RENAISSANCE WINE YEAST. Enlighted Science. Empowered Artistry.

Transcription

1 RENAISSANCE WINE YEAST P R O D U C T C ATA L O G U E V I N TA G E Enlighted Science. Empowered Artistry.

2 S PREVENTION Even in trace amounts that can t be easily detected by wine consumers, S can still impair the true flavors of your wine. Created by Selective Breeding Renaissance yeast uses the science of selective breeding to create wine strains with superior attributes and technical performance. Our unique, non-gmo process enables us to isolate yeast strains with all-around performance in winemaking and outstanding flavors and aromas to truly make wines exceptional. Sporulation Mating Hybrid yeast Backcrossing (repeat) Renaissance Yeast H2S-preventing strain 2N N N 2N 2N N N 2N 2N non GMO Strain X H2S preventing strain Innovative S Prevention S is responsible for the distinctive smell of rotten eggs and is usually formed naturally by yeast during wine fermentations. Even in trace amounts, which may be difficult to detect by wine consumers, the presence of S prevents the expression of the wine s full flavor, aroma and personality. The trait to prevent S during fermentation was discovered in a natural yeast from a vineyard in Emilia-Romagna, Italy, and it is this natural isolate that is used as a base for the selective breeding of Renaissance wine yeast strains. NOTE: Hydrogen Sulfide can still be produced in the wine by other means. In order to completely prevent S in your wine, it is necessary to carefully avoid the introduction of sulfide-containing chemical sprays prior to harvest, as well as co-inoculation by other yeast strains.

3 SELECTIVE BREEDING Enhance sensory attributes Improved technical characteristics S-preventing trait Innovative Traits by Selective Breeding Renaissance Yeast knows that, in addition to controlling S, a wine yeast has to be an all-around dependable performer with exceptional secondary qualities. With this in mind, we continually build upon the core S-preventing platform to develop yeast with outstanding attributes that include: BRAVO: Producing Yeast BELLA: Low Acetic Acid Production Yeast TR-313: Volatile Thiol Releasing Wine Yeast Enhanced Sensory Attributes TR-313 Butter / Diacetyl Other Non-H2S Producing Strain Sulfur Off Flavors Vanilla / Oak / Toast Black Pepper / Eucalyptus Grapefruit / Lemon / Lime Pear / Apple Boxwood / Black Currant Bud Tropical Fruit Apricot / Peach FRESCO: Cider Specific Yeast These strains are useful tools not only for the S prevention, but also to improve technical characteristics such as the need for enhanced mouthfeel (Bravo), management of challenging fermentation conditions (Bella), and exceptional volatile aroma production (TR-313). Volatile Acidity after Fermentation of Chardonnay Must with Residual Copper 15 mg/l (Yan 3 mg/l, Brix 22.5 D) Commercial Strain Commercial Strain 2 Bella.1

4 Whites Allegro (AL-48) An ester-producing yeast for more aromatic modern white wines. Allegro is a fruit forward yeast strain. It produces high amounts of secondary aromas (esters) without masking the varietal expression of the grapes. The nose reveals notes of peach, guava, pear and white flowers. Allegro consumes 2% of malic acid during Alcoholic Fermentation, has a short lag phase and it is recommended for white and rosé vinification. Allegro pairs perfectly with moderate climate Chardonnay and Viogner, where peach and melon predominates, but it is also an ideal partner with more neutral varietals as Ugni Blanc, Colombard, Pinot Blanc, Chenin or high yielding vineyards. Because Allegro is S preventing, it is the perfect ally for barrel aging on the lees, where Allegro can increase the mouthfeel and texture of Chardonnay, Viognier, Chenin and Semillon without producing S off aromas. Allegro is MLF compatible with a moderate nutrients requirement and extremely low production of. Recommended Varietals: Chardonnay Viogner Ugni Blanc Colombard Pinot Blanc Chenin Semillon Fermentations of Chardonnay Juice (Yan 31 mg/l, BRIX 22 ) Ethyl Hexanoate Ethyl Butanoate Ethyl Hexanoate ug/l Ethyl Butanoate ug/l Ester Compounds: Ethyl Butanoate: fruity, flowery, pineapple, blackberry, apple, strawberry Ethyl Butanoate: papaya Threshold Allegro Commercial Strain Moderate Optimal Temperature 15 C to 28 C Cold Tolerance* 13 C Alcohol Tolerance 16% Nitrogen Requirements Medium Active g/l Conversion Factor** 16.3 g/l g/l Volatile Acidity Low Production Very Low - None S Production None Foam Production Low Low Medium ** Grams of sugar required to produce 1% alcohol (v/v). Varies depending on the sugar and nutrients composition of the must and environmental conditions.

5 Whites Vivace (VIC-23) A clean fermenting yeast for elegant, crisp, and lively white wines. Vivace is a general white vinification strain. A good fermenter that will perform in a wide range of temperatures (14-28 C), this strain will reveal the varietal attributes of the grapes, along with notes of pear, apple, grapefruit, lime and fresh pineapple, which will add a delicate complexity. Vivace is recommended for cool climate Chardonnays (e.g. Chablis), where pear, green plum and apple notes are desired, as well as Australian and German Rieslings styles because of its beta-lyase activity and its citrusy (lime) characteristics. It can be a great pair for spicy Alsacian Pinot Gris or Italian Pinot Grigio as it also presents hints of black pepper, eucalyptus and sweet spice. Due to its S prevention and its MLF compatibility, it can be used perfectly in barrel fermentation of Sauvignon Blanc Fume Blanc style. Recommended Varietals: Chardonnay Riesling Pinot Gris / Grigio Chardonnay Sauvignon Blanc Enhanced Sensory Attributes VIC-23 Commercial Strain Enhanced Sensory Attributes VIC-23 Sauvignon Blanc VIC-23 Chardonnay Flowers Flowers Sulfur Off Flavors 2. Grapefruit / Lemon / Lime Sulfur Off Flavors 2. Grapefruit / Lemon / Lime Sweet Spice 1. Pear / Apple Sweet Spice 1. Pear / Apple.5.5 Black Pepper / Eucalyptus Apricot / Peach Black Pepper / Eucalyptus Apricot / Peach Green Bell Pepper Pineapple Green Bell Pepper Pineapple Boxwood / Black Currant Bud Melon Boxwood / Black Currant Bud Melon Moderate Optimal Temperature 14 C to 28 C Cold Tolerance* 13 C Alcohol Tolerance 16% Nitrogen Requirements Medium - Active g/l Conversion Factor** 16.3 g/l g/l Volatile Acidity Low Production Low S Production None Foam Production Low Low Medium ** Grams of sugar required to produce 1% alcohol (v/v). Varies depending on the sugar and nutrients composition of the must and environmental conditions.

6 Whites TR-313 A thiols releasing strain with exeptional clean aromatic profile for varietal wines A yeast for the varietal expression of white wines, this intensely aromatic strain releases an exceptional amount of esters, and also has the unique ability to reveal grapefruit, passion fruit, mango and gooseberry aromas created by three volatile thiols: 4-mercapto- 4-methylpentan-2-one (4MMP), 3-mercaptohexan-1-ol (3MH) and its acetate ester (3MHA). These thiols are formed from non-volatile cysteinylated precursors found in the grapes, and then released by the yeast as a results of beta-lyase enzymatic activity during fermentation. As an S preventing strain, the yeast maintains a clean and pronounced aromatic profile. It is a reliable fermenter that produces above average glycerol for a white strain and has low to moderate nitrogen requirements. Recommended Varietals: Sauvignon Blanc Riesling Chenin Blanc Semillon This strain is specifically bred to enhance a wine s aromatic potential and is ideal for aromatic expression of varietals such as Sauvignon Blanc, especially from New Zealand. In addition, the yeast also complements other aromatic varietals such as Riesling, Chenin Blanc and Semillon. Fermentation of Sauvignon Blanc Juice (RS 225 g/l, YAN 275 mg/l) 3MH in ppt Commercial TR-313 Sulfur Off Flavors Vanilla / Oak / Toast Black Pepper / Eucalyptus TR-313 Volatile Thiols Commercial Strain Boxwood / Blackcurrent Bud Tropical Fruit Apricot / Peach Pear / Apple Grapefruit / Lemon / Lime 2% 4% 6% 8% 1% Moderate to Fast Optimal Temperature 14 C to 25 C Cold Tolerance* 13 C Alcohol Tolerance 16% Nitrogen Requirements Low - Medium Active g/l Conversion Factor** 16.3 g/l g/l Volatile Acidity Low Production Low - Moderate S Production None Foam Production Low Low Medium ** Grams of sugar required to produce 1% alcohol (v/v). Varies depending on the sugar and nutrients composition of the must and environmental conditions.

7 Whites Bella (BEL-93) A versatile and robust general white strain for elegant terpenic wines Bella is a general white strain with an elegant and aromatic profile featuring tropical fruits and floral citrus characteristics. Bella exhibits both beta-glucosidase and some beta-lyase enzymatic activities making it release moderate levels of terpenes and some volatile thiols. This versatile strain performs well in a wide range of temperatures and it produces very low Volatile Acidity even during stressful fermentation conditions (including high copper residues in the must). Bella is ideally suited for white wine vinifications but also has the ability to perform well in red wines. Bella s aromatic profile suits varietals such as Muscat, Riesling, Gewürztraminer, warmer climate Chardonnay, Semillon, Glera and it can also perform well in secondary fermentations in the bottles. Recommended Varietals: Muscat Riesling Gewürtztraminer Chardonnay Semillon Glera Sparkling Production - Secondary Fermentation 5 Bella Commercial Refermentation Strain Temperature Pressure Bar Moderate Optimal Temperature 14 C to 3 C Cold Tolerance* 13 C Alcohol Tolerance 17% Nitrogen Requirements Neutral g/l Conversion Factor** 16.4 g/l g/l Volatile Acidity Very Low Production None to Very Little S Production None to Very Little Foam Production Low Low Medium ** Grams of sugar required to produce 1% alcohol (v/v). Varies depending on the sugar and nutrients composition of the must and environmental conditions.

8 Reds Andante (ADT-36) A reliable and fruity yeast for red winemaking Andante is a versatile strain that produces a red fruit overture with good color stability and flavor across all red varietals. Andante tolerates up to 17% alcohol and will generally consume around 3% of malic acid present during the alcoholic fermentation. Andante maintains desired varietal characteristics while producing aromas and flavours of fresh fruit as raspberry, strawberry, and red plum. Recommended Varietals: Shiraz Zinfandel Cabernet Sauvignon Sangiovese Andante is ideally suited for wines that have higher alcohol levels, such as full bodied Shiraz or Zinfandel. Given its red fruit notes, the strain also has outstanding aromatic compatibility for moderate climate Cabernet Sauvignon and Sangiovese. Residual Sugars and Resistance to Alcohol Ethanol % vol. RS g/l Andante Commercial Strain 2 Commercial Strain Moderate to Fast Optimal Temperature 18 C to 35 C Cold Tolerance* 15 C Alcohol Tolerance 17% Nitrogen Requirements Low - Medium Neutral g/l Conversion Factor** 16.4 g/l g/l Volatile Acidity Moderate Production Low S Production None Foam Production Low Low Medium ** Grams of sugar required to produce 1% alcohol (v/v). Varies depending on the sugar and nutrients composition of the must and environmental conditions.

9 Reds Maestoso (MTS-29) Yeast for bold, fruity red wines with intense lively color and structure Maestoso s moderate fermentation tempo allows for longer maceration periods that when paired with its ability to promote polyphenolic extraction, produces wines with stable color and tannic structure. Maestoso maintains the natural acidity of the juice for a sustained bright, fresh fruit character and a lively sensation on the palate that carries through the aftertaste. Maestoso pairs perfectly with full bodied international style Merlot as its aromatic profile is based on concentrated black fruit (blackberry, plum). Longer maceration times also promotes its velvety texture of tannins and will brighten the acidity and length. This yeast is ideal for grapes such as Tempranillo, as Maestoso will add intensity to its aromatic profile. Maestoso is MLF compatible. Recommended Varietals: Merlot Tempranillo T ppm Commercial Strain Maestoso Very low TSO2 production of Maestoso with H2S prevention compared to Commercial strain in Merlot Juice Fermentations (Yan 3 mg/l, Brix 25 B). Moderate Optimal Temperature 18 C to 25 C Cold Tolerance* 15 C Alcohol Tolerance 16% Nitrogen Requirements Medium - Neutral g/l Conversion Factor** 16.6 g/l g/l Volatile Acidity Moderate Production Very Low S Production None Foam Production Moderate Low Medium ** Grams of sugar required to produce 1% alcohol (v/v). Varies depending on the sugar and nutrients composition of the must and environmental conditions.

10 Reds Brio (BRO-58) A specialty yeast for complex fruit-driven red wines Selected for its intense aroma purity and ability to enhance varietal characteristics, Brio elevates the aromatic expressiveness of a wine with impressive notes of cherry, black fruit and spice. Brio improves the extraction of phenolic compounds and colour, which helps to produce a complex, rounded wine. Brio is noted for its ability to enhance the flavor of red wine varietals, particularly Pinot Noir, Grenache and youthful Gamays. With its intense aromatics and ability to aid color and extraction, Brio is also well-suited for early release red and rosé wines. Recommended Varietals: Pinot Noir Grenache Gamay Carmenere Syrah Petit Verdot Enhanced Sensory Attributes Violets / Lavender Brio Commercial Strain Minerality / Tar Sulfur Off Flavors Cherries / Strawberries / Red Currant Black Fruit / Dried Fruit Sweet Spice Black Pepper / Eucalyptus Herbaceous Notes Boxwood / Black Currant Bud Moderate - Fast Optimal Temperature 17 C to 28 C Cold Tolerance* 16 C Alcohol Tolerance 16% Nitrogen Requirements Medium Active g/l Conversion Factor** 16.5 g/l g/l Volatile Acidity Low Production Moderate S Production None Foam Production Low Low Medium ** Grams of sugar required to produce 1% alcohol (v/v). Varies depending on the sugar and nutrients composition of the must and environmental conditions.

11 Reds Bravo (BV-33) A full body red wine strain Bravo is a high glycerol producing strain specifically developed for classical red winemaking. This strain also produces high levels of ester compounds and is able release bound grapes volatiles as a result of its beta-lyase enzymatic activity. Wine produced by Bravo will reveal nuances of red fruit (strawberries, cherries) and rich dark fruit (plum and prunes) with very good intensity. Overall produces elegant wines with complexity and good acidity, Bravo is MLF compatible and can handle a wide range of temperatures. Bravo is recommended for enhancing smoothness and mouthfeel. It adds aromatic complexity for long ageing wines where post fermentative extraction is important. For youthful red wines, where fruit preservation is key, glycerol will play an important palate-balancing role. The strain is recommended for Nebbiolo, Bordeaux style Cabernet Sauvignon, Malbec, Carmenere, cool climate Syrah and Petit Verdot. Recommended Varietals: Nebbiolo Cabernet Sauvignon Malbec Carmenere Syrah Petit Verdot g/l 12 Adante Maestoso Commercial Strain Bravo Moderate to Fast Optimal Temperature 16 C to 3 C Cold Tolerance* 13 C Alcohol Tolerance 17% Nitrogen Requirements Medium Neutral g/l Conversion Factor** 16.8 g/l g/l Volatile Acidity Low Production Very Low S Production None Foam Production Moderate Low Medium ** Grams of sugar required to produce 1% alcohol (v/v). Varies depending on the sugar and nutrients composition of the must and environmental conditions.

12 Organic Ossia A robust and versatile organic yeast for making complex, aromatic organic wines Ossia is Renaissance s high performance certified organic (NOP/COR) yeast that prevents the formation of S. In organic winemaking, S and its associated reductive character faults can t be minimized by the conventional methods of adding inorganic nitrogen or copper. Ossia is an exciting new tool for organic winemakers to proactively guard against reductive faults while also improving aroma profiles through increased expression of tropical fruit esters. Recommended Styles: White Wine Red Wine Fruit Wine Cider Ossia maintains the natural acidity of the juice while also producing increased amounts of esters, creating fruity and lively wines which linger on the palate. Ossia is a very versatile strain and is recommended for use in white, red, and fruit wines and cider. Ossia s aroma profile and its ability to arrest fermentation by lowering the temperature also make it a good choice for sweeter styles of wine. Notes When fermenting to dryness, it is recommended to increase temperature to > 2 C near the end to ensure a proper finish. Nitrogen supplementation is recommended during the initial 1/3 of fermentation, especially when fermenting at warmer temperatures or in highly clarified musts. DE-ÖKO-3 EU Agriculture Moderate Optimal Temperature 18 C to 32 C Cold Tolerance* 15 C Alcohol Tolerance 16% Nitrogen Requirements Medium Active Moderate g/l Conversion Factor** 16.5 g/l g/l Volatile Acidity Low Production None - Very Low S Production None Foam Production Low Low Medium ** Grams of sugar required to produce 1% alcohol (v/v). Varies depending on the sugar and nutrients composition of the must and environmental conditions.

13 Cider Fresco (FRS-66) The definitive S-preventing yeast for cidermakers Specifically developed for cider producers, Fresco imparts a bright apple character and refreshing crisp finish, with strong steady kinetics. The strain is a medium-bodied, dry fermenting yeast with a balanced crisp fruit finish. Notable aromas and flavours include red apple, pear and citrus. It can be used for different styles of Cider as New World, English, French, Perry, Ice, New England, Apple Wine and fruit ciders. Fressco: 6.5% ABV Cider Fermentation 13C 16C 22C Recommended Styles: New World English French Perry Ice New England Apple Wine Fruit Cider 12 1 Total Sugar g/l Day MLF Compatible Yes g/l Optimal Temperature 13 C to 25 C Cold Tolerance* 13 C Alcohol Tolerance 15% Nitrogen Requirements Medium Production S Production Low None Neutral Low Medium

14 S PREVENTION Even in trace amounts that can t be detected by smell, S can still impair the true flavors of your wine. YEAST PAIRINGS White Chardonnay Sauvignon Blanc Viognier Riesling Pinot Gris Muscat Semillon Secondary Fermentation Cool Climate Warm Climate Yielding Allegro Vic-23 TR-313 Bella Ossia Red Merlot Cabernet Sauvignon Syrah Grenache Pinot Noir Sangiovese Tempranillo Secondary Fermentation Cool Climate Warm Climate Yielding Andante Maestoso Brio Bravo Ossia YEAST COMPARISON W = White / R = Red / Ré = Rosé / S = Secondary Fermentation, Sparkling / F = Fruit Wine / C = Cider Nitrogen Cold Requirements Tolerance Alcohol Tolerance VA TSO2 Foam Killer Esters Factor Beta- Beta- Glucosidase Lyase Wine Style Allegro Vic-23 TR-313 Bella Andante Maestoso Brio Bravo Ossia Fresco K K K N N N K N K N W/Ré/S W/Ré W/Ré W/S R/W R/Ré R/Ré R/Ré W/R/F/S/C C Winemakers who use our yeasts have remarked: My wine has never had such a remarkable aroma

15 REHYDRATION PROTOCOL Correct yeast rehydration is crucial to obtain a healthy fermentation. Please follow the Rehydration Instructions to avoid stuck or sluggish fermentations. Inoculation Rate: g/l ( lbs/1 gallons) Rehydration Instructions: 1. In an inert and sterile container, prepare chlorine-free water at C (1-18 F) that is 1 times the weight of the yeast to be rehydrated. 2. Gently mix the yeast into the water and allow 2 minutes for rehydration. 3. After rehydration, begin to slowly add full strength juice into the yeast mixture every 5 minutes to allow for acclimation. Do not decrease the temperature of the mixture by more than 5 C (9 F) with each juice addition. 4. When the temperature of the yeast suspension is less than 1 C (18 F) warmer than the must or juice to be inoculated, slowly add the yeast mixture into the fermentation vessel. Note Directly adding dry yeast to the must or juice tank is not advised. Restart of Stuck or Sluggish Fermentations Protocol 1. Prepare the Pied de Cuve The volume prepared should be 2-5 % of the volume of the stuck wine. This will contain water, grape juice and stuck wine (not more than half of the total volume). The sugar content should be around 5 Brix. Nutrients should be added and the temperature before the incorporation of the yeast should be at C. 2. Rehydration of the yeast Use a different strain from the one that has been used in the first inoculation, preferably a fructophilic yeast that is resistant to alcohol (Andante and/or Bravo for reds and Bella for whites or reds). Follow instructions to prepare the mixture of water and yeast accordingly (steps 1 and 2 of the above Rehydration Instructions). 3. Add the yeast to the Pied de Cuve Follow steps 3 and 4 of the Rehydration Instructions, adding the yeast to the Pied de Cuve instead when the protocol refers to full strength juice and fermentation vessel. 4. Once the yeast is incorporated in the Pied de Cuve monitor the Brix with a hydrometer. When the Brix have dropped by half (2.5 Brix), it is ready to be incorporated into the stuck wine. The incorporation is done by adding an equal volume of stuck wine to the volume of the Pied de Cuve. Ensure that the temperature difference between the Pied de Cuve and the stuck wine does not exceed 1 C. Keep the temperature of the fermentation between C. After each addition wait for the fermentation to show some activity and then double the volume again. Continue this procedure until all of the stuck wine is transferred to the Pied de Cuve vessel. Note The inoculation rate and the use of, yeast hulls, rehydration nutrients, lysozyme should be decided according to the judgement of the winemaker.

16 Enlighted Science. Empowered Artistry WY-CAT-218 Drop us a line. info@renaissanceyeast.com Renaissance Yeast Inc Health Sciences Mall Vancouver, BC V6T 1Z3 Canada RENAISSANCE WINE YEAST renaissanceyeast.com