Uidl;t2\:* The Assessment Institute for Foods, Drugs and Cosmetics \-. .INDONESIAN COUNCIL OF ULAMA Majelis Ulama lft(ohepia Buitding 3"d floor, Jl. Proklamasi No. 51, Menteng - Jakarta Pusat. Telp. 62-213918890 Fax. 62-213918915 Kampus IPB Barangsiang Jl. Raya Pajajaran Bogor, Telp. 62-251 8358748 (Hunting); Fax, 62-251 8358747

DECREE OF ASSESSMENT INSTITUTE FOR FOODS, DRUGS, AND COSMETICS INDONESIAN COUNCIL OF ULAMA On HALAL POSITIVE LIST OF MATERIALS

Number: SKO7/Dir/LPPOM MUI/I/13

The Executive Committee of LPPOM MUI, after:

Considering Whereas, in order to improve efficiency and effectiveness of Halal Certification Registration in the Assessment Institute for Foods, Drugs, and Cosmetics Indonesian Council of Ulama (LPPOM-MUI), it is required to determine the Halal Positive List of Materials for companies

2. Whereas, the content contained herein in this decreb are deemed necessary to support the set operations and administrative system of the LPPOM MUI.

In view of : 1. Decree of LPPOM MUI Director Number SK14/Dir/LPPOM MUIAV/l2 on the Requirements of MUI Halal Certification (HAS 23000 SERIES).

z. Minutes of Plenary Session of the Assessment Institute for Foods, Drugs, and Cosmetics Indonesian Council of Ulama (LPPOM-MUI) dated 8 Novembet 2012.

Notice Working Programs of the Assessment Institute for Foods, Drugs, and Cosmetics, the Indonesian Council of Ulama (LPPOM-MUI) Year 2013.

Page I TIITISTATEI}AS 'rrc (' ostcr!{atcorY The Assessment Institute for Foods, Drugs and Cosmetics \,-- {NDONESIAN COUNCIL OF ULAMA Mqielis Ulama lrihgne*ia Building 3'd floor, Jl. Proklamasi No. 51, Menteng - Jakarta Pusat. Telp.62-213918890 Fax. 62-213918915 Kamius IPB Baranlsilng Jl. Raya Pajajaran Bogor, Telp. 62-251 8358748 (Hunting); Fax. 62-251 8358747

HEREBY DECIDES

TO STIPULATE : I . The implementation of Halal Positive List of Materials.

2. This decree shall come into force as of the date of its enactment and should there be any mistakes found, an amendment and revision thereof shall be made accordinglY.

Determined in Jakarta Dated 30 January 2013

EXE MMITTEE LPPOM MUI MUI Di

TB"iHSI,iffiD AS Page 2 of ,O (ffin**[cofY (, The Assessment Institute for Foods, Drugs and Cosmetics \... .INDONESIAN COUNCIL OF ULAMA Majelis Ulama Iidonqsia Building_3"d floor, Jl. Proklamasi No. 51, Menteng - Jakarta Pusat. Telp,62-213918890 Fax. 62-213gl8g1r5 Kampus IPB Barangsiang Jl. Raya Pajajaran Bogor, Telp, 62-2518358748 (Hunting); Fax.62-2518358747

Attachment of Decree Number: SK07/Dir/LPPOM MUI/I/l3

HALAL POSITIVE LIST OT'MATERIALS

Halal Positive List of Materials consists of all non critical materials, in terms of their halalness status, commonly used in prosessing industries. This list was made based on the assessment done by LPPOM MUI by taking into consideration the sources of materials used in commercially production scales. Companies using materials listed in Halal Positive List of Materials will get advantages as follows.

l. In selection process of new materials, materials listed in Halal Positive List of Materials does not require material approval from LPPOM MUI prior to use. 2, In incoming material inspection process, materials listed in Halal Positive List of Materials does not require the suitability checking of the material name, manufacture's name and country of origin. 3. In product certification registration process, no halal supporting material document is required for products using any materials listed in Halal Positive List of Materials. If the materials are registered in different trade name with any materials in the Halal Positive List, it is still required halal supporting document in order to make sure the materials are the same with any materials in the list. During the audit process, the auditor may check the supporting documents when necessary.

Halal Positive List of Materials is given in the following table.

MINING MATERIALS

1 Mining materials: In commercial production scale, these L Metal/non metal: Aluminum (Al), materials are originated from mines Chromium (Cr), Magnesium (Mg), Sodium Q.,la), Nickel Q.Ji), Silicon (Si), Tin (Sn), Titanium (Ti), Zink (zn) 2. Metal/non metal oxides: MgO, NiO, SiOz, SnO, TiO2,ZnO, 3. Oxidazinglreducing agent from metal/non metal such as hydrogen peroxide (HzOz) and sodium borohydride (NaBHa)

TNANSTATEDAS Page 3 of t, ORIGINAT COPY (, rxi '$a:&

The Assessment Institute for Foods, Drugs and Cosmetics ' -. .INDONESIAN COUNCIL OF ULAMA Majelis Ulama Ifidonqpia Buikling3"d floor, Jl. Proklamasi No. 51, Menteng - Jakarta Pusat. Telp.62-213918890 Fax. 62-21 3gl8gl5 w Kampus IPB Barangsiang Jl. Raya Pajajaran Bogor, Telp. A-251 8358748 (Hunting); Fax. 62-251 83587{l

4. Clay 5. Activated earth/Bleaching earth: bentonite, diatomite, kaolin, zeolite 6. Limestone 7. Activated alumina 8. Coal 9. Asbestos 10. Perlite 1 l. Calcium oxide CHEMICAL MATERIALS

2. Gas: hydrogen (Hz), chlorine (Clz), These materials are originated from air nitrogen (1.{z), oxygen (Oz), or produced by reacting gas components carbondioxide (CO2), ammonia (NH:), which are originated from air. hydrogen sulfide (HzS)

3. Synthetic colors: In commercial production scale, these l. E102 TartrazinelFD&C Yellow 5 materials are produced synthetically by 2. El04 Quinoline Yellow/Food reacting chemical materials originated Yellow l3 from petrochemicals and/or rock. If 3. E110 Sunset Yellow FCF/FD&C there is a purification stage in the Yellow 6 production process, it is done by using 4. El22 Carmoisine/Azorubine activated carbon which may be 5. El24 Ponceau 4R originated from wood, or charcoal, or 6. 8127 Erythrosine BS/FD&C Red 3 coconut shell, or mines. 7. E129 Allura Red AC/FD&C Red 40 8. El32 Indigotine/Indigo Carmine/ FD&C Blue 2 9. El33 Brilliant Blue FCF/ FD&C Blue I 10. El55 Eurocert Brown HT / Chocolate Brown HT I L ElTl Titanium dioxide 12. El03 Chrysoine resorcinol 13. El05 Fast Yellow AB 14. El07 Yellow 2G 15. E128 Red 2G 16. El31 Patent Blue V 17 . El42 Green S/Acid Brilliant Green BS 18. El5l Black PN/Brilliant Black BN

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Remeik 19. E154 Brown FK 20. El7 0 Calcium carbonate 21. ElTzlron oxides and hydroxides 22. El80 Pigment rubine/Lithol rubine BK

4. Synthetic antioxidant (Butyl at e d In commercial production scale, these Hydroxyanisole) materials are obtained synthetically by L BHT (Butylated Hydroxytolune) reacting chemical materials originated 2. TBHQ (Tertiary from petrochemicals. Butylhydroquinone)

5. Short-chain organic acids containing C1- Organic acid is an organic compound 7, including: having a carboxylic group (-COOH) l. Acetic acid (C2HaO2) and acidic properties. This compound is 2. Benzoic acid (CzHoOz) also found in salt form as sodium, 3. Formic acid (HCOOH) potassium, or calcium. In nature, short- 4. Phthalic acid (C6Ha(CO2H)2) chain (Cr-C7) organic acids are widely 5. Fumaric acid (acid/trans- distributed in plant and'animal tissues. butenedioic acid, However, in commercial production HOzCCH:CHCO2H) scale, this organic acid is generally 6. Gluconic acid (CoHrzOz) produced from chemical reaction or 7. Glucoronic acid (p-D- from plants.

glucopyranuronic acid, C6H 1 6O) 8. Glutaric acid (C:H6(COOH)) 9. Hexanoic/caprilic acid (cH3(cH2)rcooH) 10. (DL) Malic acid (hydr oxybutane di oic ac i d, H02CCH2CHOHCO2H) 11. Malonic acid (CH2(COOH)2) 12. Oxalic acid (HzCzO+)

1 3. Pentanoic/valeric acid (cH3(cH2)3cooH) 14. Propionic acid (CH3CH2COOH) 15. Sorbic acid (2,4-hexadienoic acid, CoHsOz) 16. Succinic acid (butanedioic acid) 17 . Tartaric acid (2,3- dihydroxybutanedioic acid)

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6 Salts of organic acids: Salt is produced by reacting chemically 1. Ascorbate salt between organic acids listed in Halal 2. Benzoate salt Positive List of Materials (Number 5) or 3. Butyrate salt organic acids obtained from a microbial 4. Hydrogen phthalate salt process of base compound. 5. Lactate salt 6. Oxalate salt 7. Propionate salt 8. Citrate salt 9. Sorbate salt 10. Succinate salt

7, Organic base: pyridine, THF In commercial production scale, these (tetrahydropyran), triethylamine materials are of petrochemical origin.

8 Inorganic acids: boric acid (H3BO3), In commercial production scale, these phosphoric acid (H3POa), carbonic acid materials are of petrochemical origin. (H2CO3), chloric acid (HCl), nitric acid (HNO3), perchloric (HCIO4), and sulphuric acid (HzSOa)

9 Inorganic base: ammonium (NH+OH), In commercial production scale, these barium hydroxide (Ba(OH)z), potassium materials are of petrochemical origin. hydroxide (KOH), calcium hydroxide (Ca(OH)z), sodium hydroxide (l.JaOH) t0 Salt (lnorganic acid-base): In commercial production scale, these l. Phosphate salt group: sodium materials are produced synthetically by phosphate (Na:PO+), sodium reacting chemical materials originating dihydrogen phosphate (NaH2POa), from petrochemicals. If there is a sodium hydrogen phosphate purification stage in the production (NazHPO+), ammonium phosphate process, it is commonly done by using ((NH4)3POa), Na-hexametaphosphate activated carbon which may be 2. Carbonate salt group: ammonium originated from wood, charcoal, coconut carbonate ((NH4)2C03), potassium shell, or mine. carbonate (K2CO3), sodium Exception: if there are any additives carbonate (NazCO:) such as anticaking. 3. Chloride salt group: ammonium chloride (l{H4Cl), potassium chloride (KCl), calcium chloride (CaClz), sodium chloride QrlaCl), sodium hypochlorite NaCIO),

TRANSLATED AS u*" ORIGINAT COPY (' The Assessment Institute for Foods, Drugs and Cosmetics {NDONESIAN COUNCIL OF ULAMA Majelis Ulama Ih{ongsia Builrting-3"d lloor, Jl. Proklamasi No. 51, Menteng - Jakarta Pusat, Telp,62-213918890 Fax. 62-213gl}gls Kampus IPB Barangsiang Jl. Raya Pajajaran Bogor, Telp. 62-2518358748 (Ilunting); Fax,62-25L8358747

sodium chlorite (NaClOz), sodium chlorate (NaClO:) 4. Nitrate salt group: potassium nitrate (KNO3), sodium nitrate (NaNOr) 5. Nitrite salt group: sodium nitrite (NaNOz) 6. Sulphate salt group: aluminum sulphate/alum [Al2(SO4)3.18H2O], ammonium sulphate ((NHa)2SOa), ferro sulphate (FeSOa), potassium sulphate (K2SOa), sodium sulphate 6Na2SO+). 7. Sulfite salt group: Na-metabisulfite PLANT MATERIALS

l1 Fresh/dried plant materials: Fresh plant materials are those L Fruits originating from plants without any 2. Vegetables further process. 3. Cereals Dried plant materials are obtained by 4. Tubers drying the materials using natural heat 5. Nuts or heat produced by a machine. The 6. Simplisia (dried form) materials can be in a whole/unprocessed 7. Seaweed plant or cut/ground form without any additives or processing aid. t2 Processed plant materials/by-products Products are obtained from physically of processed plant material: processed plant materials with or l. Cassava flour without any additives which are 2. Sago flour generally chemicals. Physical 3. Rice flour processes include grinding, cuttting, 4. Glutinous rice flour sieving, precipitating, drying, etc. 5. Com flour 6. Sweet potato flour 7. Mung bean flour 8. Soybean flour 9. Sorghum flour 10. Tapioca I l. Com starch 12. Sago starch 13. Corn grits 14. Tofu

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15. Tofu skin/bean curd skin 16. Soybean cake 17. Peanut cake Rice vermicelli, glass vermicelli, misoa In commercial production scale, the (dried) materials are processed by heating the mixture of tapioca/rice flour and water (as processing aid), The mixture is then molded and dried. Plant oil: In commercial production scale, plant 1. Virgin sesame oil oil is processed by extracting the oil 2. Virgin olive oil source such as sesame seed. In the purification process, processing aid, which in general are mines, can be added. Exception: if there are any additives Fresh/dried algae: Algae are growrl in ponds, harvested by l. Chlorella ellipsoides centrifugation, and then washed and 2. Spirulina spp dried without any additives 3. Scenedesmus spp ANIMAL MATERIALS Materials resulted from halal animals: Materials are obtained from halal 1. Pure honey animals without any additional 2. Fresh milk material or salt. 3. Fresh/salted egg Fresh/frozerVdried/salted aquatic Fresh aquatic animals are obtained animals without further process. Frozen aquatic animals are obtained by freezing the animals in the form of whole animal or fillet without any additives. Dried aquatic animals are obtained by drying. Salted water animals are obtained by salt addition and drying. MICROBIAL MATERIALS Microbial products: Products are obtained from naturally l. Angkak (Chinese fermented red fermented plant materials or milk. rice)

f"rtO TN,AHSI,ATED (, $*T6INAL COPY The Assessment Institute for Foods, Drugs and Cosmetics

Majelis ularia Intpnesia Builiing 3"d floor, Jl. Proklamasi No. 51, Menteng - Jakarta Pusat. Telp. 62-213918890 Fax, 62-21 39l8g1r5 Kamfius iPB Barangsiang Jl. Raya Pajajaran Bogor, Telp .62-251 8358748 (Hunting); $ax. 62-251 8358747

2. Dadih (fermented buffalo milk from West Sumatra) 3. Raw Nata (nata de coco, nata de aloe, nata de pina, etc.) 4. Natto 5. Black oncom 6. Red oncom 7 . Tapai (fermented glutinous rice or cassava) 8. Tempeh OTHERS

19 Gum-polymers or pure hydrokoloid and In commercial production scale, the their salts: materials are obtained by physically 1. Alginate extracting plants followed by 2. Galactomannan purification using chemicals. Salts from 3. Glucomannan gum polymers or hydrokoloid are 4. Guar gum generally obtained by' reacting them 5. Gum Arabic with a chemical material. 6. Carrageenan Exception: if there are any additives. 7. Konjac gum 8. Tara gum 20 Cellulose-based polymers: cellulose, Cellulose is an organic compound CMC (Carboxy Methyl Cellulose), naturally found in plants. This material cellulose diacetate. cellulose ether can be chemically modified to produce cellulose triacetate cellulose-based polymers.

2t Synthetic polymers: polyethylene (PE), These polymers are generally obtained polypropylene (PP), polystyrene (PS), synthetically, from monomers which are polyvinyl alcohol (PVA), polyvinyl produced by refining petroleum chloride (PVC), polyvinylpyrrolidone, polyacrylate and its salts, polyether, polyurea, polyurethane, polyamine.

22 Industrial water Industrial water is water used as raw material for industry, which is undergone water treatment process or not. This includes well water, tap water, and water of ihdustrial zone. The critical point of industrial water is the processins aid used in purification staee.

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war:'t:',:,lt].,* 3%rc.t l:.' ::.::.11;!;a::ffi i Studies showed that in purification stage may use activated carbon, ion exchanged resin, and sand filter. Commonly activated carbon is originated from wood, coal, and coconut shell. Ion exchanged resin used in industrial water treatment generally does not use gelatine as a dispersing agent in its production process.

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