About Manor Enterprises:
MANOR, a Seventeen year's young organization, headed by a group of technocrats, emerged with a vital directive of presenting state of the art products and services in the field of Energy Savings. We are glad as manufacturers of Energy saving equipment's such as Heat Pipe Heat Recovery System, Desuperheaters and Econet Systems.
We are a part of M/s. MANIK Group. The group consists of "Manik Engineers" a well known brand for Refrigeration Controls, serving the industry for the past 30 years in India and " MANIKS ", the number brand in India for Dust Collector Pulse Solenoid Valves and timers.
The company was started by Mr. Shekhar Kulkarni, an IIT Powai Alumni, in 1978. We have different manufacturing plants in Pune for various product ranges. With the vast experience of MANOR'S Guru in the Air-conditioning and Refrigeration Industry, MANOR has chosen "Waste Heat Recovery through AC & R Compressors" as the contrivance to achieve large energy savings in the segments like Pharma & Chemical, Hotel & Hospitality, Speciality Hospitals, Dairy & Food Beverages, and Textile etc.
The " Desuperheater Water heater " manufactured by MANOR has evolved as the most advantageous accessory for an AC & R plant that delivers Free of Cost Hot Water and enhances compressor's performance and life expectancy besides other concealed benefits.
Desuperheater installations at various places and in various industries have saved energy worth Cores of Rupees. Though the savings have benefited our customers directly by increasing their profits, it has also contributed in keeping the environment clean and pollution free and thus helping to reduce global warming effects.
Our esteemed customers now enjoy being "Echo-Friendly " and " Cost-Effective" organizations. And we welcome you to be the part of this movement!

Application:
Desuperheater Water Heater Segment Wise Application:
Hotels & Hospitals:
Water for bathing/Sterilizing/kitchens/Laundries

Pharmaceutical & Chemical:
• Dehumidifiers/ Calorifiers/ Autoclaves/ Boiler Feed/ Air Preheating/ Tablate Coating Machines

Dairy & Food Processing:
• Hygienic Washing & Cleaning/ Boiler Feed/ Chocolate Tracing/ Powder Drying/ Dehumidifiers

Texttiles:
• Dehumidifiers/ Yarn Drying/ Preheating/ Boiler Feed

Engineering & Automobile:
• Boiler Feed/ Degreasing/ Washing & Cleaning/ Paint Shop Processes.

Heat Pipe Heat Exchangers Application:
MANOR Heat Pipe Exchanger recovered waste thermal energy from the furnace exhaust flue gas and transfers this energy to the incoming combustion air. The incoming air thus become hot and was used for the preheated inlet air supply to the Burner.

Segment wise Applications of Heat Pipe Heat Exchangers:
• Waste Heat Recovery Form Air Conditioners
• Heat Pipe Air Pre-Heater For Boilers
• Waste Heat Boiler To Recovery Heat
• Heat Recovery At The Kiln Furnace
• Spray Drying
• Bakery Oven
• Boiler
• Brick Kiln
• Print dryer
• Chemical Fluid Bed Dryer
• Dehumidifier
• Paint Shop Ovens
• Foundry Hot Blast
• Fume Scrubber
• Heater Flue Gas
• Heat Treatment Furnace
• Humber Dryer
• Plastic Laminate Dryer
• Annealing Fur
• Solvent Boil Off Oven
• Spray Dryer
• Plastic Laminate Dryer
• Textile Cloth Finishing Oven
• Tanter Frame Textile Drying Oven
• Tumble Dryer
• Veneer Dryer

Industrial Applications – Industrial Processes From Where Waste Heat Can Be Recycled:
• Paint Drying Ovens
• Spray Dryer
• Boilers
• Textile Ovens
• Curing Ovens
• Dehumidifier
• Forging Areas
• Rubber Vulcanizing Units
• Planting Process
• Timber Dryers
• Grinding Areas
• Desiccant Dehumidifiers
• Bleaching Ovens
• Bricks Kilns
• Paper Dyers
• Spray Dryer
• Heat Treatment Areas
• Reverberatory Furnaces
• Vinyl Ovens
• Casting Plant
• Foundries
• Baking Ovens
• Waste Steam Exhaust
ECONET Application:
Ecomesh Application:
Air Cooled Chillers: Any make or model or air cooled chillers, whether a new project or retrofit application can be easily converted to a wet system by means of either factory add on or site modification. The efficiency improvement in terms of COP is illustrated in Following Graph.
Air Conditioning Application:
Large numbers of air conditioning units from almost every make and model around the world have been successfully fitted with ECONET kits.
Systems installed so far indicated energy efficiency improvements of up to 45% with a maximum one cooling season pay back.
Even with poor water quality, nozzles and meshes have been operating for more than 4 years without any cleaning requirement.
Refrigeration Application:
ECONET has also been successfully applied for large scale air cooled condenser units for both HFC and Ammonia refrigeration operations around the world.
A number of condenser manufacturers have already incorporated ECONET as part of their standard range, and are offering both new and site retrofit kits. Refrigeration electrical loads are one of the main electrical intakes for many Food Processing Processes and Supermarket Refrigeration, so any saving in terms of energy is welcome news for the profitability.
Benefits:
Benefits of Desuperheater Water Heater:
A) Desuperheater Water Heater required Cooling water Flow in the condenser and removes the superheat from the refrigerant Gas. This subsequently reduces:
• Water loss through Cooling Tower circulation.
• Power consumption in Cooling Water Pump & Cooling Tower fan.
• Wear & tear of Cooling Water Pump & Cooling Tower fan.
B) Reduction in condenser pumps power
C) Hot Water generated from the Desuperheater will be used as "Preheated Boiler Feed Water." This will minimize Boiler Operating Hours. This subsequently reduces.
• Power consumption and Wear & tear in Fuel Pump, Combustion Air Fan & Water pump
• Consumption of Fuel through Burners etc.
• Frequent Scaling of tubes
The COP of the Refrigeration Plant will improve. This subsequently extends:
• Lesser running hours of the refrigeration plant for the given load
• Increased life, lesser Wear & tear of compressor / motor
• Additional saving in Electricity

ADDITIONAL ADVANTAGES OF WASTE HEAT RECOVERY SYSTEMS:
Waste Heat Recovery Systems in industrial Air Conditioning and Refrigeration systems have number of advantages besides the recovery of heat:
• The operating "condenser" duty is reduced when a Heat Reclaim System is "retrofitted". This reduces the condensing pressure, which in turn reduces the BKW of the compression equipment, and/or reducing the condenser fan horsepower. For new installation it is not recommended that the condenser size be reduced unless the "heat reclaim" requirement coincides with the maximum plant load conditions.
• Where a Desuperheater is installed, the refrigerant gas temperature inlet to the condensers is reduced, thus reducing the "fouling" tendency of the condenser & thus reducing water treatment requirement.
• Where a Desuperheater is installed, most of the oil that is normally in Vapour State will condense & a good oil separator can remove it. By removing the oil before it gets to the evaporators, the system efficiency is increased with the possibility that the evaporator pressure can be increased.
As a "thumb rule" a 1.8℃ increases in evaporator temperature decreases energy requirements by approximately 6%. A 3℃ increase will decrease the energy requirement by about 11%.
QUANTIFICATION OF BENEFITS:
Typical 100 TR Freon system has potential to recover 50, 000 to 60, 000 kcal/hr. Depending on the end use analysis the monitory savings can be as high as Rs. 6, 00, 000/- to Rs. 7, 50, 000/- per annum !!! (Basis: 350 days, 20 hrs/ day, F.O. Fired Boiler) In addition, it results in 3 to 5 % reduction in refrigeration and AC operating cost coupled with prolonged compressor life.
Benefits/Advantages Of Heat Pipe Heat Exchangers;
• Passive Operation
• Long Life
• Zero cross contamination since streams of source and sink are physically separated
• Minimum Maintenance
• Compact Size
• Practically zero back pressure

Benefits of ECONET:
A) Reducing Running Cost:
Lower condensing temperature without a water reservoir, hence, the health risks associated with a still water reservoirs completely eliminated.
B) Green Solution:
Reduced energy consumption, hence less indirect CO2 emissions.
C) QUICK RESPONSE:
Large mesh surface area provides efficient adiabatic cooling & evaporates very rapidly to cool the incoming air.
D) LOWER MAINTENANCE COST:
Reduced condenser pressure leads to reduced discharge temperature which extends the compressor reliability and life.
F) FLEXIBLE SYSTEM:
Sectional panel and coil design suits every make and model of mini split, air cooled chiller, rooftop unit, air cooler condenser on the market.