has developed technology which can take various liquid waste - PowerPoint PPT Presentation

TM TECHKNOW INVEST PRESENTATION APRIL 2018 : NC6 1

“ has developed technology which can take various liquid waste streams and create a scalable PLANT-FREE raw material called microbial cellulose that can be transformed ” into fibres for texKles and other industrial applicaKons. 2 2

West Australian based technology company Uses liquid waste to create Plant-Free Microbial Cellulose (MC) Unique technology then converts MC into eco-friendly fibre products Achieved a world first sustainable fibre breakthrough in December IniKally targeKng the US$500 billion texKle industry 3 3

WHAT IS CELLULOSE? One of mo most commo mmon raw ma material building blocks we use on a daily basis Currently, cellulose is obtained from PLANTS & TREES. PLANT-BASED MICROBIAL-BASED PLANT-FREE COTTON CoVon fiber is 90% Cellulose WOOD Wood contains 40–50% cellulose BAMBOO 4

WHAT INDUSTRIES USE IT? TE TEXTIL XTILES & & We are iniKally focusing on TexKles HYGIENE FOOD APP APPAREL AREL US$500 Billion global business HERE’S WHY HORTICULTURE PAPER, PLASTICS MEDICAL & POLYMERS 5 5

TODAY’S PROCUREMENT ISSUES PO POLL LLUT UTIO ION ENERGY INT ENER Y INTENSIVE ENSIVE PETROLEUM 55% 180 million years to form 70b barrels PA to make syntheKc fabrics Toxic Process WATER WA PESTICIDE PE ICIDES CONSUMPTION CO COTTON 27% 8 months to grow 8,000L water to make 1 pair jeans 33 million tonnes annually 2020 8.3M TONS 8.3M T NS Today 5.5M TONS 5.5M T NS PULPING PULPING PR PROCE CESS SS DEFORESTATION WOODPULP TREES FELLED ANNUALLY 10% 18 years to grow 40% of all industrial wood harvest Toxic Process 6 6

INDUSTRY SEEKING SUSTAINABLE FIBRES 700 It takes… Brands, retailers and manufacturers have had limited eco-friendly opKons to date GALLONS (22 BATHTUBS) Current texKle procurement methods of water to produce are environmentally challenged! enough coVon for one t-shirt. Consumers and the industry are demanding feasible & sustainable, long-term alternaKves 7 Source: The ins.tute for sustainable communica.on, world wildlife Fund, “ACB The True Cost” Documentary

NANOLLOSE A SUSTAINABLE SOLUTION Nanollose has developed a revoluKonary PLANT-FREE Cellulose Rayon Fibre Rayon is a well established fibre currently made from cellulose derived from trees High growth market valued at US$10B in 2014, growing to US$16.3B in 2019 Rayon is used to make everything from home furnishings to clothing Significant environmental concerns with current Rayon producKon 8 8 Source: Global Rayon Fibers Market 2015-2019 TechNavio Insights

CURRENT RAYON PROCESS RAYON FIBRE PLANT-BASED RAYON FIBRE TREES CUT CURRENT RAYON KRAFT PROCESS CELLULOSE FIBRE PROCESS Trees are cut down, Wood chips are treated Cellulose converted to barked and chipped with hazardous chemicals rayon by viscose process using energy and creaKng hazardous waste Achieved Achieved Achieved No Hazardous Chemi micals FERMENTATION PLANT-FREE RAYON FIBRE No Kra\ Process OF WASTE CELLULOSE Low Ener Lo w Energy & Lo gy & Low W w Was aste e Non-hazardous bacteria, Nanollose technology converts organic waste into converts Plant-Free microbial cellulose Cellulose into rayon 9

OUR PROCESS NO PESTICIDES LOW WATER CONSUMPTION Technology has been developed to take PLANT-FREE Microbial NO DEFORESTATION Cellulose and fit into the current NO KRAFT fiber making infrastructure. PULPING PROCESS Allowing for fast scale-up due LOW USE OF LAND to liVle to no retro filng costs LOW ENERGY USE 10 10

FASTER GROW CYCLE COTTON FIBRES 8 Months TREE FIBRES 18 Years OIL FIBRES 180 Million Years NANOLLOSE FIBRES 18 Days 11 11

COCONUT BY-PRODUCTS (IMMEDIATE SUPPLY) Nanollose plans to tap into the established coconut industry to secure pilot-scale supply of Plant-Free cellulose, which will then be processed into valuable fibres for industry. A variety of coconut by-products can be synthesized into microbial cellulose. PLANT-FR FREE COCONUT ACETOBACTER DEVELOPING CELL CELLULOS OSE E BY-PRODUCTS XYLINUM THE FEEDSTOCK ORGANIC WASTE (LARGE SCALE) SUPPLY CHAIN Nanollose also intends to explore & develop other sources of liquid organic waste (beer, wine, sugar) as a feed stock for Acetobacter to create Plant-Free Cellulose. 12

MOU SIGNED “ TO SECURE FEEDSTOCK Non-binding MoU signed with one of SUPPLY Indonesia’s largest and most established producers of coconut-based food products to develop a roadmap for commercial supply ” chain to produce texKle grade microbial cellulose on an industrial scale Example of microbial cellulose feedstock 13

PATHWAY TO MARKET Nanollose intends to secure commercial partners that will accelerate the technology to global markets ATHLEISURE SPORTS PLANT-FREE™ ROYALTIES CASUAL TEXTILE OR APPAREL PARTNER RAYON FIBRE LICENSING DEALS Industry partners to license Nanollose technology SOFT LINGERE RevoluKonary sustainable No major retro-filng of machinery and processing fibre alternaKve HOME FU FURNISHINGS Free carry opportuniKes in SUPPLY CHAIN Early stage discussions underway AU AUTOMOTIVE INTERIORS INTERIOR MEDICAL PR MEDIC L PRODUC DUCTS 14

UPCOMING MILESTONES Engage Partner Nanollose will conKnue to test and develop fibres Plant-Free Rayon Fibre FIBRE DEVELOPMENT FOR TEXTILES & APPAREL Create Fabrics Test Fabrics Fabrics In Market Test Rayon Fibre COMMERCIAL PARTNERS + NANOLLOSE Nanollose to ensure raw ma material supply for iniKal test & pilot orders PLANT-FREE CELLULOSE SUPPLY Seed GerminaKon Medical Food Paper VALIDATION OF OTHER MARKETS 15

OPPORTUNITY TO SHOWCASE OUR FIBRE Invited to present at the worlds leading sustainable texKle event Nanollose revealing their world first sustainable rayon fibre Significant opportunity to engage with; • InternaKonal fashion retailers & brands 2018 2018 • Buying houses, wholesalers, importers, sourcing agents • Manufacturers of apparel fabrics and garments • 22 MAY – – VANCOUVER, CANADA Leading fashion designers 16

FUTURE MARKETS While TexKles and apparel are the key PERSONAL HYGIENE MEDICAL PRODUCTS focus, there are other opportuniKes Natural a Na absor orben ent p prop oper erKes es for our PLANT-FREE Cellulose to be Natural nano-structures makes it ideal for the regeneraKve Kssue medical field Ideal for female sanitary products an sustainable alternaKve to the (large surface area) and nappies current cellulose offerings Non-pyrogenic (no cell reje jecKon) 100% % biodegradable alternaKve SEED GERMINATION PAPER, PLASTICS & POLYMERS FOOD High strength Soilless opportuniKes High High in in fib fibre, , na natur tural al bulking bulking ag agent t Natural a Na adhes esive b e bon onding q qualiKes es High water retenKon capacity Gluten free Global producKon of paper and cardboard Low fat subsKtute is 406.5 million metric tonnes in 2014 Increased acceptance & applicaKons across the food industry 17

TEAM Founder Founder GARY CASS ALFIE GERMANO DR WAYNE BEST MANAGING DIRECTOR NON-EXEC DIRECTOR EXEC CHAIRMAN 35 Years experience in organic Made the world’s first garment from the 30 years in the global texKle industry sector chemistry & biotechnology sector bacterial fermentaKon of wine in 2006 24 years in the Hong Kong garment industry 10 years at the Chemistry Centre (WA) 25 years of experience across a wide as a leader of a large scale global product and was responsible for the formaKon range of biological sciences development, sourcing and retail operaKons and running the Medical & Biological Chemistry secKon Published in numerous internaKonal Held VP and Director posiKons at GAP arts and science projects Inc, VF CorporaKon, Liz Claiborne Inc, Founded Epichem Pty Ltd in 2003, a Fila Inc and Carter’s Inc contract research company, where he is sKll the Managing Director TERRY WALSH WINTON WILLESEE NON-EXEC DIRECTOR NON-EXEC DIRECTOR 18

CAPITAL STRUCTURE Nanollose secured $5m through IPO and listed on ASX in October 2017 CAPITAL STRUCTURE High % of company shares escrowed Total Shares on Issue 74.9m for 24 months – 40 million in total 27m m OpKons on Issue Tight free float with Top 20 holding 65% Cash (@ quarter ended 31 st Dec 2017) $3.8m m Market-cap ($0.14) 10.4m Upcoming enKtlement offer rewarding any shareholders with 1 cent opKons on a 1 for 4 basis 19

THANK YOU MICHAEL WILLS ALFIE GERMANO Investor Engagement MD - Nanollose Ltd M: 0468308208 M: 0411244477 michael.wills@nanollose.com alfie.germano@nanollose.com www.nanollose.com 20