Carlo Galli, Solutions for an Efficient Water use in Agriculture
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Carlo Galli, Technical & Strategy Advisor, Water Resources Corporate Operations at Nestic S. A. (Nestle Group). Presentation at The Water Network event on Efficient use of Agricultural Water in Zurich ...

Carlo Galli, Technical & Strategy Advisor, Water Resources Corporate Operations at Nestic S. A. (Nestle Group). Presentation at The Water Network event on Efficient use of Agricultural Water in Zurich on January 23, 2013

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Carlo Galli, Solutions for an Efficient Water use in Agriculture Presentation Transcript

  • 1. Water: Impacts, Risksand Solutions foran efficient usein agricultureCarlo C.GalliThe Water Network23 January 2013
  • 2. Our Impacts: Consumptive Water Use for Nestléagricultural raw materials Total CWU (rainwater + irrigation) Blue CWU (irrigation) (~ 44.8 billion m3) (~ 2.9 billion m3) Soya (Excl Tea Vanilla Egg & Soya (Excl Tea Vanilla Egg & Green Coffee Poultry Lecithin) 0% 0% Products Poultry Lecithin) 0% 1% Products 3% 0% 2% 1% 0% 1% 0% Cocoa Vegetables Vegetables 0% 1% 0% Meat Meat 8% 5% Green Coffee Sugar 27% 24% Dairy 25% Dairy 35% Oil and Fat DRAFT 4% Cocoa 17% Cereals and Cereals and Grains Grains 11% Sugar 26% 6% Oil and Fat 3%   Blue CWU of 460 Nestlé factories = 0,1 billion m3
  • 3. Our risks/locations: watershed risk assessment of ourdirect operations (and agricultural supply chain) WATER STRESS NESTLE FACTORIES (497) DATA FROM COMBINED INDEX (WRI/ETH/WRF) 400 of total) ries (13% 350 329 risk facto igh water Combined 65 300 h nd 5 from N. FA.CTORIES a 250 nt class 4 200 king ta into accou 150 103 Index % tories (33 er risk fac 100 65 t o high wa and 5 from 168 medium t 50 t class 3, 4 0 to accoun WATER STRESS CLASS of tota l) taking in Index Combined
  • 4. Nestlé Commitments on W.A.T.E.R. ork to achieve water efficiency across our operations Leading in water resource management and excelling in the reduction of the direct water use in all our facilities dvocate for effective water policies and stewardship Promoting public policies that place value on water at every level reat the water we discharge effectively Setting strict targets for returning clean water to the environment ngage with suppliers, especially those in agriculture Helping to improve their water management with focus on impacts at watershed level aise awareness of water access and conservation Engaging employees, communities and consumers in the water imperative
  • 5. Responsible sourcing of agricultural raw materials Traceability     Nestlé    Responsible  Sourcing   Programme   For  high  risk  spend  categories  Direct    engagement  with  680,000  farmers     Audit     Programme     vs.  NSC   2010/2011:   1735  3rd  party  audits   of  key  suppliers    
  • 6. Water Stewardship National / Int’l level Stakeholder Water   engagement Resources   Review   Factory     Local level IniHaHves   Inside factory Outside factory Area of influence
  • 7. SAIN Case India Moga   Moga is a major fresh milk collection district (85’000 farmers, >1 million lt milk/day)   Groundwater is the major source of irrigation and is overexploited everywhere (1 million tubewells in Indian Punjab; >60’000 tubewells in the Moga District alone)   Almost 90% land is cultivated; all cultivated land is irrigated (97.6% with groundwater)   Milk, wheat and rice is the favoured production system of 80% of the Moga farmers   Recommended intensification of dairy farming   But sustainability of fresh milk production is about...rice   Better irrigation and cultivation practices for rice   SRI trials in Punjab
  • 8. SAIN Case Vietnam Dak Lak   Coffee farming booming in Central highlands   Very productive but... with unsustainable practices   Need for improvement of water use efficiency and fertilizers management   Water footprint project with SDC, IWMI and EDE 2011/2013   Confirmed that potential water savings are huge   Demo plots within “4C” Units   Dissemination of BPs and scale up within the Vietnam Coffee Task Force
  • 9. SAIN Case Venezuela El Pinal   Silvo-Pastoreo project launched in 2010 with TNC and ULA   2015 objective: 1’000 hectares / 200’000 trees   New natural shading improves animal well fare and milk productivity   Climate change mitigation and adaptation (cope with growing temperatures)   Water Resources Protection   Prevent soil erosion   Ecological corridor   Alternative water sources (RWH)   Water use efficiency in cleaning (KPIs)   Minimize pollutant load from farm effluents   Vermi-composting (solid waste)   Biogas digesters (liquid waste)
  • 10. SAIN Case France Agrivair Vittel   Watershed conservation with stakeholders   Natural Mineral Waters protection   Over 20 years, 10’000 hectares   Improved farming practices to avoid pollution   Technical/Financial support to farmers for change of agricultural production/practices   Support to other activities (e.g.: golf course, horse race track and railways)   Local / national support and recognition ( e.g.: Municipalities, INRA, French Ministry for Ecology and French Environment and Energy Control Agency).   More on biodiversity:   agro-forestry   river reshaping/conservation   Biodiversity labelelling
  • 11. Solutions for efficient water use (in agriculture): thoughts   Water Stewardship   Not all about Hi–Tech   Quantity but also Quality   Food waste and modern supply chains   Water price   Water allocations
  • 12. Principle 10 - WaterQuestions? carlo.galli@nestle.com