Bry-Air Asia Private Limited Civil Lines, Delhi

The Bry-Air® Seed Dryers and Seed Storage Systems dry and preserve seeds without affecting their quality. Seeds need to be preserved for short term and long term for future use ..replanting as well as research. Seed ageing and ultimately death occurs due to time. However, it is possible to ensure long survival of seeds by controlling temperature and relative humidity. Reduction in temperature and moisture content ensures increased seed life. Seeds can be preserved for long period by lowering the moisture content of seeds to around 5%.This is achieved by drying the seeds. Conventionally, seeds are dried at elevated temperatures which destroy their germination potential. Bry-Air Seed Dryers, based on the state-of-the-art Desiccant Dehumidification Drying Technology, dry the seeds to the required level in approximately eight (8) hours without affecting their quality.Seeds dried prior to storage can regain moisture and suffer damage if not stored under controlled conditions. Dried seeds can be preserved for years in dehumidified stores without loss of germination potential. Bry-Air Dehumidification based Seed Dryers and Storage Systems are being used extensively world over by commercial and plant breeding organisations including the FAO.

Moisture/ Humidity control for Seed drying and Seed Storage A variety of seeds are commonly stored for consumption or processing in future. The primary concern in such storage is to protect the seed from damage by fire, water, insects and rodents. However, seeds must also be preserved for sowing at a later date or for genetic experiments. When stored for such purposes, the seeds must also be protected from loss in germination potential. Importance of Seed drying and storage Due to improper drying and storage conditions, seeds suffer from major retarding effects. These are: loss of viability discoloration toxin production growth of fungus. Therefore, seed conservation through efficient processing and storage becomes factor of prime importance. Proper drying limits the subsequent rate of seed deterioration during long term storage. Three important factors determine the shelf-life of seeds: Storage temperature Relative humidity of surrounding air Moisture content of the seed during storage Purpose of Seed Storage After the seeds are dried, the next phase is their safe storage. Safe storage of seeds is important for a variety of reasons. Obviously, seeds must be preserved for use as human and animal food, and for planting. Seed viability must also be protected for various uses (germplasm protection) by the plant scientist who maintains a permanent reservoir of seed stock by establishing a seed bank. Seed storage is the maintenance of high seed germination and vigour from harvest until planting. The purpose of seed storage is to maintain the seed in good physical and physiological condition from the time they are harvested until the time they are planted. Seeds have to be stored, of course, because there is usually a period of time between harvest and planting. During this period, the seeds have to be kept somewhere. While the time interval between harvest and planting is the basic reason for storing seeds. Seed suppliers are not always able to market all the seeds they produce during the following planting season. In many cases, the unsold seeds are ‘carried over’ in storage for marketing during the second planting season after harvest. Problems arise in connection with carryover storage of seeds because some varieties and lots of seeds do not carryover very well. Optimal Seed Storage conditions Storage conditions depend on projected use of seed. Seed Storage has certain requirements which include protection from water, contamination, rodents, fungi etc. Additionally, controlling relative humidity and seed storage temperature is vital. The two are interrelated. Interestingly, for short term storage, their relationship can be expressed by a simple rule of thumb. Storage temperature (in °F) plus relative humidity should total 100. For achieving the controlled air requirement, refrigeration, offers a direct, simple and economic solution to control both temperature and relative humidity to the specified level. Bry-Air Dehumidifiers for moisture removal and humidity control, in conjunction with refrigeration equipment for sensible cooling and temperature control, are being used extensively by leading seed processors worldwide. Thus, preserving the basic element of nature, the perpetuator of life … SEED.

Moisture Control during Mushroom Drying and Packaging Extending the shelf life of mushrooms is important for mushroom producers and consumers. Regardless of the species, mushrooms can only be stored for few weeks because their quality deteriorates. Effects of Uncontrolled humidity Mold growth , if they are not dried properly Turn into a pool of black goop General Recommendation For drying and packaging, the recommended conditions are 0ºC with below 30% RH level. Image Gallery   Bry-Air Solutions It is necessary to monitor the moisture level of logs during production. Mushrooms not only have to be stored in cool dry places but also need humidity control during drying, packaging and storage. Bry-Air’s recommendation is to install a Bry-Air desiccant dehumidifier as it is capable of maintaining dew point as low as -60ºC (-76F°)regardless of ambient conditions. Bry-Air Dehumidifiers help to maintain optimum required humidity conditions which prevent deterioration due to loss in product characteristics and quality. Ideally, a dehumidifying system in conjunction with air-conditioning system should be installed to provide optimum condition for safe storage and to avoid spoilage. It has been found that drying has increased the shelf life of mushrooms by at least 6 months.

The Bry-Air offer superior quality Mould Temperature Controller BTC series which is designed to maintain constant temperature of Mould during the Moulding process. It is engineered to provide precise temperature control. This technology is increasingly being used to improve the quality of injection moulded parts and to avoid material wastage during injection moulding start up phase. Apart from its functioning it has an exquisite appearance and is small in size, also it is convenient for mobility as the unit is mounted on wheels. Widely demanded in various industries, our range is known for its reliability & accuracy. We provide these in different specifications to meet the diverse demand of customers in different Industries with different application areas worldwide. The state-of-the-art design of our Mould Temperature Controller is seen in high quality injection plastic mould like automobile Industry, medical plastic industry, white goods industry etc. Bry Air Mould Temperature Controller is available in water and oil.The temperature can be maintained between 40 – 90°C in case of water and 40-150°C in case of oil. Advantages of Bry Air Mould Temperature Controller:   Simple & compact design Suitable for all kinds of mould for Injection Moulding Machine Precise temperature control Easy connection for supply & return cooling circuit, by hose nipple

The Bry- Air Ecodry Mould Dehumidification System is an example of the innovation, based on market needs. Bry-Air EcoDry Mould Dehumidification System – MDS Series is designed exclusively to prevent mould sweating. The Bry-Air Mould Dehumidification System ensures increased production through reduced cycle times. A chilled water pre-cooling coil combined with the latest in desiccant technology ensures super dry air. This prevents mould condensation on injection moulding machine. Typically, a MDS-3 model Mould Dehumidification System can prevent condensation on moulding machines upto 800 tons. Features   Eliminates mould sweating, improves cycle time, reduces scrap rate Increases mould life Can supply dry air to multiple machines Portable, easy to handle Enhances part / product quality Eliminates streaks, bubbles and other defects Choice of individual, plant wide and centralised control

Ideal for drying non-hygroscopic resins, the Bry-Air EcoDry Hopper (Hot Air) Dryer is a compact and rugged hopper packaged with a blower, stainless steel tubular heaters and automatic temperature controller. Designed and engineered for easy handling, they are a perfect match for your plastics processing machine with the flexibility to be either be machine mounted or installed at the side of the moulding machine. The plastics resins, to be dried, can either be loaded manually or with the Bry-Air Auto Loader. Available in 6 standard models with a capability to dry 13 to 400 kg/hr of non hygroscopic resins, they are a superior alternative to oven drying in performance, energy as well as labor inputs. For Hot Air Dryer larger than 400 kg/hr. it is available a different series, know as HAD (L) Series. For technical specification of HAD (L)  Assured speedy and uniform drying, ensures numerous benefits to the molder like better surface finish, cleaner shop floor, improved quality, increased output, increased profitability, power saving and reduced material handling.

Product Brochures Technical Specifications Applications Product Brochures Technical Specifications Applications Product Brochures Technical Specifications Applications   Overview Ideal for drying non-hygroscopic resins, the Bry-Air EcoDry Hopper (Hot Air) Dryer is a compact and rugged hopper packaged with a blower, stainless steel tubular heaters and automatic temperature controller. Designed and engineered for easy handling, they are a perfect match for your plastics processing machine with the flexibility to be either be machine mounted or installed at the side of the moulding machine. The plastics resins, to be dried, can either be loaded manually or with the Bry-Air Auto Loader. Available in 6 standard models with a capability to dry 13 to 400 kg/hr of non hygroscopic resins, they are a superior alternative to oven drying in performance, energy as well as labor inputs. For Hot Air Dryer larger than 400 kg/hr. it is available a different series, know as HAD (L) Series. For technical specification of HAD (L) click here. Assured speedy and uniform drying, ensures numerous benefits to the molder like better surface finish, cleaner shop floor, improved quality, increased output, increased profitability, power saving and reduced material handling.

Insulated double wall construction in CRS Sight glass for checking material level Slide gate to control material flow Removable air distribution cone for uniform air distribution Clean out door* Loader mounting arrangement for automatic loading Machine/floor mounted Emergency drain out for quick change of batch Quick openable latches for top cover removal

High performance plastics require precision and accuracy in all phases of production. Even the slightest deviation from the prescribed ratio of materials leads to products that are unusable and thus further leads to huge overhead expenses. Gravimetric Blending Units solve this problem by automatically weighing multiple components to produce the exact blend of materials necessary to create a high-quality product every time with consistency. A Gravimetric Blending Unit is essential to get the most out of blow moulding, plastics extrusion, and injection molding processes. Industrial Blender (Gravimetric Blending Unit) can be deployed in a variety of ways depending on the type of manufacturing process. Most can be mounted directly on other machines in order to create a seamless production process. Also, Loaders are often a desirable peripheral for blenders in order to facilitate the loading process and avoid human error or injury. In any industrial plastics environment, gravimetric blenders are an absolutely essential component of the production process. Their efficiency and easy use facilitate production without rejection, reduce human error and injury, and saves material. Blend With Bry-Air Bry-Air’s Gravimetric Blending Units ensures proper mixing of additives and colours of the pellets or blends hence reducing rejections. The Unit helps in providing the extruder /moulder with the most accurate solution of colours and blend of pellets, resins and master batches with consistency. The Units can be used as a centralised stand-alone system or it can be machine mounted. The throughput ranges from 6.8 kg/hr to more than 2268 kg/hr. All models dispense and blend all materials (in granular form) for continuous and unfailing accuracy.   Advantages of Bry-Air Gravimetric Blending Unit   Accurately weighs ingredient and virtually eliminates colorant and additives getting wasted Consistent Accuracy Automatically adjust for variations in density Calibration is an automatic in function Setup in minutes not hours Measures by weight not volume

Bry-Air setting new benchmarks in gas phase filtration have introduced a custom-designed solution for data centres known as Bry-Air DataCenter Air Purifier (DAP). With the introduction of Bry-Air DataCenter Air Purifier (DAP), you can now protect your data center effectively from threat of electronic corrosion and abrupt failures. Bry-Air DAP is manufactured to the highest quality, reliability and ecological standards. Bry-Air DAP houses a revolutionary Honeycomb Chemical Filter which is the heart of the system. This next generation revolutionary new medium is a building block of our new custom designed solution for data centers. Bry-Air macro-porous desiccant formed honeycomb matrix filter has a high bulk density and very high structural strength as well as adsorption capacity. This honeycomb matrix technology not only reduces the size of DAP but also increases its efficiency and life while reducing energy bills. All this provides a much higher capacity chemical filter with a much longer mean time between replacements (MTBR). Some of the Salient Features of Honeycomb based Bry-Air DataCenter Air Purifier (DAP) Only honeycomb filter with permanganate Ease in replacement of media filter Optimum space stilization Ease of operations/maintenance Very high impregnation of oxidizing agent, resulting in 100% desired output Filters cassettes are made of stainless steel (SS) Filters are tested in accordance with the standards of ASHRAE 145.2 and ISO 11155-2 Energy saving because of very low pressure drop over traditional media Bry-Air air purification honeycomb bed recirculation/pressurization units (GPF) are the self-contained units Bry-Air purification system removes both organic and inorganic contaminants from the air and supplies air free of contaminant gases to the controlled environment Robust CNC fabricated structural construction & painted unit Easy to operate   Suitable for continuous operation Manual switch for operating the system Easy to handle due to low weight

Largest capacity range in Compacts – from 170 cmh to 3000 cmh (100 cfm to 1766 cfm). The Bry-Air FFB Series, 170 cmh through 3000 cmh (100 cfm to 1766 cfm) desiccant dehumidifier line is designed to integrate “small footprint and finish” of a commercial unit with “the ruggedness” of an industrial dehumidifier.The BRY-AIR® FFB Compact Dehumidifier is CNC fabricated with powder coated finish and incorporates a high performance fluted metal silicate desiccant synthesized rotor which allows for: Reduced Foot Print Increased Performance Lowest Volume/ Weight per CMH Innumerable mounting options Light weight, and can be installed above the false ceiling eliminating the need for floor space The FFB Compact Dehumidifier removes moisture through a process of continuous “physical adsorption”. The moisture is adsorbed in the dehumidification sector by the fluted, desiccant synthesised rotor and is exhausted in the reactivation sector by a stream of hot air in a counter flow. India Plant is the hub for all manufacturing of FFBs for the Bry-Air Group including USA. In USA it is sold under the brand name : MiniPAC.   Download Product Brochure in Russian Language Download Product Brochure in Korean Language Download Product Brochure in French Language Download Bry-Air Pocket Handbook for Dehumidification Applications  

Cabinet-Style, Floor Mounted Twin Auto Loaders are available in three combinations: CNC manufactured with powder coated finish Heavy duty regenerative vacuum pump Unique silicon & SS flapper design Material receiver belly for primary and secondary loading Quick removable clamps for material and vacuum hoses Micro PLC controller to supervise the operation, faults management along with display messaging of system parameters of twin loader Pneumatic actuated cylinder to change the vacuum from primary receiver to secondary Service window for easy service of receiver belly in case of JIT Receiver CRS receiver & SS as optional Flexible, transparent hoses of PVC/ PU material for visibility of conveying material Caster wheel mounted cabinet for easy movement Cartridge type dust replant high efficiency paper filter Adjustable material pick-up tube for air to material ratio Audible alarm with message for faults like material shortage & pump tripped Password facility to avoid any kind of unauthorized handling SS Mesh Filter of 530 microns separates the resin from the air in the receiver belly ATM valve helps in avoiding frequent on/off of vacuum pump World wide proved Siemens make electrical switchgears for safety & reliability Option available for pneumatically operated ratio loading & vacuum takeoff box Integrated limit-switch activates material demand C-Clamp for easy removal of top hood in the receiver belly for easy cleaning Working Principle: Bry-Air Twin Loader ensures that the material is always available at both the Primary and Secondary receivers. These Loaders are designed for conveying of un-dried and dried material at both points. When the power is switched On i.e. when start key is pressed, the vacuum blower starts and the solenoid valve of primary receiver get energized starting the primary loadings. After completion of primary loading, the solenoid valve of secondary receiver get energized and secondary loading starts. At the same time primary receiver belly dumps material into hopper and a signal goes to the controller for next cycle. After completion of the both cycles, primary as well as secondary, the controller checks at which station material is required. If primary loader doesn’t need more material, the controller will switchover the loading to secondary loader and vise-versa. If both station do not require material, after a set delay time vacuum blower stops. Whenever the material is required by any station, the blower starts again and work as per the above sequence. The three combinations available in twin loader are: Flapper & Flapper Type Receiver – When both the primary as well as secondary receivers are mounted on the Hoppers for conveying of un-dried material to two drying hoppers. Flapper & JIT (just In Time) Type Receiver – When one receiver is mounted on the Hopper for loading of  un-dried material and secondary receiver directly on the throat of the machine for conveying of dried material JIT (Just in Time) & JIT (Just in Time) TYPE RECEIVER – When both the primary as well as secondary receivers are mounted directly on the throat of the machine and for conveying dried material.