Alvin Starkman, M.A., J.D.
I’ve written about mezcal, pulque, agave and sustainability on a couple of occasions over the past few years. However the learning curve continues for me, as it should for those palenqueros (as they’re known in the state of Oaxaca; small-scale distillers), mezcaleros and aficionados in Oaxaca who have more than my two decades of experience appreciating and participating in the steps taken to produce mezcal. We are all students of the spirit, or at least should consider ourselves as such. There are very few experts. Hopefully those who do consider themselves authorities on agave-based fermented and distilled beverages at least keep their minds open to absorbing more.
What I’ve seen, heard and learned over the past year alone, warrants a fresh look at and an expansion of what I’ve previously attempted to convey regarding agave, mezcal, pulque and sustainability.
This essay, more than previous ones, does presuppose a basic knowledge of traditional mezcal production methods. But if you don´t have the background, nevertheless read on, since this might just be the impetus you need to visit or return to Oaxaca, and get out into the fields, meet with the palenqueros, and imbibe with a different perspective and a new appreciation. Mezcal and pulque production are indeed two of the most sustainable industries in all of Mexico. This is due to the environmental respect of their makers, if not by design, then through necessity.
Mezcal has a history dating to 1578 if not earlier, and pulque’s past takes us back a couple of thousand years. Palenqueros’ and tlachiqueros’ (those who extract aguamiel to then allow it to ferment into pulque) traditions, accordingly, have included inventing and adapting over the course of umpteen generations. Each small family producer has eked out a modest living; using, reusing, and sustaining his environment as well as himself.
When it comes to the state of Oaxaca where most mezcal (but relatively little pulque) is produced, the diversity in climatic regions, geography and cultures inevitably impacts both the means of
production and tools of the trade involved in growing and harvesting, baking, fermenting and distilling. Concomitant with the foregoing, then, is the range of sustainability models which relate to the processes. And so it is enough to restrict this essay to Oaxaca, mainly to a radius of no greater than a five hour drive from the capital, since this is my bailiwick.
At least eight species of the genus Agave are used to make mezcal in the state of Oaxaca. It’s been reported that most species are represented by upwards of 20 subspecies. Each subspecies is best suited to a particular micro-climate. With such a diversity of maguey (as agave is commonly known) it is not difficult to imagine the diversity of regions where mezcal can be produced, and with it the variety of nuances in the spirit. Where there are fertile, humid river valleys, one subspecies may be best suited, and on the steepest of slopes on rugged rocky terrains some 7,000 feet above sea level, another.
Agave Growth: Time, Irrigation & Fertilizer
Depending on the species of agave, reproduction may be achieved through germinating seeds, cutting off and planting the baby agaves which grow on the flower stalk, or transplanting runners known as hijuelos. Best practice dictates watering tiny agaves during the first year or two of growth. If the yearlings are transplanted into fields or onto slopes at about a meter apart during the rainy season, no further irrigation is required for the subsequent eight or more years until maturity is reached. Greenhousing is not required and generally not practiced.
If fertilizer is used, it is usually the decomposed feces of farm animals or the composted agave fiber which might otherwise be discarded after distillation. However the use of any fertilizer is the exception rather than the rule.
While weeding is frequently practiced, it is usually done for only for the first year or two after transplanting into fields or onto slopes. After this point in the growth cycle of agave, the plant generally loses very little of the nutrients from the terroir. In fact, it is common practice to plant other crops between the rows of agave known as circos, mainly cash crops which mature and can be harvested once and at times twice yearly. This enables the grower to sustain himself and gain an income while waiting for his agave to mature and then either be harvested for his own production of mezcal, or sold to a palenquero.
While there are a couple of pests which can destroy the agave, a program of infrequent yet regular monitoring easily avoids a situation where a crop is wiped out.
Agave Leaves or Pencas: Though Not Used to Produce Mezcal & Pulque, Have Utility
Agave’s broad, fleshy leaves known as pencas are considered by some to be waste product since they are not directly used to make mezcal or pulque. However they have multiple other uses in the present, as they have in the past.
In earlier times the pencas were used to produce a green dye. The sharp point on species such as angustifolia could be broken off and used as a needle, the thin connected fiber as the thread. The point itself was used as an incising tool, to decorate pottery.
Today, just as in generations past, the pencas are processed into fine fiber and used to make a rope known as ixtle. The fiber is also used to make floor mats, market bags, clothing, bridles and muzzles for horses and other beasts of burden, and even paper.
While still green, the leaves of Agave americana and other species with large thick pencas are used in the ritualistic preparation of barbacoa de borrego o chivo (sheep or goat cooked in an air-tight in-ground oven). They are also used to fashion the spoon used in the condensation stage of mezcal
production where clay pot production is practiced. Two or three green pencas are at times connected to form a trough for this stage in the distillation process, running between and above a series of clay pot stills, delivering water to each. When the steam rises to the metal receptacle with cool water fed by the trough, it condenses, falls onto the spoon, and exits the pot through a hole, to which a piece of river reed is attached.
The most common use for dried pencas is as kindling for starting fires and as a primary fuel source utilized in making pottery (rudimentary above ground or open air, or more traditional brick kilns),
or for cooking, most frequently under comals, clay pots and iron grates for preparing, respectively,
tortillas; moles, coffee, atole, tejate, etc.; and grilled meats and vegetables.
The Quiote or Flower Stalk: More than a Reproductive Organ
The flower stalk, or quiote, can extend to more than 20 feet, and reach 8” or more in diameter depending on the variety of agave. The quiote has been and continues to be used as a musical instrument, similar in form and sound to the alpine horn (alphorn or alpenhorn) in the old Ricola cough drop commercial. The shape, size and type of conical bore lend to its ability to produce a plethora of sounds, pitches, etc.
When still green, part of the stalk is occasionally ground with corn to make tortillas, providing a bit of natural sweetness to the staple. But as with pencas, the quiote finds its greatest utility when dried. It is often used as firewood, and on occasion to build log cabins. It’s been noted that if covered with a layer of cement, a home built of quiotes can last up to 100 years. For whatever uses a tree trunk might have, so might the flower stalk of some agave species.
The Heart or Piña of Agave: Lifeblood of Mezcal, Pulque & More
The heart or piña of the numerous species of agave used to make mezcal and pulque contains the lion’s share of the nutritional value of the plant. In the case of pulque, once all the honey water or aguamiel has been harvested from the pulquero (as the species of agave used to produce pulque is generically known), the piña can still be baked, fermented and distilled to produce mezcal. However, with little nutritional value remaining, it is generally not worth the effort. On the other hand, the hollowed out base does have a couple of ancillary uses. The remaining pencas can be
shaved from it, and it can be left to dry. Hide can be stretched onto the top, and it can be used as a musical instrument, a bongo drum. Another use is as a rustic, highly functional yet decorative flower pot. The more frequent use is as a log, for fuel.
Once the piña has been baked, crushed, fermented with the addition of water, and distilled, spent fiber or chaff known as bagazo remains, and is cleaned out of the still. It has multiple uses. Its immediate and direct utility in the mezcal making process is to serve as an insulator. After the firewood and rocks have been placed in the pit used to bake the agave, before the agave is
placed onto the rocks a layer of wet bagazo is placed on top of the rocks. This inhibits the piñas from burning.
When dried, the bagazo is at times used as a fire starter. However more frequently it is used as mulch, and if left to decompose for between six months and two years is used as compost. One palenquero with a sideline business of producing greenhouse tomatoes regularly uses his bagazo as mulch around his tomato plants. When used as a compost, the bagazo goes right back into the earth to stimulate the growth of the next generation of agave.
When mixed with mud and sand, bagazo is used to form adobe bricks, having the same properties as adobe made with more traditional materials. At least two Oaxaca mezcaleros, and likely more, use the bagazo to make labels for their bottles of mezcal for export.
Wood: Seconds, of Any Tree, or Counter-Productive to a Sustainable Industry
This essay cannot hope to adequately address ongoing arguments regarding what fossil fuel is the safest, cheapest and least detrimental to the environment. What it can do is put forward factors in support of the use of wood as a renewable resource in the production of mezcal, and let the reader reach a reasoned conclusion.
Virtually any wood can be used to bake agave and fuel a still. Of course efficiency, flavor and aroma are impacted. Palenqueros are able to buy seconds in the forestry industry, logs which cannot be used for certain construction purposes because of quality issues. Some woods burn hotter and smokier than others, and they impart differing flavor and aroma profiles to mezcal. The point is that palenqueros have choices based upon economic considerations and what they hope to achieve in their mezcal.
When agave has finished cooking, usually after about five days, and the piñas, bagazo and rocks have been removed from the oven, charcoal, as opposed to ash, remains at the bottom. The charcoal is sold in grain sacks known as costales, or used as a fuel for cooking. If pine, it is
frequently used in hearths for hand-forging cutlery, knives, machetes and a variety of implements and specialized tools, many of which are employed in the initial stages of mezcal and pulque production. Since pine charcoal is oxygen rich, it is capable of yielding a hotter heat than most other woods, making forging easier and quicker.
I previously noted that green agave pencas are at times used to make spoons and troughs. So too are pieces of wood, hewn into shape from the logs purchased to be used as fuel.
Some mezcaleros are actively funding reforestation projects of saplings of their chosen species, so as to ensure a continuous source of fuel in their operations.
The Oven & Crushing Baked Agave: Crucial Steps Requiring Little Investment
The traditional in-ground oven used to bake agave in mezcal manufacture can be nothing more than a pit dug into the ground. Depending on the substrate, sometimes no lining is used. However when reinforcement is required, or the palenquero wants to impart a particular nuance, the oven is usually lined with river rocks. The stones which are used to retain heat during baking are generally secured locally.
The most commonly employed traditional means of crushing baked agave is using a beast of burden, that is a horse, donkey or mule, to drag a multi-ton stone wheel (usually locally mined limestone
but sometimes a mix of other smaller stones and concrete) known as a tahona, over small maguey pieces contained in a circular shallow stone or stone and concrete enclosure.
A more rudimentary means which continues to be utilized to crush the baked maguey is using a heavy, hand-hewn, usually hardwood mallet often referred to as a mazo, and pulverizing the fleshy baked plant heart in a usually elongated shallow stone pit or a hollowed-out tree trunk. In either case the enclosure is known as a canoa, or canoe. Virtually no capital investment is required by using this means of preparing the agave for fermentation.
Fermenting Pulverized Agave: Nothing Goes to the Scrap Dealer
Crushed maguey with the addition of requisite water can be fermented in virtually any receptacle as long as it reasonably retains the liquid and does not lead to imparting an undesirable flavor or aroma to the mezcal. While pine slatted tanks are most commonly used in and around the central valleys of Oaxaca, other wood is also employed. However, these above-ground wooden tinas as they’re known, are far from the only options. At times a pit is dug in the ground, and once again depending on the substrate, either nothing more need be done to it to create a fermentation tank, or it can be lined with stone or wooden boards.
In Sola de Vega and Matatlán I’ve seen enormous hollowed out tree trunks and stone lined pits respectively used as fermentation vats. In both cases these were vintage and no longer operational, although presumably in certain locales they both continue to be used. Similarly, yet still employed today in some parts, hides and organ linings provide sustainable secondary uses for animal parts, imparting unique nuances to mezcal.
Large plastic barrels and buckets, concrete and / or brick tanks, sterilized oil drums, and even the metal shells of broken down washing machines are used to ferment.
The capa which forms on the top of the filled fermentation vessels even has a use, to seal together the upper and lower chambers in clay pot production. It is similarly utilized with copper distillation, sealing each part of the copper apparatus to the other; the large encased pot to the top vessel, the
top vessel to the tube extending across to the tank, and that tube to the immersed serpentine.
Water and The Still
The water used in mezcal production comes from diverse sources. Included among them, are rivers and streams with or without filtration, trucked in water which is filtered, and spring water. Of
course quality is key for fermenting and mixing with mezcal to adjust alcohol content. However, for use in the still for condensation, it is of virtually no importance.
In terms of distillation, sustainability viz. water is noteworthy. In copper stills, water is left in the tanks, circulated, or kept running so that it is continuously changing and kept cool to better facilitate
condensation. In all cases it is reusable; for irrigation, for cleaning the still, and for as many other uses as imaginable. Similarly once distillation has been completed the runoff can be reused, usually for irrigation. Clay pot operations tend to be in regions where there is an abundance of water, and hence water is often not recirculated, but rather continuously flows into and then out of the condensation vessel, exiting to be used to irrigate.
Copper still mezcal production requires a significant capital outlay, but the casings enclosing the copper are generally constructed of clay brick or stone, with their mortar often consisting of
mud. Cost is somewhat reduced if, for example, the serpentine is immersed in an otherwise unusable washing machine outer metal shell rather than in a brick housing. For clay pot production, the pots are produced locally, and once again the casing is usually brick or stone and mortar. The mortar is often a mix of mud and / or cement and / or, once again bagazo.
Sustainability in Mezcal and Agave-Related Mexico Industries Remains Vital
Oaxaca is one of the poorest states in Mexico. Recycling is practiced mainly out of necessity, rather than out of a concern for the environment. In the mezcal, pulque and other agave-related industries, unless otherwise stated each instance of sustenance and recycling noted continues today, certainly in Oaxaca if not in other states in the republic. Palenqueros and mezcaleros, tlachiqueros, campesinos, and virtually all others integrated into these livelihoods, continue to invent and adapt to their surroundings and to the vicissitudes of life, producing mezcal, pulque and the almost innumerable variety of products made using the fine agave fiber. It is hoped that at least this aspect of their way of life will continue, in the future more so out of an appreciation for the environment than out of economic compulsion.
Alvin Starkman operates www.oaxaca-mezcal.com, and is the co-author of the most detailed and compresensive mezcal tasting wheel on the market today. Alvin frequently takes visitors to Oaxaca, as well as Oaxacans, into the central valley villages and further abroad to educate them about the production of mezcal and pulque. He also consults to those interested in importing mezcal to their home countries. He can be reached at info@oaxacaculinarytours.com.
I’ve written about mezcal, pulque, agave and sustainability on a couple of occasions over the past few years. However the learning curve continues for me, as it should for those palenqueros (as they’re known in the state of Oaxaca; small-scale distillers), mezcaleros and aficionados in Oaxaca who have more than my two decades of experience appreciating and participating in the steps taken to produce mezcal. We are all students of the spirit, or at least should consider ourselves as such. There are very few experts. Hopefully those who do consider themselves authorities on agave-based fermented and distilled beverages at least keep their minds open to absorbing more.
What I’ve seen, heard and learned over the past year alone, warrants a fresh look at and an expansion of what I’ve previously attempted to convey regarding agave, mezcal, pulque and sustainability.
This essay, more than previous ones, does presuppose a basic knowledge of traditional mezcal production methods. But if you don´t have the background, nevertheless read on, since this might just be the impetus you need to visit or return to Oaxaca, and get out into the fields, meet with the palenqueros, and imbibe with a different perspective and a new appreciation. Mezcal and pulque production are indeed two of the most sustainable industries in all of Mexico. This is due to the environmental respect of their makers, if not by design, then through necessity.
Mezcal has a history dating to 1578 if not earlier, and pulque’s past takes us back a couple of thousand years. Palenqueros’ and tlachiqueros’ (those who extract aguamiel to then allow it to ferment into pulque) traditions, accordingly, have included inventing and adapting over the course of umpteen generations. Each small family producer has eked out a modest living; using, reusing, and sustaining his environment as well as himself.
When it comes to the state of Oaxaca where most mezcal (but relatively little pulque) is produced, the diversity in climatic regions, geography and cultures inevitably impacts both the means of
production and tools of the trade involved in growing and harvesting, baking, fermenting and distilling. Concomitant with the foregoing, then, is the range of sustainability models which relate to the processes. And so it is enough to restrict this essay to Oaxaca, mainly to a radius of no greater than a five hour drive from the capital, since this is my bailiwick.
At least eight species of the genus Agave are used to make mezcal in the state of Oaxaca. It’s been reported that most species are represented by upwards of 20 subspecies. Each subspecies is best suited to a particular micro-climate. With such a diversity of maguey (as agave is commonly known) it is not difficult to imagine the diversity of regions where mezcal can be produced, and with it the variety of nuances in the spirit. Where there are fertile, humid river valleys, one subspecies may be best suited, and on the steepest of slopes on rugged rocky terrains some 7,000 feet above sea level, another.
Agave Growth: Time, Irrigation & Fertilizer
Depending on the species of agave, reproduction may be achieved through germinating seeds, cutting off and planting the baby agaves which grow on the flower stalk, or transplanting runners known as hijuelos. Best practice dictates watering tiny agaves during the first year or two of growth. If the yearlings are transplanted into fields or onto slopes at about a meter apart during the rainy season, no further irrigation is required for the subsequent eight or more years until maturity is reached. Greenhousing is not required and generally not practiced.
If fertilizer is used, it is usually the decomposed feces of farm animals or the composted agave fiber which might otherwise be discarded after distillation. However the use of any fertilizer is the exception rather than the rule.
While weeding is frequently practiced, it is usually done for only for the first year or two after transplanting into fields or onto slopes. After this point in the growth cycle of agave, the plant generally loses very little of the nutrients from the terroir. In fact, it is common practice to plant other crops between the rows of agave known as circos, mainly cash crops which mature and can be harvested once and at times twice yearly. This enables the grower to sustain himself and gain an income while waiting for his agave to mature and then either be harvested for his own production of mezcal, or sold to a palenquero.
While there are a couple of pests which can destroy the agave, a program of infrequent yet regular monitoring easily avoids a situation where a crop is wiped out.
Agave Leaves or Pencas: Though Not Used to Produce Mezcal & Pulque, Have Utility
Agave’s broad, fleshy leaves known as pencas are considered by some to be waste product since they are not directly used to make mezcal or pulque. However they have multiple other uses in the present, as they have in the past.
In earlier times the pencas were used to produce a green dye. The sharp point on species such as angustifolia could be broken off and used as a needle, the thin connected fiber as the thread. The point itself was used as an incising tool, to decorate pottery.
Today, just as in generations past, the pencas are processed into fine fiber and used to make a rope known as ixtle. The fiber is also used to make floor mats, market bags, clothing, bridles and muzzles for horses and other beasts of burden, and even paper.
While still green, the leaves of Agave americana and other species with large thick pencas are used in the ritualistic preparation of barbacoa de borrego o chivo (sheep or goat cooked in an air-tight in-ground oven). They are also used to fashion the spoon used in the condensation stage of mezcal
production where clay pot production is practiced. Two or three green pencas are at times connected to form a trough for this stage in the distillation process, running between and above a series of clay pot stills, delivering water to each. When the steam rises to the metal receptacle with cool water fed by the trough, it condenses, falls onto the spoon, and exits the pot through a hole, to which a piece of river reed is attached.
The most common use for dried pencas is as kindling for starting fires and as a primary fuel source utilized in making pottery (rudimentary above ground or open air, or more traditional brick kilns),
or for cooking, most frequently under comals, clay pots and iron grates for preparing, respectively,
tortillas; moles, coffee, atole, tejate, etc.; and grilled meats and vegetables.
The Quiote or Flower Stalk: More than a Reproductive Organ
The flower stalk, or quiote, can extend to more than 20 feet, and reach 8” or more in diameter depending on the variety of agave. The quiote has been and continues to be used as a musical instrument, similar in form and sound to the alpine horn (alphorn or alpenhorn) in the old Ricola cough drop commercial. The shape, size and type of conical bore lend to its ability to produce a plethora of sounds, pitches, etc.
When still green, part of the stalk is occasionally ground with corn to make tortillas, providing a bit of natural sweetness to the staple. But as with pencas, the quiote finds its greatest utility when dried. It is often used as firewood, and on occasion to build log cabins. It’s been noted that if covered with a layer of cement, a home built of quiotes can last up to 100 years. For whatever uses a tree trunk might have, so might the flower stalk of some agave species.
The Heart or Piña of Agave: Lifeblood of Mezcal, Pulque & More
The heart or piña of the numerous species of agave used to make mezcal and pulque contains the lion’s share of the nutritional value of the plant. In the case of pulque, once all the honey water or aguamiel has been harvested from the pulquero (as the species of agave used to produce pulque is generically known), the piña can still be baked, fermented and distilled to produce mezcal. However, with little nutritional value remaining, it is generally not worth the effort. On the other hand, the hollowed out base does have a couple of ancillary uses. The remaining pencas can be
shaved from it, and it can be left to dry. Hide can be stretched onto the top, and it can be used as a musical instrument, a bongo drum. Another use is as a rustic, highly functional yet decorative flower pot. The more frequent use is as a log, for fuel.
Once the piña has been baked, crushed, fermented with the addition of water, and distilled, spent fiber or chaff known as bagazo remains, and is cleaned out of the still. It has multiple uses. Its immediate and direct utility in the mezcal making process is to serve as an insulator. After the firewood and rocks have been placed in the pit used to bake the agave, before the agave is
placed onto the rocks a layer of wet bagazo is placed on top of the rocks. This inhibits the piñas from burning.
When dried, the bagazo is at times used as a fire starter. However more frequently it is used as mulch, and if left to decompose for between six months and two years is used as compost. One palenquero with a sideline business of producing greenhouse tomatoes regularly uses his bagazo as mulch around his tomato plants. When used as a compost, the bagazo goes right back into the earth to stimulate the growth of the next generation of agave.
When mixed with mud and sand, bagazo is used to form adobe bricks, having the same properties as adobe made with more traditional materials. At least two Oaxaca mezcaleros, and likely more, use the bagazo to make labels for their bottles of mezcal for export.
Wood: Seconds, of Any Tree, or Counter-Productive to a Sustainable Industry
This essay cannot hope to adequately address ongoing arguments regarding what fossil fuel is the safest, cheapest and least detrimental to the environment. What it can do is put forward factors in support of the use of wood as a renewable resource in the production of mezcal, and let the reader reach a reasoned conclusion.
Virtually any wood can be used to bake agave and fuel a still. Of course efficiency, flavor and aroma are impacted. Palenqueros are able to buy seconds in the forestry industry, logs which cannot be used for certain construction purposes because of quality issues. Some woods burn hotter and smokier than others, and they impart differing flavor and aroma profiles to mezcal. The point is that palenqueros have choices based upon economic considerations and what they hope to achieve in their mezcal.
When agave has finished cooking, usually after about five days, and the piñas, bagazo and rocks have been removed from the oven, charcoal, as opposed to ash, remains at the bottom. The charcoal is sold in grain sacks known as costales, or used as a fuel for cooking. If pine, it is
frequently used in hearths for hand-forging cutlery, knives, machetes and a variety of implements and specialized tools, many of which are employed in the initial stages of mezcal and pulque production. Since pine charcoal is oxygen rich, it is capable of yielding a hotter heat than most other woods, making forging easier and quicker.
I previously noted that green agave pencas are at times used to make spoons and troughs. So too are pieces of wood, hewn into shape from the logs purchased to be used as fuel.
Some mezcaleros are actively funding reforestation projects of saplings of their chosen species, so as to ensure a continuous source of fuel in their operations.
The Oven & Crushing Baked Agave: Crucial Steps Requiring Little Investment
The traditional in-ground oven used to bake agave in mezcal manufacture can be nothing more than a pit dug into the ground. Depending on the substrate, sometimes no lining is used. However when reinforcement is required, or the palenquero wants to impart a particular nuance, the oven is usually lined with river rocks. The stones which are used to retain heat during baking are generally secured locally.
The most commonly employed traditional means of crushing baked agave is using a beast of burden, that is a horse, donkey or mule, to drag a multi-ton stone wheel (usually locally mined limestone
but sometimes a mix of other smaller stones and concrete) known as a tahona, over small maguey pieces contained in a circular shallow stone or stone and concrete enclosure.
A more rudimentary means which continues to be utilized to crush the baked maguey is using a heavy, hand-hewn, usually hardwood mallet often referred to as a mazo, and pulverizing the fleshy baked plant heart in a usually elongated shallow stone pit or a hollowed-out tree trunk. In either case the enclosure is known as a canoa, or canoe. Virtually no capital investment is required by using this means of preparing the agave for fermentation.
Fermenting Pulverized Agave: Nothing Goes to the Scrap Dealer
Crushed maguey with the addition of requisite water can be fermented in virtually any receptacle as long as it reasonably retains the liquid and does not lead to imparting an undesirable flavor or aroma to the mezcal. While pine slatted tanks are most commonly used in and around the central valleys of Oaxaca, other wood is also employed. However, these above-ground wooden tinas as they’re known, are far from the only options. At times a pit is dug in the ground, and once again depending on the substrate, either nothing more need be done to it to create a fermentation tank, or it can be lined with stone or wooden boards.
In Sola de Vega and Matatlán I’ve seen enormous hollowed out tree trunks and stone lined pits respectively used as fermentation vats. In both cases these were vintage and no longer operational, although presumably in certain locales they both continue to be used. Similarly, yet still employed today in some parts, hides and organ linings provide sustainable secondary uses for animal parts, imparting unique nuances to mezcal.
Large plastic barrels and buckets, concrete and / or brick tanks, sterilized oil drums, and even the metal shells of broken down washing machines are used to ferment.
The capa which forms on the top of the filled fermentation vessels even has a use, to seal together the upper and lower chambers in clay pot production. It is similarly utilized with copper distillation, sealing each part of the copper apparatus to the other; the large encased pot to the top vessel, the
top vessel to the tube extending across to the tank, and that tube to the immersed serpentine.
Water and The Still
The water used in mezcal production comes from diverse sources. Included among them, are rivers and streams with or without filtration, trucked in water which is filtered, and spring water. Of
course quality is key for fermenting and mixing with mezcal to adjust alcohol content. However, for use in the still for condensation, it is of virtually no importance.
In terms of distillation, sustainability viz. water is noteworthy. In copper stills, water is left in the tanks, circulated, or kept running so that it is continuously changing and kept cool to better facilitate
condensation. In all cases it is reusable; for irrigation, for cleaning the still, and for as many other uses as imaginable. Similarly once distillation has been completed the runoff can be reused, usually for irrigation. Clay pot operations tend to be in regions where there is an abundance of water, and hence water is often not recirculated, but rather continuously flows into and then out of the condensation vessel, exiting to be used to irrigate.
Copper still mezcal production requires a significant capital outlay, but the casings enclosing the copper are generally constructed of clay brick or stone, with their mortar often consisting of
mud. Cost is somewhat reduced if, for example, the serpentine is immersed in an otherwise unusable washing machine outer metal shell rather than in a brick housing. For clay pot production, the pots are produced locally, and once again the casing is usually brick or stone and mortar. The mortar is often a mix of mud and / or cement and / or, once again bagazo.
Sustainability in Mezcal and Agave-Related Mexico Industries Remains Vital
Oaxaca is one of the poorest states in Mexico. Recycling is practiced mainly out of necessity, rather than out of a concern for the environment. In the mezcal, pulque and other agave-related industries, unless otherwise stated each instance of sustenance and recycling noted continues today, certainly in Oaxaca if not in other states in the republic. Palenqueros and mezcaleros, tlachiqueros, campesinos, and virtually all others integrated into these livelihoods, continue to invent and adapt to their surroundings and to the vicissitudes of life, producing mezcal, pulque and the almost innumerable variety of products made using the fine agave fiber. It is hoped that at least this aspect of their way of life will continue, in the future more so out of an appreciation for the environment than out of economic compulsion.
Alvin Starkman operates www.oaxaca-mezcal.com, and is the co-author of the most detailed and compresensive mezcal tasting wheel on the market today. Alvin frequently takes visitors to Oaxaca, as well as Oaxacans, into the central valley villages and further abroad to educate them about the production of mezcal and pulque. He also consults to those interested in importing mezcal to their home countries. He can be reached at info@oaxacaculinarytours.com.
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