Drycool Systems (I) Pvt. Ltd.

Sector 63, Noida, Uttar Pradesh

• Our cold rooms are designed for special applications and special temperature  control.
• The user-friendly structure is a CFC-free refrigeration system, which facilitates efficient cooling, freezing of the chamber.
• These cold storages are widely used by Food Processing and Pharmaceutical industry, Fisheries, Hotels and Research & Development companies.

Temperature Range:

• Chiller : 2 to 8 deg C
• Freezer : -18 to -30 deg C

Door :

• Flush type
• Overlap type
• Sliding type

Floor Type:-

• Panel with AL ch. sheet
• Puff slabs with Kota stone

Insulation material:-

• Puff (highly heat resistant material)

Features:

• Wide temperature range and capacity
• Pre-fabricated panels for easy assembly, cam lock in tongue and groove assembly
• Food safe and CFC free
• Micro-processor based electronic control panel board, digital temperature indicator
• Energy efficient refrigeration systems attuned to suit high ambient conditions

Applications

• Hotels & Restaurants
• Ice Cream Industry for Hardening & Storage
• Primary Processing & Food Processing Plant
• Incubation Chamber & Dairy Products Storage.
• Air-Conditioned Ware House
• Hospitals & Labs
• Pharmaceutical Industry
• Floriculture
• Horticulture
• Super markets & Convenience Store
• Pre-Cooling Chambers
• Blast Freezer for Poultry Processing

Our enterprise has gained immense recognition in manufacturing, exporting and supplying a quality assured array ofAir Washer.Our offered washer is widely used for removing dust particles from the air. The washer provided by us is manufactured by making use of excellent grade components with the aid of advanced techniques in line with international quality standards. Apart from this, clients can avail thisAir Washerfrom us at rock bottom prices.

Features:

• Excellent functionality
• Rugged design
• Impeccable finish
• Enhanced durability

Specifications:

Capacity Availiable for Air Washer : 2000 to 40000 CFMwith single Blower &4000 to 80000 CFM withSingle & multiple blowers

Base Frame of Air Washer: The total assembly is mounted on a horizontal member of heavy Mild steel channel.

Air Washer Fan Section : Constructed inGI/SS Sheet with Inspection Doors.

Wet Section : Constructed inGI/SS Sheet.
Water Tank Structure of Air WasherConstructed inGI with Frpcoated/SS

Air Washer Blower : Dynamically Balaced Forward Curved, DIDW Type Make DRYCOOL / Imported.

Cellulose Paper Pad :Imported HUTEK, Munters

Air Washer Electric Motor : Three Phase, TEFC squirrel cage induction motor ofstandard makes (Crompton, ABB and Kirloskar etc.).

Drive Pulley : V-Groove with/without Taper Lock hub.

V-Belts : Fenner make.

Pump: Monoblock make Crompton / Kirloskar.

Filter used in Air Washer: HDPE/Aluminum/GI Mesh Filter, Micro Vee, Hepa as per requirement.

Pipe Fittings in Air washer : PVC piping with all Necessary fittings such asfloatvalve, quick fill, overflow &drain ports.

In this write up, an energy-saving device is introduced into the air-handling unit (AHU). Due to increases in energy costs, energy saving devices or systems have become the new preferred trend in tropical countries. A primary cooling coil system is incorporated into the AHU to recycle the condensate water in order to achieve energy savings. The warm outside fresh air is drawn through the primary cooling coil to recover the latent heat of condensate water. The large temperature gradient between the warm fresh air and condensate water enlarges the amount of energy recovered. This system is well applicable to primary AHU which serves primary air to the airconditioning system. The cost of installing the device is negligible but in returning long term saving. Furthermore, the de-cooled condensate water can be drained off through non-insulated drain pipe. The idea generation is discussed in the introduction. Chapters 2 and 3 describe the preliminary calculation of the energy saving percentage. Chapter 4 shows the detailed theoretical study of the development of the energy saving system. This shows the viability of the idea. Chapter 5 will recommend the design of the primary cooling coil configuration to achieve the desired cooling effect and energy saving strategy. Lastly, the conclusion of the whole study is presented.
In tropical countries such as the United Arabia Emirates (UAE) and Malaysia, the climate is always hot and highly humid throughout the year. Lots of energy is consumed for Air-Conditioning and Mechanical Ventilation (ACMV) systems.
For buildings such as hotels and hospitals, energy is used to cool down the fresh air in the primary AHU and pumped into the building to achieve the internal air quality required. Due to the high humid climate, lots of condensed water is drained away as a by-product. However, the cooled condensate water actually consumes 2% of the total cooling load of the system on average. Here, we are studying the recovery of the condensed water in which the 2% energy can be saved. 2% of energy for a system running 24 hours a day can make a significant reduction for the operating cost.
The condensed water is first collected by the condensate drain pan below the main secondary cooling coil. Then, the collected condensed water is pumped into the primary cooling coil for the de-cooling process.
In order to maximize the energy recovery, a primary cooling coil is recommended to be installed at the fresh air intake opening of the AHU where the temperature gradient between the air outside and condensate water is greater, rather than at the side in which air returns or at the mixing plenum.

Owing to our years of industry experience, we are engaged in providing our clients a wide range of high quality PVC Fill. Offered product is widely used in various places as per their precise needs of applications. Manufactured by skillful professionals using finest quality raw materials and most recent technology in order to meet the set industry quality standards, we offer this product at the most affordable rate to the clients. Honeycomb type PVC fills are used for extended contact area having a high heat transfer efficiency. The crossing of air and water stream in close proximity. Which creates a diffused turbulence conducive to evaporation and efficient heat transfer, all PVC fills are double folded with an automatic drainage system, producing a favorable pressure drop and a good protection against erosion. They are glued by automatic process and manufactured with German design ensuring a maximum drift of 0.001% under standard design conditions. The sub distribution pipes are made of rigid PVC with a testing pressure of 6 Kg/cm².

Features:

• High performance
• Sturdy construction
• Longer service life

• Where applicable and where there is sufficient ventilation, the room is fitted with an on-board air cooled refrigeration system capable of hold foodstuffs at the required temperature i.e. Chilled foods: +2 to +10C (Adjustable), Fresh meats: -2 to +5°C (adjustable), Frozen foods: -18 to –2°C. The unit is manufactured to take up the full length of a panel and take condenser air from the coolest area i.e. Bottom of unit. The condenser is fitted with a filter, which is removed for easy cleaning. The unit is selected to operate in ambient temperatures up to +3°C and optional tropical version if required.
• A control panel is incorporated to include a digital temperature display that is easily adjusted to the required temperature instrument  also have a high/low temperature alarm pre-set to be both audible and visual should the room temperature go beyond pre-set limits. The refrigeration system is environmentally friendly refrigerants. This unit is supplied with bulkhead light and light on/off switch. The freezer model is fitted with a pressure equalizing valve. To reduce operating costs the unit will defrost using a reverse cycle hot gas system.
• Where there is insufficient ventilation a heat disposal system is offered. This will take condenser heat by a means of a water heat transfer system to an outside or cooler area. The condenser section is simple to install and low in noise, so as not to create a nuisance or attract complaints via environmental health officers. The unit has a rating of no more than 40 DBA at 1 meter. The interconnecting pipe work is of non-kink neoprene hose and the system filled with a water glycol solution. All other components remain as air cooled version.

Drycool with its exceptional thermal performance and fatigue resistance, the compact-sized DRYCOOL Shell & Tube heat exchanger opens up a whole new world of possibilities. Designed for use with liquids, gases and two-phase mixtures at pressures up to 100 bar (1450 psi), in both PED and ASME, and at temperatures up to 450°C (842°F), DRYCOOL Shell & Tube is suitable for a wide range of aggressive media.

The benefits of DRYCOOL Shell & Tube:

• Robust design and minimized maintenance ensure maximum uptime
• Superior thermal performance means maximum heat recovery using minimal heating and/or cooling media, which cuts fuel consumption, energy costs and environmental impact
• Small footprint and light weight minimize installation, operating and maintenance costs
• Gasket-free construction means high security against leakage
• Easy to install and maintain due to multipass design
• Compact solution with a small footprint

The features of DRYCOOL Shell & Tube:

• Patented roller coaster plate pattern ensures exceptionally high thermal efficiency
• Unique cut-wing plates allow for multi-pass design
• Fully welded design allows for high operating pressure and optimizes resistance to fatigue
• Robust design and minimized maintenance ensure maximum uptime
• Distribution pipes run through the plate pack, relieving stress on the pack itself

Cold Room Panels :

• Category - Stainless Steel panels, Aluminum boards, colore steel plate, poder coating styeel plate
• Specifcation - 60, 70, 100, 120, 150, 180mm
• Standard wodth of cold room plates - 960mm, length - 200mm1200mm
• We can meet all your special requirepemt for cold room

Performance Data :

• Lenght 0.2MPa
• Max. Operation Temp. - 90^oC
• Lowest Operation Temp. -120^oC

General :

• Walk in cold room and freezer rooms are constructed of prefabricated insulated panels to allow convenient and accurate field assembly and future enlargement by the addition of further panels. Panles sizes allows entry to proposed area without cutting or adjustment where possible.
• Construction of wall, ceiling and floor panels are such as to meet international Hygiene food Hygiene standar.
• Panels are fire resisant class 11
• The refrigeration equipmet are ISO approve and appliances tested at point of construction or after installation.

With our rich industry experience and knowledge, we are engaged in offering high quality Sprinkler Fan. Precisely manufactured by our experienced professionals using quality accepted raw material in conformity with industry standards, we offer this fan in various specifications as per the precise needs of clients. Also, this fan is checked on numerous quality parameters to ensure its durability and reliability. Fan is not aerodynamic design, axial flow type to achieve better efficiency. MK's Fan is made of adjustable FRP/Aluminum alloy blades that ensure large airflow at low static pressure, thus fan blades can change fan power consumption.

Features:

• High strength
• Corrosion resistance
• Sturdiness

Specifications

• Each cold room/freezer room is equipped with one (1) semi-rebated hinged door complete with heavy duty hinges and lockable door handle, fitted with a luminous emergency entrapment release, which will override the locking mechanism. Door gaskets will be of a pullout push-in type for easy field replacement.
• Door surround and threshold are in stainless steel Grade 304. For freezer application the door surround will be fitted with heater to keep door free at low temperatures. Two standard sizes relating to room width is supplied the larger giving a clear opening of 700 X 1840mm. The smaller 545 X 1840mm.
• The door blade is of the same finish as the room panels supplied. Door sweeper gaskets are supplied for floorless room applications.

With our rich industry experience and knowledge, we are engaged in offering high quality Flange Motor. Precisely designed and manufactured by knowledgeable professionals using quality accepted components and latest techniques in conformity with industry standards, we offer this motor in different stipulation and can also be custom designed as per the precise needs of clients. Also, offered motor is meticulously tested on different quality parameters to ensure its high problem free performance at client end. Special low RPM totally enclosed motors of vertical, flange type with enlarged and threaded shaft and sealed top supplied with the cooling tower, the motor is totally weather proof in IP 55 construction suitable for heated and humid atmosphere.

Features:

• High quality
• Low maintenance
• Durability

We are a remarkable entity, engaged in offering a high quality range of Rotary Sprinkler. Designed and developed in observance with industry standards using ultimate quality raw material, this sprinkler is stringently tested on various quality parameters by our professionals to avoid any kind of production defects. We offer this sprinkler in diverse stipulation at industry leading rates to the clients. Drycool specially designed rotary sprinklers head is made of aluminum alloy to avoid corrosion, also fitted with sealed ball bearing to take care of thrust and radial loads. It rotates at 1- RPM by the reaction force from the circulating water that is discharged at low pressure out of holes along PVC/HDPE pipes screwed into a rotating head.

Features:

• Excellent performance
• Rugged construction
• High quality

We are an eminent entity engaged in offering an extensive range of Plate Heat Exchanger. The offered exchanger is precisely manufactured by our skilled professionals following high definition engineeringprinciples and utilizing premium quality components. This exchanger is tested properly against numerous parameters in order to deliver defect free range. Client can purchase the offered exchanger from us at economical prices.

Features:

• Sturdy construction
• High functionality

When sudden large air demands occur, dry air receivers should have adequate capacity to minimize a drop in system air pressure. If these pressure drops were not minimized here, the performance of air dryers and filters would be reduced because they would no longer be operating within their original design parameters.The term "dry receiver" refers to the receiver placed after the air dryer and other air preparation equipment.

Air receiver sizing:

The size of the air receiver is dependent upon air usage and the compressor style. The general rule to size a air receiver is: 

• Receiver Size = Compressor ACFM * 1 Gallon/ACFM
• For a 200 ACFMCompressor = 200 Gallons
• With a Conversion Factor of 7.48 Gallons/Cubic Ft. = 27 Cubic Ft.

Wet receivers provide additional storage capacity and reduce moisture. The large surface area of the air receiver acts as a free cooler, which is what removes the moisture. Because the moisture is being reduced at this point in the system, the load on filters and dryers will be reduced. The term "wet receiver" refers to the storage vessel or tank placed immediately after thecompressor. This device helps with contaminant removal, pressure stabilization and pulsation reduction.