* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Download Guidelines for Energy Efficiency and Reduction of Emissions in the
Kyoto Protocol wikipedia , lookup
Climate change feedback wikipedia , lookup
Energiewende in Germany wikipedia , lookup
Emissions trading wikipedia , lookup
2009 United Nations Climate Change Conference wikipedia , lookup
Climate-friendly gardening wikipedia , lookup
Citizens' Climate Lobby wikipedia , lookup
IPCC Fourth Assessment Report wikipedia , lookup
Views on the Kyoto Protocol wikipedia , lookup
Economics of climate change mitigation wikipedia , lookup
Climate change mitigation wikipedia , lookup
Politics of global warming wikipedia , lookup
German Climate Action Plan 2050 wikipedia , lookup
Decarbonisation measures in proposed UK electricity market reform wikipedia , lookup
Carbon pricing in Australia wikipedia , lookup
Climate change in New Zealand wikipedia , lookup
Biosequestration wikipedia , lookup
Low-carbon economy wikipedia , lookup
Carbon emission trading wikipedia , lookup
Carbon Pollution Reduction Scheme wikipedia , lookup
Mitigation of global warming in Australia wikipedia , lookup
Step 8 – Environmental impact Carbon footprint study Climate change is an important topic today and is of great interest to importers, distributors, retailers and consumers. Fresh fruit distributors are now requesting emission values for the products they import to illustrate to their customers that their purchases generate a lower environmental impact than competitors. To date, countries within Europe that are most aware of the carbon foot print issue and the environmental effects it has are Germany, France and the United Kingdom. The reduction of GHG emissions are important for our customers and a reduction will help to support their strategic procurement decisions when purchasing fresh fruit from Chile and the southern hemisphere. By taking steps to reduce our GHG emissions we will ultimately improve our service to our customers and achieve long-term sustainable production that will help to secure and expand our global market for Chilean fresh fruit exports. As part of the ChileG.A.P program in the area of environmental awareness the industry has undertaken a study called “Diagnosis of the contribution of carbon emissions derived from the production of red and green apples in association with the stages of production and transportation to the destination market” that compares the primary characteristics of the greenhouse gas emissions generated from the production of apples in Chile compared to those of apples produced in New Zealand and the United Kingdom. The total CO2 emissions and energy usage for apple production was calculated using the Wells methodology mirroring the conditions used in the New Zealand study of the Agribusiness & Economics Research Unit of Lincoln University of New Zealand, elaborated by Saunders, Barber and Taylor and published in July 2006: titled “Food Miles- Comparative Energy/emissions Performance of New Zealand’s Agriculture Industry, Research report 285”. This study established as an initial hypothesis, that the primary production process of Chilean apples and their transportation would generate more emissions than the New Zealand’s apple production equivalent process. 1 The results indicate that the apple industry in Chile, measured through the above mentioned benchmarking study, has a carbon footprint similar to that of a New Zealand apple and is lower than an apple produced in the United Kingdom. Guidelines for Energy Efficiency and Reduction of Emissions in the Fruit Industry. The carbon footprint study also highlighted a series of areas where the industry can take specific actions in order to help to reduce the emissions of our fruit production. Through the ChileG.A.P program, the sector has proposed a range of solutions to help our growers and exporters reduce their carbon emissions. For example, the industry’s research, development and innovation entity the Fruit Development Foundation (FDF) has published guidelines titled “Guidelines for Energy Efficiency and Reduction of Emissions in the Fruit Industry”. With this important tool growers will be able to use these guides to both measure and evaluate their emissions and then implement a series of recommendations proposed in these guidelines in order to reduce their total carbon output. The guidelines cover the following areas: • Summary of chapters: o Important aspects of the use of energy in farms and pack houses o Energy efficiency of the farm o Energy efficiency of assets / machines and buildings o Energy efficiency applied to farm management o Agricultural equipment - use and maintenance o Energy efficiency applicable to pack houses and cold storage o Records required for packing – cold storage plants o Management of residues o Transportation o Plant maintenance plan Memorandum of Understanding with Carbon Zero: Recently the sector has entered into a strategic Alliance (MOU) with Carbon Zero of New Zealand. Carbon Zero is a greenhouse effect 2 certification program and the first international official certification scheme of this type in the world. Landcare Research, a New Zealand organization devoted to the investigation of environmental matters, is the owner of the rights and operator of Carbon Zero. The objective of the strategic alliance between the Chilean Fruit Exporters Association (ASOEX) and Landcare Research is to develop a series of actions aimed at: a) improving the information, promotion and training on emission reduction principles b) developing skills in the sector c) identifying feasible projects to reduce emissions in the fruit export industry. Other Alliances: The sector also participates actively in various public and private initiatives including: • A National Mirror Committee for the expansion of the ISO International Standard on environmental management. Involvement of the industry is particularly in the Sub-Committee of Environmental Management and Related Activities • Council for Climate Change • ProChile’s Carbon Footprint Industry Committee Table • “Carbon Footprint Project of Agricultural Export Products from Chile of the Institute of Agricultural Research (Instituto de Investigación Agropecuaria – INIA). • Development of various measurement systems based on the Fruit Development Foundations climate network through the site www.agroclima.cl. These systems supply mechanics that allow for the optimization of several agriculture activities such as pest control, irrigation determination and frosts prevention which also result in the reduction of emissions. • Development of new quality fruit varieties apt for Chilean natural conditions. • Development of plants adapted to various production stresses: water shortage, high salinity and low temperatures. It should also be noted that exporters and growers of fruits from Chile are also undertaking individually measurements of their carbon footprints, on an on- going basis, with the objective of meeting a diverse range of retailer requirements. 3