPM respective with variable frequency drive
Low Consistency Offset Pulping Loop - Paper & Pulp Machinery
Parason newly developed Offset Pulper is designed with a combination of double coned bottom and baffle where the baffle guides the pulp towards the rotor for achieving efficient and extensive slushing.
Intensive turbulence is generated on the part of the rotor, whereas low level turbulence is generated at the baffle which causes the stock to rotate repeatedly thus obtaining excellent quality pulp The troublefree ragger operation provides reliable operating conditions across large throughput.
The combination of double cone bottom & baffle pushes the
core contaminants towards reject discharge.
Know more: https://parason.com/products/pulping/offset-pulper/
Pressurized Hot Disperser Unit - Paper Pulp Machinery
Parason Hot Disperser System is designed to disperse the specs & impurities (waxes, hot melts, stickies, bitumen, ink) contained in the waste paper pulp. The technology lies in the combining of the forces such as high consistency of pulp at 38% to 42%, raising the temperature to 80° to 110°, and applying the mechanical energy by Ultra-Precision Disperser Segments in the accuracy of microns. At this stage, the combination of the various forces creates the balance, so that the aesthetic properties of the paper are improved dramatically.
Advantages Of Disperser
– Reduces specs in pulp
– Can use cheaper waste paper
– Improves fiber treatment
– Reduces stickies, hot melts, etc.
Gravity Disc Thickener for Pulp & Paper Machine
The Gravity Disc Thickener is a compact and virtually maintenance-free, Gravity Thickener can be adjusted according to process conditions such as throughput and inlet consistency. The pulp suspension is fed at a consistency of 0.9% to 2.5% to the inlet chamber into the vat in the same direction as disc rotation.
Thickening capacity is ensured by the number of discs installed in the center shaft. The thickener vat level and outlet consistency are controlled by thickener speed through VFD.
The filtrate is discharged either at one or both shafts ends by gravity, depending on the thickener size. Gravity Thickener permits the installation of a large dewatering area in minimum floor space.
Complete Cleaners Machinery for Pulp & Paper Mill
Hi-Density Cleaner
Hi-density Cleaner has high pulp consistency. Centrifugal rotation of the rotor removes the impurities with high specific gravity to the outer wall of cone
Medium consistency centricleaner
Medium Consistency Centricleaner has operating consistency upto 1.5-2.0%. It distributes pulp stock evenly to all centricleaner bottles at constant pressure
Low Consistency Cleaner
Pulp stock at 0.5 to 1.0% consistency fed through inlet pipe header to the cleaners. The stock enters the tangential inlet which accelerates the stock to downward centrifugal motion. Contaminants like dirt, shives, and specks with high specific gravity are forced to the outer wall of the cone and downward through the reject outlet orifice to reject the header, the reject is again fed to the 2nd stage of cleaners.
Molded Fiber Products Making Machine - Tableware Products
Parason is specialized in offering complete end-to-end project engineering & solutions to produce sustainable, biodegradable Molded Fiber Tableware Products that can be used in hospitals, corporate cafeterias, universities, restaurants, schools, temples, etc.
Raw material: Bagasse, agricultural waste, sugarcane leftover, wheat straw, bamboo fiber, etc.
Powerful Dehydrating Screw Conveyor Machine For Paper Mill
Dehydrating Screw Conveyor is used for solid-liquid separation. It consists of sedimentation hopper with perforated trough bottom section for water and fiber reclaiming and an inclined shaft screw for reject extraction.
To reduce maintenance, the geared motor is directly connected to the shaft screw on the top end of the conveyor. It is designed for efficient transportation and separation of fiber & water with minimum maintenance and maximum reliability. All parts coming in contact with water are made up of SS-304. Conveyor trough provided with top bolted cover for simplified maintenance. It can be mounted horizontal or inclined.
Applications & Salient Features
Separation of contaminants (plastic etc.) and water from pulper reject discharge
Separation of sand and water from high-density cleaner and centricleaner rejects
Conveying of wood chips, straw, sawdust, fiber sludge
Conveying of waste, rubbish, ashes and metal grindings
Want to buy the dehydrating screw conveyor for your pulp and paper machine? Call now
+91 (0) 240-2339234/35/36/37 or
Write us at info@parason.com | www.parason.com
Excellent Dilution Pulper For Your Paper Mill
Hi-Consistency pulper is connected with a dilution pulper. The dilution pulper has a due function of separating the plastics and other foreign material as it dilutes at high consistency for stock transfer to further processing. This pulp has a 6-8 mm drilled screen plate with the impeller rotating against the screen. The impact of impeller separates the fiber from the rejects, hence working most efficiently for fiber recovery.
Applications & Salient Features
Uncut contaminates from hi-consistency pulper are removed with negligible fiber loss
The hi-consistency pulper is ready for the next batch immediately after emptying. The isolating valve isolates the dilution pulper from the main pulper
The dilution pulper works as the first coarse screen thus reducing a load on next stage equipment
Removal of large foreign contaminants eliminates the risk of pulp jamming in successive operation.
Want to buy the dilution pulper for your pulp and paper machine? Call now
+91 (0) 240-2339234/35/36/37 or
Write us at info@parason.com | www.parason.com
Get Ragger For Your Pulp Machine At Best Price
Ragger is used for the removal of spinning contaminants such as wires, rags, strings, plastics, etc. from the pulp by using a ragger rope.
Applications & Salient Features
Easy installation with the horizontal and vertical type of pulper
Adjustable time delay for intervals and running time of the drive motor
The ragger’s speed can be matched to the level of contaminants of the waste paper and the production rate required
Pneumatic loading and relieving of the loading rope
Ragger control panel is designed to
Loading and lifting of the roller in auto mode
Speed control at 0-10RPM
Emergency stop
Visual indications of ragger motor ‘ON’ and air pressure
Want to buy the best quality ragger for your pulp and paper machine? Call now +91 (0) 240-2339234/35/36/37 or Write us at info@parason.com | www.parason.com
Buy Gravity Thickener For Paper Pulp Machine
Gravity Thickener is compact and virtually maintenance-free. It can be adjusted according to process conditions such as throughput and inlet consistency. The pulp suspension is fed at a consistency of 0.9-2.5% to the inlet chamber in the vat towards the same direction as disc rotation. Thickening is capacity ensured by the number of discs installed in the center shaft. The thickener vat level and outlet consistency are controlled by thickener speed through VFD. The filtrate is discharged either at one or both shaft ends by gravity, depending on the thickener size. Gravity thickener permits the installation of a large dewatering area at minimum floor space.
Applications & Salient Features
Small floor space requirement due to extremely compact design
Quality of filtrate water
Efficient & reliable dewatering
Auto door opening
Easy & simple operation and maintenance-free
Fully assembled for minimum site erection
Want to buy the gravity thickener for your pulp and paper machine? Call now
+91 (0) 240-2339234/35/36/37 or
Write us at info@parason.com | www.parason.com
Get Trommel Screen For Pulp Paper Machine
The trommel screen is used to lessen contaminants sent to the fiber saver (PFS) by filtering rejects from the pulper. It has a perforated stainless steel drum with progressively smaller holes that rotates to separate coarse contaminants from accepted fiber material. The accepted fiber is then returned to the pulper while contaminants are rejected. The trommel screen has an easy installation process and components like the drum, chute, and structure are made of stainless steel and other corrosion resistant materials to withstand pulp and paper processes.
Get Medium Consistency Centricleaner For Your Paper Mill
Parason Medium Consistency Centricleaner operates at consistency range of 1.5-2% against normal cleaner range of 0.6%-1%.
Applications & Salient Features-
In Pulp Mill
For all type of Recycled Paper and Virgin Pulp
Before Slotted Pressure screen – Increase life of Screen Baskets
Before Deinking Cell – Improve Deinking efficiency and Diffuser life
Before Disperser/Kneader – Longer life of wear parts like screw, basket, disperser plates
In Approach Flow(Paper Machine)
For All grade of Paper production
Double dilution system – Reduce Power and space requirement
Closed system – Avoid Air entrapment in pulp stock
Less number of bottles, pump, and No Level Control required – Reduce Paper Machine start uptime
Want to buy the medium consistency centricleaner for your pulp and paper machine? Call now +91 (0) 240-2339234/35/36/37 or Write us at info@parason.com | www.parason.com
Buy Grapple For Pulp Machine - Best Quality
Grapple is an equipment of the pulping system of paper machinery. The grab body is composed of four lobes, cylinder, connecting rod, lifting ring seat, pin shaft, cylinder fixed shell, hinge, etc.
Accessories
Pneumatic three joint, two bit four way solenoid directional valve, gas source, etc.
Applications & Salient Features
Mainly used for grappling heavy and large impurities from sediment well
Four “petal” is air pressure type operation
Easy to maintain and operate
Adopts stainless steel material
Has a long service life
Want to buy the grapple for pulp and paper machine? Call now
+91 (0) 240-2339234/35/36/37 or
Write us at info@parason.com | www.parason.com
Buy Agitator Blades For Pulp Machine Spare Part
PARASON has specialized knowledge of Agitator blade design, metallurgy, and manufacturing to suit industry demands.
The PARASON Agitators are designed for all kinds of fibers in chests, tanks, and Storage Tower up to a consistency of 5 % in the propeller area.
Parason also does the engineering of the agitator and suggest suitable blades for your existing agitator.
Key Features-
Effective Power Saving
Fast Change-over time
At Lowest Cost
Want to buy the agitator blades for your pulp and paper machine? Call now +91 (0) 240-2339234/35/36/37 or Write us at info@parason.com | www.parason.com
Best Performing Twin Disc Refiners For Pulp and Paper Machine
Parason refiners are available in different sizes for small, medium and large scale paper mills.
The above PDF demonstrates the key features of refiner fillings. Parason is the prime source for refiners and refiner plates.
Parason Tri disc refiner rotors are 60% lighter and have 180% larger opening. The conventional double-disc refiners come with heavy rotors and poor life.
Some of the exclusive features of the Parason refiners are - automation system, splined shaft, oil bath, a unique Schenck Germany analyzer to analyze.
The PDF also presents applications and features of trapmagni. The spare parts manufactured with CN machines are - rotating assembly, worm screw, regulating screw, bearing housing cover, regulating screw, bearings SKF, bearing housing.
Get the best and high-performance refiners for the pulp paper machine in your mill. Call now +91 (0) 240-2339234/35/36/37 or Write us at info@parason.com
Get Complete Screening Solution For Your Paper Mill
Parason medium consistency screen provides efficient separation of contaminants with low power consumption, improved screening efficiency, improved quality of paper. The baskets used are hole or slot type baskets.
Turbo separator is most suitable in the screening of pulp slurries with high trash and flake content. It can also be used as a secondary screen with a cylindrical screen in the first stage.
Reject sorter is designed with specially designed rotor and is fitted with sweeping distributing blades of specially hardened MOC.
The PDF demonstrates Combo screen, low consistency screen, reject screen for washing cycle, fibermizer, fractionator, inflow pressure screen, vibrating screen, upflow screen, hole basket, slotted basket, high consistency basket, range of different rotors, etc.
Interested in buying the complete screening solution for your paper pulp machine? Call now +91 (0) 240-2339234/35/36/37 or Write us at info@parason.com
Buy Best Screen Basket For Stock Preparation in Paper Mills
Get the Parason Screen Basket for high-quality stock preparation in your paper mills. It comes with higher capacity and requires minimum energy. Parason screen basket is suitable for high, medium, and low consistency pulp mills.
Parason hole screen baskets are ideal for stock preparation as well as in broke system in the pulp mill and approach flow screening.
The isometric views of hole baskets include a straight hole, countersunk hole, taper hole, profiled hole.
The slotted baskets efficiently remove dirt, specks, and stickies to improve properties like cleanliness, strength, brightness, whiteness, printability of the paper.
The above PDF states application based wedge bar designs, High consistency basket, inflow-centripetal baskets, screen rotors, screening parameters, product quality principal.
Innovative, Flexible and Reconfigurable Advanced Manufacturing Setup as well as Modern World Class Manufacturing Setup.
Parason also manufactures re-chrome plating of screen baskets.
Interested in buying perfect screen baskets for your paper pulp machine? Call now +91 (0) 240-2339234/35/36/37 or Write us at info@parason.com
Exclusive Range Of Thickeners For Your Paper Machine
Parason offers different thickeners for higher throughput and uniform consistencies like folded thickener, gravity thickener, and double drum thickener.
The folded thickener is used as a thickener for recycling fiber, chemical, and mechanical pulp. It is used for removing effluent sludge, brokes chemical industry. It is also used as a washer for deinked pulp, and for removing fillers and fines from the recycled fiber pulp.
The double drum thickener comes with low height requirements because of its compact design and no drop legs are needed. It has a high capacity and a simple sealing design with minimized maintenance.
The gravity thickener provides a quality of filtrate water for efficient and reliable dewatering. It has an easy and simple operation and maintenance-free.
Get the perfect thickener for your paper pulp machine by consulting with our experts. Call now +91 (0) 240-2339234/35/36/37 or Write us at info@parason.com
Buy Best Quality Refiner Plates and Fillings For Your Paper Machines
Parason designs are manufactures refiner plates with different technologies to have a wide range of selection for paper mills to suit refining needs.
Refiner fillings are designed to suit the pulp and paper industry needs for pulping and refinings. They are available from 12" to 64" size and 25 HP to 8000 HP power loading.
Our segmental refiner discs range from 34" to 48" and have properties of corrosion resistance, wear resistance, and breakage resistance.
Parason is a manufacturer of welded plates for efficient refining, cast and milled fillings, variable RIB design plates, finedge welded bar refiner plates, finedge milled refiner plates, finedge welded refiner plates, finedge inlet curved bar refiner plates, conical refiner filling.
Parason also manufactures low angle monoblock fillings, high angle monoblock fillings, tricone fillings, disperser fillings, defibrator fillings.
Interested in buying the Refiner Plates for your paper pulp machine? Call now +91 (0) 240-2339234/35/36/37 or Write us at info@parason.com
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Get Medium Consistency Centricleaner For Your Paper Mill
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Get Complete Screening Solution For Your Paper Mill
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Buy Best Screen Basket For Stock Preparation in Paper Mills
Buy Best Screen Basket For Stock Preparation in Paper Mills
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一比一原版新西兰奥塔哥大学毕业证（otago毕业证）如何办理
一模一样【微信：A575476】【新西兰奥塔哥大学毕业证（otago毕业证）成绩单Offer】【微信：A575476】（留信学历认证永久存档查询）采用学校原版纸张、特殊工艺完全按照原版一比一制作（包括：隐形水印，阴影底纹，钢印LOGO烫金烫银，LOGO烫金烫银复合重叠，文字图案浮雕，激光镭射，紫外荧光，温感，复印防伪）行业标杆！精益求精，诚心合作，真诚制作！多年品质 ,按需精细制作，24小时接单,全套进口原装设备，十五年致力于帮助留学生解决难题，业务范围有加拿大、英国、澳洲、韩国、美国、新加坡，新西兰等学历材料，包您满意。
【业务选择办理准则】
一、工作未确定，回国需先给父母、亲戚朋友看下文凭的情况，办理一份就读学校的毕业证【微信：A575476】文凭即可
二、回国进私企、外企、自己做生意的情况，这些单位是不查询毕业证真伪的，而且国内没有渠道去查询国外文凭的真假，也不需要提供真实教育部认证。鉴于此，办理一份毕业证【微信：A575476】即可
三、进国企，银行，事业单位，考公务员等等，这些单位是必需要提供真实教育部认证的，办理教育部认证所需资料众多且烦琐，所有材料您都必须提供原件，我们凭借丰富的经验，快捷的绿色通道帮您快速整合材料，让您少走弯路。
留信网认证的作用:
1:该专业认证可证明留学生真实身份
2:同时对留学生所学专业登记给予评定
3:国家专业人才认证中心颁发入库证书
4:这个认证书并且可以归档倒地方
5:凡事获得留信网入网的信息将会逐步更新到个人身份内，将在公安局网内查询个人身份证信息后，同步读取人才网入库信息
6:个人职称评审加20分
7:个人信誉贷款加10分
8:在国家人才网主办的国家网络招聘大会中纳入资料，供国家高端企业选择人才
→ 【关于价格问题（保证一手价格）
我们所定的价格是非常合理的，而且我们现在做得单子大多数都是代理和回头客户介绍的所以一般现在有新的单子 我给客户的都是第一手的代理价格，因为我想坦诚对待大家 不想跟大家在价格方面浪费时间
对于老客户或者被老客户介绍过来的朋友，我们都会适当给一些优惠。
选择实体注册公司办理，更放心，更安全！我们的承诺：可来公司面谈，可签订合同，会陪同客户一起到教育部认证窗口递交认证材料，客户在教育部官方认证查询网站查询到认证通过结果后付款，不成功不收费！
The latest Heat Pump Manual from Newentide
𝐔𝐧𝐯𝐞𝐢𝐥 𝐭𝐡𝐞 𝐅𝐮𝐭𝐮𝐫𝐞 𝐨𝐟 𝐄𝐧𝐞𝐫𝐠𝐲 𝐄𝐟𝐟𝐢𝐜𝐢𝐞𝐧𝐜𝐲 𝐰𝐢𝐭𝐡 𝐍𝐄𝐖𝐍𝐓𝐈𝐃𝐄’𝐬 𝐋𝐚𝐭𝐞𝐬𝐭 𝐎𝐟𝐟𝐞𝐫𝐢𝐧𝐠𝐬
Explore the details in our newly released product manual, which showcases NEWNTIDE's advanced heat pump technologies. Delve into our energy-efficient and eco-friendly solutions tailored for diverse global markets.
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Best Deinking System For Pulp Paper Mill
- 1. The purpose of de-inking is to remove the printing inks and other substances like stickies that might effect the paper making process or the final properties of the paper. www.parason.com DEINKING SYSTEM the refining people
- 2. In a deinking process ,the ink should be first detached from the fiber. Flotation technology with high efficiency provides high yield of fibers and simple handling with maximum operating reliability. A deaerator cyclone removes air from the stock and usable fiber is recovered from the foam. Salient Features • Highest possible degree of brightness is achieved • Improved optical cleanliness in recovered paper stock • No sizing restrictions • Single level control loop operation • Optimized flotation yield at secondary stage without loss of brightness and cleanliness • Very low fiber loss in the de-inking process as the foam is treated in a cascade process • High percentage of ash in reject resulting in low fiber losses DEINKING SYSTEM Injector Bubble AirAir Intake Pulp + Deinking Chemical
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