Start a attar making Business
 
            


What is attar ?

Attar perfume is the natural, undiluted form of a perfume created using a process of distillation. In these perfumes, no alcohol or any other man-made additive is used in combination with the natural elements that make up the perfume. The oils that are used to make this type of perfume typically come from flower petals, but the leaves of a flowering plant may also be used.
The word "attar" comes from the word `atir, which in the Persian language means "sweet or fragrant." This type of perfume may also be called "otto" or "ottar" perfume. These words can be used interchangeably; all three derive from the same Persian word.

An attar perfume is often confused with an essential oil. Attar perfumes and essential oils can each be made from a single scent, but attars are generally composed of a combination of flowers to create a unique and original fragrance. In general, these two types of fragrant oils are made through different distillation processes, although that is not always the case. Most often, though, essential oils are obtained through steam distillation while attars are procured through water distillation.

A true attar is a perfume oil made from flower petals distilled in water using low heat and pressure. Some attars also contain exotic woods, spices and resins. Over several weeks, the steam containing the fragrance oils is collected into a container of mild sandalwood oil. There, the oils blend together until the sandalwood is completely saturated with the fragrance of the flowers.
In the art of perfumery, sandalwood oil is used as a 'base', or 'fixative'. It binds with the molecules of the fragrance oils and allows their subtleties to develop and last longer than if the flower oil was worn by itself. There is alchemy at work here! Like a fine wine, a true, sandalwood-based attar actually improves with age.These Itras / perfume oils are the purest non-alcoholic fragrances which are enduring and soothing. These natural fragrances are very pleasant, easy to use and very stirring. 


Uses of these Itra:


One drop on some cotton wool in your wallet can last for a couple of months. Very good for use on sensitive skin as a body perfume, only a few drops will last the whole day.
• These rare herbal fragrance perfume are used in charging Yantra's and liked by all Gods    and Godesses.
• It is applied to Idols or Deity frames and pictures after giving them a bath.
• They are also used for Aromatherapy.

The History of Attars

Archaeological digs have revealed round copper stills, used for making attars, that are at least five-thousand years old. These stills are called degs. Following the seasons of the flowers, traditional attar-makers, with their degs, travelled all over India to make their attars on-the-spot. Even now, rural areas often lack good roads to quickly transport the harvested flowers, and a few traditional attar-makers still travel with their degs to be close to the harvest. Their equipment has changed little, if at all, in the last five thousand years. It is one of these traditional attar-makers, a man of impeccable reputation, who makes the attars I carry.

How are Traditional Attars Made?


Attar-making is a labor-intensive process, requiring great talent, skill and patience. It can take over two weeks to make a small batch of a single attar. Anywhere from twenty-five to three-hundred and fifty pounds of flower petals are collected and placed inside a deg. From the deg, a long bamboo pipe leads downward to a copper recepticle that contains sandalwood oil. Water is added to the deg, and the lid is sealed down with a mixture of cotton and clay. The deg sits over a fire and contains no modern guages or thermostats. As the steam collects, it condenses and flows into the receiving vessel.
The fire must be constantly monitered to keep the correct temperature. Too much heat will burn the flowers. It will also create too much pressure which can explode the clay seal around the deg. The low heat and pressure preserves the fragile fragrance oils better than the hotter steam distillation method used to obtain essential oils.
The receiving vessel sits in a pool of water and is continually rotated by hand to blend the oils and keep them from overheating. Throughout the day, the master distiller monitors the deg and receiving vessel by feeling them with his hands and listening to the sounds from inside. When necessary, wet towels are rubbed over the vessels to cool them down.
At the end of the day, the distillation is stopped. Overnight, as the oil cools down, the water separates from it. In the morning, the water is poured off from the oil and put back into the still. Freshly picked flowers are added, and the process begins anew. This process will be repeated for fifteen to twenty days, until the sandalwood oil is completely saturated with the fragrant oil of the flowers.

Rarity of True Attars

Over the last decade, sandalwood has skyrocketed in price to $1,500 per kilo in India. Prices are doubling every six months. Sadly, most of the folks doing genuine work have had to close their operations. Of those still producing attars, most have cut costs by using petroleum-based paraffins instead of sandalwood oil, and synthetic fragrances instead of real flowers. Most so-called natural attars, when analyzed, prove to be adulterated with synthetic ingredients, and the word 'attar' is increasingly being used to describe any cheap perfume. The attars I carry use only wildcrafted natural flora and sandalwood oil. They are made under special contract to the highest standards by a man of impeccable character.
Because of the high cost of materials and labor-intensive nature of this process, traditional attar-making is fast becoming a dying art. We do not know how much longer they will be available. It is up to us, the consumers of attars, to support the few remaining natural attar makers so their traditions will not be lost forever. By purchasing their attars, we let them know that their work has value, and we encourage them to continue their tradition.

MANUFACTURING PROCESS

The attars are manufactured traditionally ‘Degs & Bhapka system’, which is a hydro distillation process.  The still is heated form below by lighting a fire with the help of wood or cow dung.  The  temperature and speed of the distillations controlled by regulating the fire.  The distillation is managed by highly skilled/experience, workers called ‘Dighaa’. He knows when the correct quantity of vapours  have condensed inside the receiver by feeling the round part of the receiver  under  water.  The water in the tank is change continuously to prevent the temperature rising too high. Managing the still is highly skilled job, as the operator must keep the boiling in the still at a level that matches the condensation in the receiver, in order to keep the pressure under control. When  the desire quantity of vapours have condensed, the Dighaa rubs a wet cloth around the body of the still for a temporary pause in distillation and the filled receiver is replaced by  another receiver.   If necessary, the second may be replaced by a third receiver. The receiver is then allowed to cool and may remain idle for one or two days depending on the pressure of work. The mixture of oil and water is then separated either directly form the receiver through a hole at the bottom or pouring the whole mixture in an  open trough, After   the oil and water have separated into two layers, the  water is removed from  an opening in the bottom, and the same is cohobated. The base material remains in the receiver.   After desired concentration of the attar has been reached, then same is poured into leather bottles for sedimentation and removal of moisture. Sometimes liquid paraffin is used for the manufacture of cheaper attars. The mouth of the receiver is sealed by wrapping coarse cloth around the bamboo pipe and pushing it inside the condenser.  The receiver may  contain up to 5-10 kilos of base materials and is kept in a small water tank.

RAW MATERIALS AND THEIR SOURCES

Base Material : Sandal wood oil, Di-octyl Phthalate (DOP)  & Liquid paraffin.
Floral Material : Flowers of Gulab, Kewra, Bela, Mehndi, Kadam, Chameli, Marigold, Saffron & Maulshri.
Herb & Spices :   A number of hersbs and spices are used in this industry  which includes Oakmoss, Sugandh mantri, Laurel berry, Juniper berry, Cypriol, Indian valerian, Jatamansi, Hedychium spicatum, Daru Haldi, Sugandha Bala,  Sugandha Kokila, Kulanjan, Javitri/ Jaiphal, Cardamom, Clove, Saffron, Ambergris & Musk.
The above materials are available in the different parts of the country as :-
Sandal Wood Oil                      - South India
Rose                                           - Aligarh (U.P.), Palampur (H.P.)
Kewra                                         - Ganjam (Orissa)
Maulshri, Jasmine,                  -  Kannauj, U.P
Marigold,chameli, Kadamb,Mehndi
Spices and herbs                    - North-East and  South India, Madhya Pradesh
Saffron                                       - Jammu & Kashmir
EQUIPMENT

The attar manufacturing for floral type takes place in remote places because the flowers are required to be processed quickly after plucking.  The apparatus &  equipment’s used for manufacture of attar are light, flexible, easy to repair with a fair degree of efficiency, keeping in view  the  above facts, the traditional Deg &  Bhapka process is being used for centuries and  even now
The details of equipments are as follows :-
(i)       Deg or Still
The process  is carried out in copper  stills called ‘ Degs’  as was done centuries ago. These are all direct fire heated  stills and their capacities can range from 10-160 kilos of floral/herbal materials.  The lid of the   still is called ‘Sarpos and is also made of copper  having opening for connections to one or two receivers.
(ii)      Bhapka or Receiver
One of the  peculiar features of attars distillation is that no separate condenser is used.  The unique odour of attars is obtained by condensing vapours into the   base material, mainly sandalwood oil. The receiver is built of copper and is of round shape with long neck, for case in connection with Deg via chonga. It is known as Bhapka and it acts as condenser as well.
(iii)     Chonga or Bamboo Condenser
The still and receiver  are connected by a Chonga.  This is a hollow bamboo pipe wrapped with twine for insulation.
(iv)     Traditional Bhatti or Furnace
          Normally wood or coal is used for heating. Heat is controlled manually.
(v)     Gachchi or Cooling Water Tank
This is the place where Bhapka, or receiver is kept and used for cooling the distillate from Deg.
(vi)     Kuppi or Leather Bottle
These are the bottle made from leather of animals. The reason for making these bottle is their semi-permeability towards water. It is used for removal of moisture from attars. The leather allows water to move-out and attar to be remain, as such, thereby separating the moisture from attar.
Copper has  been the main structural material for Deg and Bhapka because it is malleable , good conductor of heat & easy to repair.
TYPES OF ATTARS
 The attars may be broadly categorized into following types on the basis of raw materials used.
Floral Attars – Attars manufactured from single species of flower are coming under this category. These are :-
(i)                 Gulab ex Rosa  damascena  or Rosa Edword
(ii)               Kewra ex Pandanus odoratissimus
(iii)             Motia ex Jasminum sambac
(iv)             Gulhina ex lawsonia inermis
(v)               Chameli ex Jasminum grandiflorum
(vi)             Kadam ex Anthoephalus cadamba
Herbal and Spicy Attar
 Attar manufactured from combination of floral, herbal & spicy materials are coming under this category.  Hina and its various forms viz., Shamama, Shamam –tul –Amber, Musk Amber and Musk Hina.
      The some attars which are neither floral nor herbal and are coming under this category.  Attar Mitti falls under this category and is produced by distillation of baked earth over base material.
USES
The Indian attars in the past has been utilized by elite class of the society particularly kinds  & queens on their body.  With the span of time kingdoms got abolished and hence the kings &  queens.  But, attars industry  got a new dimension form the field of fragrance to flavour and now a days it is used in the following areas;
1.       Pan Masala and Gutka is the largest consumer of Indian attars.   The reason for using it is it’s extraordinary tenacity along with  characteristic to withstand with tobacco note.  The  attars used are  rose, Kewra, Mehndi, Hina, Shamama, Mitti, Marigold etc.
2.    Tobacco is relatively smaller segment for attar consumption   as compared to above industry.  The attars used are mainly kewra & Rose. Alongwith Pan masala & Gutkha it contributes to more the 75% of attar consumption.
3.       Betlenet is relatively smaller segment for attar consumption as compared to above two industry.  The attars used are mainly Kewra & Rose.
4.        It is used by people as a personal perfume, particularly by Muslims due to absence of alcohol.
5.        Attars does have the application in  pharmaceutical industry too.
6.        Attars of Rose & Kewra are used in traditional Indian sweets , for imparting flavour.

SOURCES OF EQUIPMENT
 The equipemnts which are used in this industry are designed and fabricated in and round Kannauj & Farrukhabad districts of U.P. by the local fabricator. The equipments are easy to be fabricated and are made of copper. They can be made by any good fabricators after getting design from any authentic source.

      INTERNATIONAL & NATIONAL MARKET POTENTIAL

The attars does have a good market potential in Middle East countries where they are using it due to absence of alcohol. Simultaneously, if properly packaged and marketed in the name of natural fragrance there does exists a market potential in other countries as well. The attars can have a good market potential in international market if consistency in quality and supply is ensured. They can found a good use in high class fragrances, cosmetics and even for aromatherapy as far as National market potential is concern, the prevailing one is in Tobacco, Pan masala & Gutkha industry but, its horizon of market can be widen if surety about quality and assurance about consistency in supply could be made. It could found a lot of use in herbal products and in aromatherapy. There also exists a good potential if they are packaged in small packing in marketed in attractive manner. If, there national & international potential are properly harnessed there, exists a good future for Indian natural fragrance & attars.

PROJECT COST

 The cost of one unit capacity 100 kg. raw materials would be around Rs.   40,000/-. This unit consist of one Deg and three receiver (Bhapka) capacity 15  liters waters each.




Start a Coir Fibre making Business
     




Coir fibre is 100% natural and originates in the outer husk of coconuts – it comes from part of the seedpod of the coconut palm.
Mature coir fibres contain more lignin, a complex woody chemical, and less cellulose than fibres such as flax or cotton.
This makes coir stronger, although less flexible. Coir fibre is relatively water-proof.

Coir geo-textiles can be used to stabilize the soil temporarily when construction roads or banks.. Coir geotextiles are being used as a separation cum drainage layer in the road. It is also intended to serve as a reinforcement material in the beginning of the project. Geo-synthetics are widely used in the construction of road all over the world, whereas use of coir geotextiles is very limited in such construction. Only very limited trials on use of coir geotextiles in road construction has been executed in Kerala.

Coir Geotextiles offer:
  • 100 % Natural fibre, extracted from coconut husk
  • Adds organic material to soil
  • Promotes vegetative growth
  • 100% Bio-degradable and environmentally friendly
  • Tough, durable, versatile and resilient
  • High tear-strength resistance
  • Easy to install / maintain / patch-up.
  • Follows the contour of the soil surface.
  • Hygroscopic properties
    (absorbing or attracting moisture from the air)
  • High tensile strength

Coir geotextiles – the natural erosion controller

Coir geotextiles are classified as woven, meshes and nets and non woven, as the blanket held by coir threads.
Coir geotextile nets have varying densities depending on their application, but as a whole they serve as slope stabilization agents prior to revegetation.
Coir geotextiles promote new vegetation by absorbing water and preventing top soil from drying out. Coir geotextiles absorb solar radiation just like natural soil, and unlike geosynthetic materials, it provides good soil support for up to three years, allowing natural vegetation to become established.

The greater the geotextile density, the steeper the embankments it can be utilized on. Applications have included ski slopes and bottom reinforcing material in water courses. (Under water the degradation of coir is slower).

Over a period of time, coir which is ecofriendly and biodegradable, completely disintegrates leaving only humus.

Benefits
  • Low cost
  • Long lasting separation of the base and sub grade material.
  • Preservation of load-bearing capacity
  • Ability to extend the life of paved roads


Laying of Coir Geotextiles

Road construction-progressing

Structure of Coir Fibre
The individual fibre cells are narrow and hollow, with thick walls made of cellulose. They are pale when immature but later become hardened and yellowed as a layer of lignin, is deposited on their walls. Mature brown coir fibres contain more lignin and less cellulose than fibres such as flax and cotton and so are stronger but less flexible. They are made up of small threads, each less than 0.05 inch (1.3 mm) long and 10 to 20 micrometres in diameter. White fibre is smoother and finer, but also weaker. The coir fibre is relatively waterproof and is the only natural fibre resistant to damage by salt water.
Green coconuts, harvested after about six to twelve months on the plant, contain pliable white fibres. Brown fibre is obtained by harvesting fully mature coconuts when the nutritious layer surrounding the seed is ready to be processed into copra and desiccated coconut. The fibrous layer of the fruit is then separated from the hard shell (manually) by driving the fruit down onto a spike to split it (De-husking). Machines are now available which crush the whole fruit to give the loose fibres.

Brown fibre
The fibrous husks are soaked in pits or in nets in a slow moving body of water to swell and soften the fibres. The long bristle fibres are separated from the shorter mattress fibres underneath the skin of the nut, a process known as wet-milling. The mattress fibres are sifted to remove dirt and other rubbish, dried and packed into bales. Some mattress fibre is allowed to retain more moisture so that it retains its elasticity for 'twisted' fibre production.The coir fibre is elastic enough to twist without breaking and it holds a curl as though permanently waved. Twisting is done by simply making a rope of the hank of fibre and twisting it using a machine or by hand. The longer bristle fibre is washed in clean water and then dried before being tied into bundles or hunks. It may then be cleaned and 'hackled' by steel combs to straighten the fibres and remove any shorter fibre pieces. Coir bristle fibre can also be bleached and dyed to obtain hanks of different colours.

White Fibre
The immature husks are suspended in a river or water-filled pit for up to ten months. During this time micro-organisms break down the plant tissues surrounding the fibres to loosen them - a process known as retting. Segments of the husk are then beaten by hand to separate out the long fibres, which are subsequently dried and cleaned. Cleaned fibre is ready for spinning into yarn using a simple one-handed system or a spinning wheel.

Uses / Applications
Brown coir is used in brushes, doormats, mattresses and sacking. A small amount is also made into twine. Pads of curled brown coir fibre, made by needle-felting (a machine technique that mats the fibres together) are shaped and cut to fill mattresses and for use in erosion control on river banks and hillsides. A major proportion of brown coir pads are sprayed with rubber latex which bonds the fibres together (rubberized coir) to be used as upholstery padding for the automobile industry in Europe. The material is also used for insulation and packaging. The major use of white coir is in rope manufacture. Mats of woven coir fibre are made from the finer grades of bristle and white fibre using hand or mechanical looms. Coir is recommended as substitute for milled peat moss because it is free of bacteria and fungal spores.

Major Producers
Total world coir fibre production is 250,000 tonnes. The coir fibre industry is particularly important in some areas of the developing world. India, mainly the coastal region of Kerala State, produces 60% of the total world supply of white coir fibre. Sri Lanka produces 36% of the total world brown fibre output. Over 50% of the coir fibre produced annually throughout the world is consumed in the countries of origin, mainly India.

Some Coir Facts
COIR is a versatile natural fibre extracted from mesocarp tissue, or husk of the coconut fruit. The husk contains 20% to 30% fibre of varying length. After grinding the husk, the long fibres are removed and used for various industrial purposes, such as rope and mat making. The remaining material, composed of short and medium-length fibres as well as pith tissue, is commonly referred to as waste-grade coir. The waste grade coir may be screened to remove part or all of the fibre, and the remaining product is referred to as coir pith.

The Wonders of Coir
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Moth-proof; resistant to fungi and rot.
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Provides excellent insulation against temperature and sound.
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Not easily combustible.
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Flame-retardant.
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Unaffected by moisture and dampness.
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Tough and durable.
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Resilient; springs back to shape even after constant use.
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Totally static free.
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Easy to clean.

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