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TRANSCRIPT
GUIDELINES ON HOW TO REDUCE
THE ENVIRONMENTAL IMPACT
OF SCHOOL CANTEEN SERVICES
City of Turin: Guidelines on school canteen services
Page 2
Contents Page
Introduction
1. The reference context: INNOCAT Project and Public
Procurement of Innovation 2. Collective catering service and environmental impact
3. Towards a model of school catering with low environmental impact:
the study path within the INNOCAT project
4. Salient aspects of the future School Catering Policy
4.1
5.
6. a. The strategy of the tender
b. Domain of intervention: finding of eco-innovative solutions
c. Further actions for the preparation of the tender documents
7. Conclusions
8.
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Introduction
The current public procurement for school catering of the City of Turin (2013-2016) has been ahead
in setting some of the INNOCAT project goals. In this context the innovations introduced have been
monitored and the results assessed in order to further implement the sustainability aspects of the
future tender.
Considering that the school catering service is an opportunity for children to get involved into
sustainable food education and is also a source of significant repercussions on the economies of the
food farming district of the territory, the City Council - by specific decision of 17 January 2012 (Nr.
2012 00131/007) - deliberated the guidelines of the public procurement about the school catering
service for 2013/16. The decision established two main criteria of the call for tender 2013-2016:
More food sustainability
More environmental sustainability
As regards food sustainability, the tender provided quality and healthy food products, as much as
possible "short chain" to guarantee freshness and seasonality of the menu offered. Among the main
decisions of the specification, therefore, the choice was of a local menu and products coming from
controlled supply chains (PDO / PGI; BIO / Integrated Pest Control, fair trade).
With regard to the environmental sustainability of the meal, the tender would contribute to the
establishment of a "short chain" system, able to exploit the resources of the territory, reducing the
number of kilometers per meal as well as promoting cooperation between the producers (mostly
local), generating not only the reduction of the environmental costs associated with the distribution
and transport (in particular the reduction of CO2 emissions), but also the razionalization of the
product supply system by reducing the passages from producer to final consumer. Still, it has been
considered the possibility of providing fruit and vegetables obtained from integrated pest control,
always with a view to ensure the origin and quality of the food, since the organic product is not
always synonymous of short chain.
Therefore, the 2013-2016 tender should foresee:
- the replacement of the plastic disposable tableware used in primary schools with the
introduction of reusable multipurpose tableware after washing (as was already the case in
the nursery schools): the consequence is a positive environmental impact due to the
elimination, each year, of about 157 tons of plastic;
- A further incentive to use eco friendly transports, in order to improve air quality; - The use of products with limited packaging volume at low environmental impact, with the
full implementation of the separate collection of packaging and production waste, even at
the cooking centers; - The use of cleaning products at low environmental impact. In order to better understand the scope and context of reference in which we put eco-innovative
proposals for the future procurement, we briefly summarize the main features of the current
service.
Service numbers:
The users of the service are: children in nurseries, kindergarten, primary schools; adults working in
municipal nurseries, kindergartens and public schools (teachers and operators who consume the
meal in the schools).
Annually more than 7.5 trillion of meals are being served.
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The total annual cost of school catering service of the City of Turin is about 40 million Euros per
year. The unit cost of a meal is about 4,50 euro.
The service is usually given for 3 consecutive years, possibly renewable for a further two years.
Overall, the maximum amount under the tender of the school catering service is a total of about 120
million euro (for three years).
Schedule of the service and launch of the future tender
The current service contract runs from 1 September 2013 and will be valid until 31 August 2016,
with possibility of renewal for another two years in one or more lots.
The new tender procedure will address one or more lots and could be launched by mid 2017.
Summary of environmental sustainability requirements already included in the curent tender from
2013 to 2016.
The current tender specification, contemplated basic environmental sustainability requirements
(expressed in the technical specifications). In addition, scores were attributed rewarding for further
requirements.
Basic requirements
- Introduction for raw materials (foodstuffs) of territoriality requirements and PDO request:
organic foodstuffs or obtained with integrated pest control from short chain and fair trade.
For fruits and vegetables, grown in Piedmont, it’s important to use sources of supply close
to the direct producer, fostering forms of cooperation between the growers themselves. Such
products must therefore have a whole Piedmontese chain (from production to distribution to
consumption). The beef should be of Piedmontese breed, strictly certified;
- Reusable tableware: switching from plastic disposable flatware in reusable dishes for
primary schools (about 5 million meals) with the decrease of consumption and contribution
as a waste of 157 tons of plastic a year
- The appliances to be purchased from the kitchens of the pre-compulsory schools will need to
ensure efficiency and energy saving in compliance with current regulations concerning
safety (CE marking)
- Management of separate waste collection at all production and distribution locations even if
not required by the current waste collection rules
- Use of tap water
- Reduction and rationalisation with use reusable packaging, multiple packaging,
biodegradable bags, environmental labeling, etc.
- Use of eco friendly cleaning products
- Recovery of undistributed meals
Attribution of rewards points:
- Use of eco friendly transports
- Further DOP products and fair trade
- Using refillable containers for detergents according to the UNI EN ISO 13429/2005
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1. The reference context: Innocat Project and Public Procurement of Innovation
With its participation in Innocat project “Procurement of Eco-Innovation in the Catering
Sector”, the City of Turin implemented a set of demand analysis and early market engagement
activities aimed to promote sustainable development and the protection of the environment through
improved and innovation-oriented procurement practices in the school catering service.
The aim of the project was to identify operational tools that could:
Give shape and concreteness to the strategies adopted by the City Administration;
Facilitate the awareness raising of the local community on food and social sustainability
issues linked to catering service (from the production to the preparation of the meals, form the
logistics to the disposal) ;
Promote the creation of a network of subjects sharing the goals of the City Administration
and willing to cooperate towards the implementation of strategies and actions for a sustainable
development of catering services;
Put in place appropriate tools to effectively control the respect of the requirements and
monitor the environmental impact of the various activities, in order to best calibrate the initiatives
undertaken so as to reduce their impact based on a more thorough understanding.
The Innocat project is rooted within the national and European context where Green Public
Procurement (GPP) has emerged since many years and has been strengthened within the Europe
2020 strategy, which support Public Procurement of Innovation.
The adoption of green or eco-innovative purchase procedure represents an useful tool to:
Innovate and promote environmental innovation in products and processes
Rationalise procurement processes, while reinforcing the skills inside the Administration
and obtaining cost savings throughout a product/service’s life cycle
Ensure an higher quality of the service (in particular within school catering sector: quality,
health and food safety aspects)
Reduce energy use, material flow, emissions and rejects
Protect aspects of social and cultural significance Disseminate sustainable consumption and purchasing models
According to GPP logic, preference should be given to products, goods and services that:
• Minimise the use of hazardous substances
• Reduce the use of natural resources
• Reduce waste production
• Reduce pollutant emissions
• Reduce risks and hazards
• Have a longer service life
• Are less harmful to people’s health
• Embody principles of social significance.
This in mind, establishing a collective catering service by taking into due account the pressures
imposed on the environment and selecting, from among the alternative solutions available on the
market, those that have a lesser impact from the social and the environmental points of view, is a
way to reduce the impact arising from the production and consumption of goods and services, and
hence it amounts to encouraging the use of eco-friendly technologies and the development of
“green” products.
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2. Collective catering service and environmental impact
The environmental effects of activities relating to food service are definitely appreciable: it is
estimated1 that in Europe about 30% of the overall impact on the environment is due to this type of
service.
European public entities are the biggest consumers of foods, foods which are used in canteens,
vending machines, catering services for events and meetings: their purchasing power can play a
major role as a market stimulus.
The supply of canteen services is an important part of the procurement procedures adopted by
public administrations, therefore it represents a sector with a high economic and social impact.
Thus, it is necessary to encourage a new model of school canteen service embodying the principles
of sustainable development and addressing all the key factors; nutrition, environment, socialisation,
economy. Sustainable solutions designed to combat the impact on the environment of catering
service activities need to be developed in terms of logistics, waste reduction and management, more
sustainable agricultural production criteria, service operation and management stages.
The main impacts on the environment from the entire life cycle of foodstuff occur at the
production/cultivation stage. They consist of eutrophication, acidification and eco-toxicity
phenomena caused by the use of pesticides and chemical fertilisers. These substances have
significant effects on soil and water contamination. Farming activities also contribute to global
warming, the loss of biodiversity, and soil consumption and erosion. Besides the stages directly
associated with the production, transformation and transport of foods, there are other elements of
interest in catering service management processes that should be taken into consideration, i.e.:
Treatment of waste from packaging materials and disposable dishes and cutlery
Treatment or reuse of food waste from meals
Reduction of water and energy used by the equipment employed to provide the service
(electrical appliances)
Reduction of energy and water consumption inside the building Treatment Hazardous substances contained in cleaning products
Reduction of the emissions produced and energy used by means of transport.
Within the framework of the Innocat Project, the City of Turin strove to identify eco-innovative
solutions (or possible developments of innovative products/methods already introduced with the
2013-2016 call for tenders), that could achieve the objectives deemed important in terms of
sustainability of the school canteen service and listed below:
1 According to a study commissioned by the European Union: Environmental Impact of Products
(EIPRO) - Analysis of the life cycle environmental impacts related to the final consumption of the EU-25
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Objective Possible eco-innovative solutions
Offer a well balanced menu, with local and
seasonal products (thereby reducing mileage per
meal and impact on the environment)
Source foods from organic farming and/or integrated
pet management. Buy local products in season
Promote new and more equitable forms of
dialogue with farmers, with the aim to reduce
costs and improve the local economy
Buy “short supply chain” products, by seeking the
involvement of primary producers and reducing the
number of intermediaries
Reduce wastes generation and improve its
management, especially in terms of packaging
materials and modalities
Buy foods in multi-serve packs; Use reusable
tableware; use biodegradable and compostable food
containers. Improvements to separate waste collection
Reduce food waste by promoting the use of
uneaten food to meet social needs Promote educational activities to foster a healthy
eating culture and help reduce food waste. Edible leftovers reuse projects ( in case of huge
amount)
Reduce the amount of energy used by kitchen
equipment and the whole consumption of the
cooking centre
Efficiency criteria for kitchen equipment
Reduce the environmental impact of food
and meals transportation with positive
effects also on health
Improved logistics and reduced emissions from meal
transport vehicles.
Reduce environmental impact and minimize
negative effects on health related to
cleansing products
Minimised use of hazardous chemical cleaning
products (use Ecolabel products)
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3. Towards a model of school catering with low environmental impact: the
study path within the INNOCAT project
Within Innocat Project, the City of Torino carried out different preparatory activities, under the
disposition of 2013-2016 Specifications, in order to:
- Define the climatic impact of the catering service in terms of CO2;
- Control on the correct execution of the new requirements from the awarded companies,
reinforcing the use of the innovative elements
- identify the interested stakeholders of the whole supply chain and include them in a
consultation process on sustainable catering.
To this end, it was decided to rely on the collaboration of three external organisations, and namely:
A. MEASURE OF THE CLIMATIC IMPACT OF THE SCHOOL CATERING SERVICE
External support: The Department of Agricultural, Forestry and Agroalimentary Sciences
(DISAFA) of the University of Turin
The aim of the research carried out by DISAFA within the framework of the INNOCAT project was
to quantify the reduction in environmental impact obtained through the adoption of the GPP policy
by the City of Turin in drafting the procurement specifications for the school canteen service.
This meant determining the reduction in climate-altering gas emissions on the basis of the different
choices made in the procurement specifications for the 2012/13 (old specifications) and the 2013/14
school years (new specifications).
In particular, the University:
- assessed the environmental impact of the food supply chain in the school canteen service of the
City of Turin, in terms of climate changing emissions linked to the production and supply of
different selected food. Considering the complexity of the school catering service of the City, the
study was performed on the horticultural and fruit supply chain of the product mostly consumed
during the school year. However the calculated voices represent with a good approximation the
most part of the overall consumption.
- calculate the climate-altering emissions from meal deliveries to the school canteens of the City of
Turin, in terms of the Carbon Footprint2 of food transport in the city
- calculate the climate-altering emissions arising from the use of reusable tableware, tap water,
detergents and other ancillary products bearing an ECOLABEL, in terms of the impact of the in-
house stages of the food service,
Main Results:
From an analysis of the outcomes, the totality of the choices made in the specifications for the
2013/16 three-year period has resulted in environmental savings and that the most significant
choices were the elimination of water in plastic bottles and the use of melamine reusable tableware.
By oversimplifying, we can say that the environmental savings achieved corresponded to the
emissions generated by 6274 Turin-Rome journeys in a FIAT Punto (equivalent to going from
Turin to Rome and back by car 8 times a day for a year).
This said, it was agreed that the choices made for fruit and vegetables (to come from regional
sources whenever possible) and the use of reusable tableware will have to be confirmed in future
2 The Carbon Footprint corresponds to the impact class referred to as having "global warming potential" and it
expresses the quantity of CO2 equivalent (a unit of measure used for all molecules with global warming potential) released, whether directly or indirectly, by the system being considered at any stage. The term CO2 equivalent is used to indicate the totality of greenhouse gases, each of them weighted according to its global warming potential. Global warming potential values were determined on the basis of the latest publications by the IPCC (Intergovernmental Panel on Climate Change).
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procurement specifications. Similarly, it was agreed that tap water should continue to be used in
future, and low impact vehicles should also be used, especially for purposes of a reduction in fine
particle emissions. It should be noted, in fact, that at present particulate is regarded as the
contaminant having the greatest impact in urban areas and a factor of special significance in the
incidence of acute and chronic disorders of the respiratory and cardio-circulatory apparatus.
Moreover, a wilder use of ECOLABEL auxiliary products will be considered.
B. CONTROL ON THE CORRECT EXECUTION OF THE INNOVATIONS (TENDER’S
SPECIFICATION 2013-2014)
External support: Chemical Laboratory of the Chamber of Commerce of Turin
The Chemical Laboratory monitored the activities of the companies entrusted with the catering
service in connection with the environmental innovations already in force on the basis of the
procurement specifications for the school canteen service.
In the monitoring process, special attention was devoted to some pivotal features of the new
procurement specifications, which may be summarised as follows:
Short supply chain and PDO or similar products
Logistics (means of transport, platforms, etc.)
Reusable tableware
Packaging
Eco-friendly appliances
Cleaning products
Waste management systems
Main Results:
The monitoring activities performed during the first year of the new procurement contract (school
year 2013/14) revealed that the companies substantially adhered to the new rules, though some of
the innovative aspects – on account of their special complexity – could not be fully implemented
until the following school year.
Among the “strengths” identified, we should mention compliance in terms of fruit seasonality and
origin of the products, from Piedmont and from organic or integrated pest management farming. On
the other hand, some aspects need improving (e.g., monitoring of transportation vehicles).
Generally, the tool for the control of the correct execution has been a good instrument to support the
innovation policies by stimulating the awarding companies to put in practise efficiently the
requirements and create a new market for these solutions.
C. MAPPING AND ENGAGEMENT OF STAKEHOLDERS
External Support: Ecosistemi srl
Ecosistemi srl has participated to the engagement and consultation activities of stakeholders in the
field of sustainable school canteen services, by means of: a detailed analysis of the food service
chain and the various supply chains associated; mapping the subjects to be included in the
consultation process; organizations of meetings and the exchange of ideas between demand and
supply, and between the various private organisations making up the supply chains; systematization
of the collected information.
Main Results:
As a preparatory step, a preliminary map of the stakeholders was created with the aim to identify
the subjects to be consulted: companies, suppliers, distributors, organisations, associations, i.e., all
the subjects that could design, make, sell and/or supply the products and services used in providing
collective catering services.
A key objective was to promote a dialogue between the (public) demand side and the (private)
supply side, with the aim to identify the critical issues and the margins for improvement of
collective catering services from the standpoint of environmental sustainability.
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The meetings pinpointed problems but also identified opportunities, which were taken into due
account in drafting the guidelines. Market capacity was proved, for instance, in the following
fields: availability of pork meat as well as DPO cured meats from Piedmont region, availability of
contractors to use electric vehicles to deliver meals; possibility to extend the eco-sustainability
requirement to the dishes used for special diets, which – since reusable dishes cannot be used due to
technical/operational reasons – could be made of compostable materials; possibility of adopting
mobility management systems providing for real-time fleet location and tracking logs.
4. Salient aspect of the Future School Catering Policy 4.1. Tendering strategy
In future, tender specifications for school canteen catering services to all the pre-school and compulsory
education schools managed by the City of Turin will draw upon the environmental and social sustainability
criteria set out in previous specifications.
In particular, the call for tenders will propose a new model for a school food service having a low impact
on the environment and encompassing all aspects of the service life cycle in an integrated manner.
Figure 1: “Conceptual map: key aspects of a more sustainable food service in schools”
Source: F. Galli; G. Brunori, “Verso una ristorazione scolastica italiana più sostenibile: sustainable public
procurement”3.
Where the procurement of food products is concerned, in order to mitigate the pressure on the environment
and promote a harmonious development of the territory, which will encourage the production of high quality
foods and will improve their nutritional properties, the new tender specifications will put even greater
emphasis – compared to the previous specs – on food products that can:
Reduce the environmental impacts associated with food production and transport cycles, with special
regard to the emissions of climate-altering gases such as CO2;
Help preserve biodiversity and encourage the development of high quality farm products;
Discourage farmland abandonment, thereby contributing to the preservation of the landscape;
Promote the establishment of internal relationships within local communities;
Promote social cohesion and a sense of belonging to a local community, and encourage the
community to adopt an outlook more mindful of the environment;
Improve public health through diet diversification.
At the same time, measures for improvement will be identified affecting a number of key aspects, and
namely:
- Meal preparation with special regard to a reduction in energy use (e.g., industrial appliances,
3 In Agriregionieuropa Vol. 8 no. 29, June 2012.
8. Operator training obligation
7. Separate waste collection
6. Check lists and systematic monitoring of leftovers/wasted food
5. Use of reusable/ recyclable tableware
A (MORE)
SUSTAINABLE
FOOD SERVICE
IN SCHOOLS
1. Selected menus and products
3. Set maximum distances and delivery times from meal preparation to consumption sites
4. Appropriate structural characteristics of kitchens and canteens
2. Tap water
Controlled supply chains
Local/Short supply chain products
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cooking centre efficiency enhancement).
- Food product and meal distribution logistics, based on the use of green vehicles and innovative
technologies and/or by defining ways to reorganise logistics in urban areas;
- Waste reduction and management, primarily through the use of eco-compatible tableware and less
packing material;
- Other complementary instrumental processes.
4.1.1 A new school food service model: guidelines for future calls for tenders
INNOVATION – OPENNESS – INTEGRATION
Openness and an innovation-oriented approach – with special regard to eco-innovation – is one of the main
principles adopted to steer the school catering service review process towards a low-impact, high quality
model.
An “incremental innovation approach” was pursued to design these guidelines through the identification
of selected eco-sustainability improvement measures affecting different intervention areas and building upon
the already eco-friendly requirements set out within the current service contract.
The innovation strategy also provides for an “integrated vision” of social, economic and environmental
sustainability aspects as well as food quality and health factors at the benefit of the users, thus trying to
positively impact on the entire life cycle of the service through the combination of the different proposed
requirements.
Moreover, in view of the complexity of the school food service, a mix of solutions providing for product,
technology, process and organisational innovations is also sought.
An aspect of cross innovation is also seen into the push to use ICT in support of sustainability policies
within the school catering service: indeed, innovative ICT systems could be proposed – as stated in the
proposed requirements – for the management of urban food logistics, for improving energy efficiency in
cooking centers and kitchens as well as for educational activities and training aimed at users.
As for the strictly technological aspects, no predetermined technological choices are made, nor are the
solutions envisaged detailed in a prescriptive manner, leaving room for the market to propose the most
appropriate solutions as a function of the demand for innovation expressed by the organisation..
The principle of openness also strongly inspired the preparatory process within the Innocat project that led
to the definition of an eco-innovation strategy shared and defined jointly by all food service players all along
the supply chain. This should ensure feasibility and the market capability to fulfil the demand for innovation
voiced by the organisation, and it should facilitate the management of the service by the City in the coming
years. Not least, it also constitutes an interesting process of convergence towards territorial system
sustainability – on the enterprise, public administration and user sides – which may be a valuable element
within the broader framework of the municipal policy towards the “Smart Community” model.
ENVIRONMENTAL SUSTAINABILITY
Recent studies show that more than 50% of the total environmental impact of the collective catering sector
comes from the supply chain of products. The main criteria that the European Union takes into account with
regard to food supplies are recommendations based on the use of specific practices such as seasonal
products, the mode of collection, waste minimization and packaging, the professionalism of catering workers
and more. In parallel, it is also promoted the application of environmental indicators for monitoring (such as
emissions of climate-changing greenhouse gases, water consumption or soil) in order to quantify the actual
environmental burdens in selected areas. On this issues, current international studies on the life cycle of
products and services (LCA) demonstrate that, despite the goals of environmental improvement, if
environmental indicators are not applied since the planning stage of policies, there is the risk that the
environmental impacts are not actually fallen, but simply married for one stage of the production process or
service. To avoid these problems, Turin City Council commissioned a study at the University of Turin for the
calculation of greenhouse gas emissions in the food service at the planning stage and the results have been
taken into account in the drafting of the proposed requirements in the different intervention areas (food;
trasnport & logistics; energy efficiency of kitchen structures; tableware; etc.) within these guidelines .
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FOOD QUALITY AND CULTURAL ENHANCEMENT OF LOCAL FOODS
The food products typical of the Piedmont region are characterised by specific quality features certified
according to nationally recognised systems (CDO; PDO; PGI; TSG lists) and having beneficial effects on the
local economy, for example, through food and wine tourism.
In areas such as the Piedmont region, nowadays, besides the need to meet nutritional requirements, the
motivations driving the consumption of “local” products (the so-called “short supply chain” products and
others) depend on a variety of mutually correlated cultural, social and economic factors.
Local agriculture, in fact, enhances the value of local know-how and excellences, being part of the memory
and the wealth of a territory, and its heritage in terms of traditions, accomplishments and civilisation:
indubitably, this is an asset that can and should be used – through school meals – for educational purposes.
By giving preference to typical local foods, besides a purely productive function, agricultural activities
acquire a range of functions, including the protection of the environment and the landscape, as well as the
preservation of rural culture and traditions, thereby creating spaces and locations where new economic and
social development may take place. All this would surely have interesting spillover effects on the market and
the potential growth of the sector.
Furthermore, social responsibility principles are made explicit when trying to reduce the number of
intermediaries all along the food supply chain, attaining better and more equal opportunities for food
producers.
To this end, the future specifications will promote “local” and quality products, such as organic and IPM
food, the traditional products listed in national and regional quality registers, the products certified for
conformity to PGI, PDO and TSG regulations.
These “territorial” preferences also ensure the consumption of seasonal - and hence fresh – products for
school meals.
4.1.2 Focus on “food short supply chain” choices and Public Procurement Directives principles of
EU directives on procurement have been transposed by Italy with Legislative Decree no. 163 2006 - (so-
called "Code of Public Contracts") and then by Implementing Regulation approved by Decree of the
President of the Republic n. 207 of 2010.
From the reading of this legislation arise in particular two lines of principles: a) free competition, equal
treatment, non-discrimination; b) environmental protection.
With reference to environmental protection, there are many provisions of the Code of Italian contracts that
enable contracting authorities to take into account in the drafting of specifications that need, both in terms of
introduction of technical specifications or rules for the implementation of the contract taking mandatory
(Articles . 68 and 69), both in terms of qualitative elements that attribute a score if it is adopted the
evaluation criterion of the most economically advantageous tender (Article 83 c. The letter. e).
Italy has also adopted other standards in order to ensure environmental sustainability in public procurement
and in particular art. 1126 paragraph 1 of Law 296/2006 which provides for the adoption of an "Action Plan
for Environmental Sustainability and consumption of public administration" approved by the Interministerial
Decree dell'11.4.2008 (OJ n. 107/2008), as updated most recently by the Ministerial Decree 10.4.2013 (OJ
10212013).
This plan provides several reminders to the above legislation and in particular art. 138 paragraph 3 of the
Decree of the President 207 of 2010 which states that “the contracting authorities, in defining the contents of
the specifications and contracts for GPP , should take into account - pursuant to Article 68 of the
aforementioned Italian Code of Contracts - where possible - the criteria of environmental protection pursuant
to the plan just mentioned. A similar call is made in art. 120 of the Decree in relation to the evaluation
criteria according to the most economically advantageous offer.
Environmental protection requirements and environmental sustainability widely recognized at European and
Italian level are actually implemented in the school catering service contract and further weight to that
component will be given in the future tender, which will aim to boost eco-innovation , social responsibility
and cultural development of the territory linked with the school catering service.
In the contract 2013-2016 (in progress), for example, it is required that many foods to be used for the
preparation of menu should have a complete -regional or Italian- origin ( from production to processing).
This request was motivated by the need to reduce both the first haul in terms of transport both the
intermediate steps along the chain of distribution, thus pursuing social objectives of greater encouragement
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of producer returns. This satisfies both the needs of service quality because this implieas the use of seasonal,
fresh and safe food (alsoconsidering the high standards of the Italian system of controls on food safety).
The improved environmental impact was also confirmed – as already stated in the previous paragraph – by
the Carbon Footprint study commissioned to the University of Turin.
It is then believed that the food requirements - as pursuing the principle of environmental protection, quality
of food and cultural and social valorisation - do not conflict with the principle of free competition (and of
equal treatment and non-discrimination), the environmental protection principle being prevalent in this case.
Moreover, if it is true that the fundamental principles the EU are intended to benefit the free movement of
goods, at the same time, given the freedom to pursue entrepreneurial activity in the EU, the activities of
agricultural production, cultivation and processing in the Piedmont region or Italian is allowable for any
trader EU (and beyond).
Finbally, it is also worth to be mentioned that, that the value of the supply of raw materials to users – where
the so-called short supply chain (regional or Italian) is prescribed - doeas not account more than ¼ of the
total contract value of school catering service, which concerns not the supply of food but the catering service
as a whole which includes within it the subcontracting of food products. Also, considering that the City is
evaluating to go for a “concession model”, the value of food products within the overall contract will further
decrease.
This consideration further reinforce the idea to make prevailing the principle of environmental protection
together with the goals of social responsibility and cultural territorial valorization.
4.1.3 Main aspects of the future tender specifications
ORGANISATION OF THE TECHNICAL SPECIFICATIONS
The layout of the specification may provide for a subdivision into “basic requirements” and “noteworthy
requirements”.
The former will be used with reference to the eco-innovative solutions which confirm provisions already
present in the current version of the specifications (where they may have been rated as noteworthy), or
introduce minimal improvements, or else come under areas of innovation that – based on market studies - are
deemed to be characterised by an appreciable degree of market maturity.
The noteworthy requirements will be about more innovative aspects having a significant impact on elements
that characterise the service. In this case, the approach will be descriptive and not as prescriptive, leaving
more room for proposals from the market.
The purpose of this subdivision is to crystallise the current market innovation aspects in terms of some
aspects (those addressed by the basic requirements) and to stimulate progress towards innovative scenarios in
the areas where today’s market is less mature.
CONTRACT AWARDING CRITERIA Since the school catering service is a complex activity made up of a plurality of elements (including quality
factors), it is believed that the best price criterion (as provided for in art. 23 of legislative decree 157/1995,
and confirmed in art. 83 of legislative decree 163/2006), which has significant effects on the qualitative
aspect of the service, is the most appropriate procedure.
OFFER EVALUATION The set of evaluation criteria, which shall be suitably detailed in future tendering documents, will take into
due account food quality and safety, environmental sustainability and innovation aspects, drawing inspiration
from the guiding principles described above.
In view of the complexity of the aspects considered, the City of Turin will establish an Evaluation
Committee by taking into account the specific skills required to ensure a correct evaluation of the tenders
and, in particular, will take into account the possibility of external support, especially in the assessment of
environmental impact and energy use improvement measures.
OTHER ORGANISATIONAL ASPECTS OF THE SERVICE
Subdivision into lots
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The City of Turin operates a rather substantial school catering service (45000 meals per day, 7,500,000
meals per year). The quantity of meals supplied on a daily basis, the extent of the area covered and the
complexity of the service all point to the need for a subdivision into lots. Among other things, this solution
makes it possible to use several cooking centres, thereby avoiding overloads which might undermine the
proper functioning of the service.
Length of service
The complexity of the service and the investments required of the companies that are awarded a contract
make it advisable to opt for multiannual contracts, unless some events not foreseeable at the moment suggest
otherwise.
PROCESS ELEMENTS THAT FOSTER MARKET PENETRATION AND A WIDER SCALE ADOPTION OF
INNOVATIVE CONTENTS
Compliance control
Knowing the efficacy of compliance control as a stimulus for the actual adoption by the market of the eco-
innovations proposed, future tender specifications will provide for monitoring methods similar to those
developed within the framework of the INNOCAT project, which, among other things, specified checks on
the proper implementation of eco-sustainability aspects.
Control activities will encompass the documentation (e.g., certifications, documented data, material safety
data sheets, etc.) as well as on-the-spot verifications.
As a rule, such activities are performed by an independent organisation selected by the City of Turin.
Personnel training
As determined by monitoring current service activities and market conditions, the all-out adoption of eco-
sustainability measures calls for an active participation of all the players concerned, and especially the
people who prepare the meals and deliver the service. The future specifications may therefore provide for
training activities concerning specific management aspects in order to strengthen product and process
choices and accompany the process of change in a consistent manner.
User education and content dissemination
Similarly, an effective process of change towards eco-sustainability goals must necessarily rely on the active
participation of service users and – in terms of consequences – the school community as a whole.
Accordingly, during the period of validity of the new tender specifications, the City will promote educational
initiatives – to be carried out to the extent feasible by making use of innovative instruments and modalities –
on the food, environmental and social sustainability aspects associated with the school canteen service4. To
strengthen this aspect, and for awareness raising purposes, these guidelines promote – mostly through
noteworthy requirements – user training activities to be organised by the future contractors in collaboration
with the City of Turin.
4 For information on current and future educational/training activities, see:
http://www.comune.torino.it/servizieducativi/ristorazionescolastica/index.html .
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3. The areas of intervention Within the framework of the INNOCAT project, with a view to reducing the environmental impact of the
service, a number of areas of intervention of prior importance were identified, some of which had already
been addressed by the City of Turin by specifying ad hoc requirements in the call for tenders for the 2013/16
three-year period:
A. THE FOOD PRODUCT CHARACTERISATION
B. ENERGY CONSUMPTION (with special regard to electrical appliances)
C. FOOD PRODUCT AND MEAL LOGISTICS AND TRANSPORT
D. TABLEWARE
E. PACKAGING AND WASTE
F. CLEANING PRODUCTS
G. OTHER
For each area of improvement, we give below the functional indications to be taken into account in drafting
the new tender specifications for a low impact school catering service. These indications may be included in
the call for tenders documentation (specifications, rules, notices, etc.) either as basic technical or as
noteworthy requirements, in accordance with the applicable regulations.
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A. FOOD PRODUCTS
In accordance with the guiding principles described above, the attainment of the objectives envisaged will be
promoted through:
The use of the best price criterion for contract awarding purposes (as provided for in art. 23 of
legislative decree 157/1995, and confirmed in art. 83 of legislative decree 163/2006), thereby attributing
decisive value to the quality of the farm products offered.
The promotion of food products that meet clearly specified production rules, and defined as follows:
o Products from organic farming: grown and labelled according to the provisions set out in EC
Regulation 834/2007, EC Regulation 889/2008 and subsequent amendments and additions thereto;
o “Typical” products: i.e., products certified as PDO (Protected Designation of Origin) and PGI
(Protected Geographical Indication), as defined in EC Reg. 510/2006, and as TSG (Traditional Speciality
Guaranteed ), as defined in EC Reg. 509/2006 and contained in the “List of Italian designations recorded in
the register of Protected Designation of Origin, Protected Geographical Indication and Traditional Speciality
Products (updated to 20 October 2015)”;
o “Traditional” products: obtained in accordance with legislative decree no. 173 of 30 April 1998
and ministerial decree no. 350 of 8 September 1999, and contained in the regional and provincial lists of
traditional agroalimentary products (See the latest version of the national list of traditional agroalimentary
products issued by the Italian Ministry of Agricultural, Food and Forestry Policies in June 2015; ref.
Piedmont Region);
o Products from “integrated farming” systems: i.e., obtained from an agroalimentary production
system conforming to the general criteria approved by the European Commission (Decision C (96) 3864 of
30 December 1996 and the “Technical Standards on Integrated Production by the Piedmont Region”
approved on 17/03/2015 and put into effect in March 2015;
o Products respecting local “seasonality”;
“Short supply chain” products: “short” in terms of the number of intermediate steps from the producer to
the consumer of a food product.
An analysis of the main improvement measures to be included in the new tender specifications is given
below.
A.1 Fruit and vegetables
The procurement specifications for the 2013/16 three-year period called for the use of fruit and
vegetables from organic or integrated pest management farming and from a “short supply chain”5,
which meant that the entire life cycle of the products had to take place in Piedmont (from
production to distribution and consumption).
Besides the regional origin of the food products, pursuant to the “National guidelines for school
food service” issued by the Unified Conference held on 29 April 2010, the call for tenders asked
that intermediate steps should be reduced to the minimum (short supply chain), giving preference to
procurement sources close to the direct producer, and encouraging forms of cooperation between
farmers.
Of the aforementioned requirements, the one that proved most difficult for the companies operating
in this sector was the local origin of the food products, not least because the Specifications also
called for products in season according to the following table:
5 For some types of fruit (bananas, pineapple), the requirement was that it should come from the fair trade
system.
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JANUARY Pineapple, oranges, bananas, kiwis, clementines, tangerines, apples, pears
FEBRUARY Pineapple, oranges, bananas, kiwis, tangerines, apples, pears
MARCH Pineapple, oranges, bananas, kiwis, apples, pears
APRIL Pineapple, oranges, bananas, kiwis, apples
MAY Pineapple, bananas, apples, melon
JUNE Apricots, pineapple, water melon, bananas, peaches, Japanese plums, apples, melon
JULY Apricots, pineapple, water melon, bananas, apples, melon, pears, peaches, plums, Japanese plums
AUGUST Pineapple, water melon, bananas, apples, melon, pears, peaches, plums, Japanese plums
SEPTEMBER Pineapple, water melon, bananas, apples, melon, pears, peaches, grapes, plums
OCTOBER Pineapple, bananas, apples, pears, grapes
NOVEMBER Pineapple, oranges, bananas, persimmons, kiwis, clementines, tangerines, apples, pears
DECEMBER Pineapple, oranges, bananas, persimmons, kiwis, clementines, tangerines, apples, pears
Proposals for the future “Technical Specifications”:
Requirement A.1.1 Besides the compliance with the seasonality requirements of fruit and
vegetables (as detailed in the table above), possibility to comply with the timetable of seasonality
products related from territory or neighbouring regions.
This requirement state a “possibility” because it will be the seasonality requirement for local
products could present an additional difficulty in terms of market availability, on account of the
fluctuations in the production of some types of fruit and vegetables and the price increase risks
associated with such fluctuations.
Requirement A.1.2 Possibility to include in the menu the use of canned fruit (natural or in syrup)
when a particular product cannot be found, such as, for instance, fresh peaches and apricots in
winter.
Requisito A.1.3 in connection with the previous requirement, request of specific
information/educational programs targeting the users, aiming to raise their awareness of the
importance of fresh fruit in the diet, its nutritional value and seasonality, as well as the nutritional
value of preserved fruit, which should not be regarded as a replacement for fresh fruit, but rather as
appropriate for a snack or a dessert.
Requirement A.1.4 Presence of cooked fruit (apples, pears, plums) in the menu, as a
replacement for a dessert.
This is substantially aimed to increase the overall quantity of fruit consumed by the children with a
product they normally like and which does not entail the practical problems generally mentioned as
impediments to the use of fresh fruit, such as, for example: the difficulties associated with peeling
some types of fruit and the difficulties encountered by the companies to ensure optimal ripeness.
Expected impact:
Help the local market, encouraging both the production of summer fruit that cannot be
distributed to the schools and local processing activities for such products
Help alleviate the food waste problems by absorbing a proportion of the fruit types which
are not taken up by the local market
Provide for a more diversified supply of fruit and/or desserts in the school menus, thereby
contributing to make the food more likeable
Serve as an alternative for the mid-morning snack
Type of requirement:
Requirements A.1.1; A.1.2; A.1.3 due to their innovativeness – could be “noteworthy” while A.1.4
basic.
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A.2 Meat
The procurement specifications for the 2013/16 provided for the use of veal and beef products from
cattle raised in Piedmont, chicken meat from Piedmont, turkey and pig meat from the national
supply chain.
Proposals for the future “Technical Specifications”:
RequirementA.2.1 Possibility to include in to the menu meat of pigs that have been “raised and
butchered” in the territory or neighbouring regions.
The market capacity to provide such meat in adequate amounts was verified during the comparison
with the market .
Requirement A.2.2 Possibility to include DPO raw ham from Cuneo in the menu.
Expected impact:
promotion of territorial food products, assuring high-quality from the nutritional and
organoleptic point of view (for example it has been tested that the pig meat from the territory or
neighbouring regions have a fat content lower than the average).
Reduction of impacts on the environment by reducing the nr. of kilometers per meal .
Type of requirement: Requirement A.2.1 is thought to be basic; Requirement A.2.2 noteworthy.
A.3 Dairy products
The procurement specifications for the 2013/16 called for the use and/or the presence in the menu
of several products from the regional supply chain besides milk: butter and Grana cheese, and a
selection of DPO cheese types from the territory or neighbouring regions (Toma, Bra, Raschera,
Grana Padano).
Proposals for the future “Technical Specifications”:
Requirement A.3.1 Possibility to include into the menu other DPO cheese types from territory
or neighbouring regions (e.g., Robiola DOP Piemontese) or from a larger area of origin (e.g.,
DPO Quartirolo from Lombardy) or in alternative other TAP cheese types (Traditional
Agroalimentary Product as defined by the Ministerial Decree of 18 July 2000), such as for instance
Robiola or Tomino.
Expected impact:
promotion of territorial food products, assuring high-quality from the nutritional and
organoleptic point of view (for example it has been tested that the pig meat from territory or
neighbouring regions have a fat content lower than the average).
Reduction of impacts on the environment by reducing the nr. of kilometers per meal
Promote the culture of territorial food and educate to “taste” diversification.
Type of requirement: Nr. A.3.1 could be included as a noteworthy requirement.
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A.4 Eggs
The procurement specifications for the 2013/16 three-year period called for the use in preschool
menus of fresh organic eggs – code 0 – from a fully piedmont-based supply chain.
Proposals for the future “Technical Specifications”:
Requirement A.4.1: Request that cooking centres use (for the meals going to compulsory
education school canteens) organic pasteurised eggs either from a fully Piedmont-based supply
chain or from adjacent regions. Expected impact:
promotion of freshness of food
Reduction of impacts on the environment by reducing the nr. of kilometers per meal
Type of requirement: Basic requirement.
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A.5 Fish
The current school catering contract provided the inclusion of preparations made from fish of
Italian origin.
Proposals for the future “Technical Specifications”:
Requirements A.5.1 Request to include in the menu preparations made from fish of Italian
origin, such as trout hamburgers.
Requirements A.5.2 Introduction of a percentage of products from organic aquaculture, or,
when such products are difficult to find, from sustainable fishing practices (in accordance with
Marine Stewardship Council (MSC) or equivalent certification criteria).
richiesta di inserimento in menu di preparazioni a base di pesce di filiera italiana, quali l’hamburger
di trota
Expected impact:
Reducing impacts on the environment ;
Promotion of healthy and balanced menu .
Type of requirement: Nr. A.5.1 confirm the current contract basis requirement and will then be
inserted into the future one as basic. Nr. A.5.2 - in view of its innovative nature - could be assigned
a noteworthy level score.
A.6 Other food products
The current contract did not provide requirements onto other food products.
Proposals for the future “Technical Specifications”:
Requirement A.6.1 Inclusion into the menu of other TAP products (i.e., products sold under
the denomination of Traditional Agroalimentary Products) from the Piedmont region6 such as
, for instance:
“Pulled” breadsticks
Rubatà
Giandujotto
Torcetti
Canestrelli
Honey produced in Piedmont
Expected impact:
promotion of territorial food products, assuring high-quality from the nutritional and
organoleptic point of view (for example it has been tested that the pig meat from Piedmont have a
fat content lower than the average).
Reduction of impacts on the environment by reducing the nr. of kilometers per meal
Promote the culture of territorial food and educate to “taste” diversification.
6 The list of Traditional Agroalimentary Products (PAT) is issued by the Ministry of Agricultural, Alimentary and
Forestry Policies and published in the Official Gazette of the Italian Republic. The examples mentioned above are taken
from the 15th revised edition of the national list of traditional agroalimentary products as published in issue no. 168 of
the Official Gazette of the Italian Republic of 22 July 2015, ordinary supplement no. 43.
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Type of requirement:
Nr. A.6.1 should be “noteworthy” Besides, the specifications should indicate which regular menu
product can be replaced with a TAP product (e.g. stating that a snack may be replaced with one of
the bakery-confectionery products from the list of TAP specialties).
Since this would go under the heading of a noteworthy requirement, it would be advisable to allow
the contractors to pick a specific product (from among those included in the list), thereby making it
easier to find local suppliers that can meet the demand in terms of quantities, logistics, etc.
B. ELECTRICAL APPLIANCES
B.1 Schools The previous specifications required the use of appliances belonging to class A or with a similar
efficiency and energy use characteristics.
The basic problem identified in the course of Innocat project activities is the absence of mandatory
labelling systems for industrial appliances; for refrigerators only there is a labelling system which
is used on a voluntary basis and will probably become mandatory in future; in future years, energy
labels will probably be required for all the other types of appliance too.
It should be noted that if the contractors are asked to replace major appliances, the investments
required to do so may be more justifiable if they are awarded a multiannual contract.
Proposals for the future “Technical Specifications”:
Requirement B.1.1 Request of professional electrical appliances classified with energy class
corresponding to the A class (or higher) and/or use of appliances whose energy efficiency has been
tested – with appropriate means – and certified by expert organisations.
Requirement B.1.2 Proposal of energy saving projects inspired by energy and/or water saving
criteria, such as for instance, gasket replacement, burner maintenance, etc.
Requirement B.1.3 Provision of Specific training for the users, resulting in greater awareness and a
more efficient use of the appliances.
Effetti attesi:
reduction of energy consumption related to electrical appliances and other kitchen amenities.
Type of requirment: Nr. B.1.1; B.1.2; B.1.3 could be “noteworthy”.
Verification means:
For electrical appliances: Application of a voluntary (or equivalent) label for all electrical
appliances -or, as soon as it comes into force, a mandatory label - which will have to certify an
energy class corresponding to the A class (or higher) for domestic appliances.
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B.2 Cooking centres
Previous procurement specifications did not provide for any specific requirements concerning
energy use by the cooking centres.
Proposals for the future “Technical Specifications”:
Requirement B.2.1 - Request to propose a project designed to enhance the efficiency of the cooking
centres and reduce their impact on the environment, both through the adoption of solutions that
optimise the existing resources and through the acquisition of technologies for the use of renewable
energy sources (e.g., solar panels). Expected impact:
- reduce energy consumptions in cooking centres.
Type of requirement: Noteworthy. In the absence of a baseline of energy consumption to be referenced (see
on this point, the paragraph on preparations ) , the contract will provide for a list of sample interventions , to
which standard minimum energy reduction % are associated . The score bonus will be awarded on the basis
of the presence or availability to the implementation during the contract period of one or more of the
proposed interventions.
Verification means: On site and documental verification.
C. LOGISTICS AND TRANSPORTATION OF FOOD PRODUCTS / MEALS
For the transport of both meals and raw foods, the previous procurement specifications specified
the use of vehicles powered by engines fuelled with natural gas or vehicles in the Euro IV category
or higher.
Compliance with this requirement was verified through the vehicle registration documents and
through (sample) monitoring of their actual utilisation by the contractors. This type of verification
process means that a number of key elements for assessing the impact of the vehicles from the
ecological standpoint – e.g., routes and schedules, driving and transportation modalities – were not
monitored in a punctual manner.
Proposals for the future “Technical Specifications”:
Requirment C.1 Adoption of mobility management systems which could make possible to
Provide for real-time fleet location and tracking logs
Keep track of vehicle movements with a detailed view of the routes against a map
(geolocation)
Monitor driving styles by means of satellite detection systems.
Thus, these systems make it possible to plan the routes in the best possible way on the basis of the
data recorded and, at the same time, if any sudden problem comes up (e.g., heavy traffic, road
works, accidents), take action in real time to improve the timeliness of the service supplied, besides
securing benefits from the environmental standpoint.
Requirement C.2 Provision of driving style (“ecodriving”) training for the drivers
Requirement C.3 Proposal of projects aiming to optimise the logistics aspects by taking action on
the different parameters involved, such as, for instance.
Route optimisation
Travelling with a full load
Sharing logistics facilities by different lots (and possibly by different contractor companies);
In this connection, the contract awarding entity may decide to consider a separate lot for logistics at
the tendering stage
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Requirement C.4 Use of vehicles with reduced environmental impact. More in detail:
C.4.1 Use of “eco-friendly” vehicle with the lowest possible environmental impact These requirements are also valid for the transport of reusable dishes, referred to in paragraph D : In fact ,
companies tenderers will take charge of the recovery of the dishes used and the subsequent transport with
vehicles with low environmental impact in suitable environments where carry out the washing and sanitizing
.
C.5 Specifications related to the minimization of environmental impacts related to the logistics of reusable
dishes . The place where the sanitation practices will be performed - if not coincident with the cooking
centers themselves- must be located in a place encompassing equal or lower environmental impact compared
to the same cooking center regarding their transport operations .
Expected impact:
- reduced environmental impact of transport and logistics.
Type of requirement: Due to the innovativeness of mobility management systems applied to
collective catering service specification C.1 could be noteworthy. C.2 could be “basic”. Regarding
the transport fleet: C.4.1 and C.4.2 will be basic, while C.4.3 will be noteworthy.
Due to the openness of the requests for the optimization of the food logistics, n. C.3 will be
noteworthy. For the allocation of the scores in the evaluation phase , it will be identified an
indicator of efficiency of mileage, accompanied by further qualitative assessments elements
regarding for instance the project's ability to respond in an integrated and consistent manner the
need to improve the logistics of food in urban areas.
Requirement C. 5 could be conceived as a reward . To the evaluation scopes, an efficiency indicator
of the mileage will be set out.
D. DISHWARE
The possibility, introduced with the procurement specifications for the 2013/16 three-year period,
to use reusable tableware in compulsory education schools (melamine for dishes, polypropylene or
melamine for cups, steel for cutlery), instead of the disposable polystyrene tableware required in
earlier procurement specs, resulted in appreciable savings in terms of climate-altering gas
emissions, as attested by a study conducted by the University of Turin – Department of
Agricultural, Forestry and Agroalimentary Sciences – within the framework of the Innocat project.
In the study, the carbon footprint indicator7 was determined for all the main environmental aspects
of the school catering service, and the analysis conducted to this end included a comparison
between the use of disposable plastic dishware (a practice in use since 2012-2013 in compulsory
education schools) and the use of melamine dishes and steel cutlery, a requirement applied in full in
the 2014-2015 school year.
The choice of replacing disposable tableware with reusable tableware in the 2013-2014 school year
afforded appreciable savings in terms of climate-altering gas emissions, ranging from 41 to 63%
depending on whether or not the emissions arising from transportation (of the clean dishes to the
schools and soiled ones to the wash centres) are taken into account.
The study also considered the possibility of using disposable dishware made from Mater-Bi8, a
compostable material: this solution offers substantial savings over the use of disposable polystyrene
7 The Carbon Footprint corresponds to the impact class referred to as having "global warming potential" and it
expresses the quantity of CO2 equivalent (a unit of measure used for all molecules with global warming potential) released, whether directly or indirectly, by the system being considered at any stage. The term CO2 equivalent is used to indicate the totality of greenhouse gases, each of them weighted according to its global warming potential. Global warming potential values were determined on the basis of the latest publications by the IPCC (Intergovernmental Panel on Climate Change).
8 Bioplastic using vegetable components, such as corn starch, and biodegradable polymers obtained from raw
materials originating either from renewable sources or from fossil sources. Bioplastic is biodegradable in a composting process.
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tableware (a reduction in CF of about 23%), albeit not as significant as the reduction that can be
obtained with reusable tableware. Hence, the use of compostable tableware could be a viable
solution when the choice of reusable tableware is not feasible.
In view of the foregoing, it is believed that the new procurement specifications should provide for
the use of reusable dishware in compulsory education schools (in preschools they have been in use
for years), which the companies that are awarded the school catering service will have to supply
from the start of the contract; the companies shall also ensure the delivery to the individual schools,
the collection, cleaning and sanitising of the reusable dishware.
Proposals for the future “Technical Specifications”:
Requirement D.1 Use of reusable dishware in compulsory education schools .
Cutlery and cups shall not be packaged and shall be taken directly by the users from containers
supplied by the contractor company. Further functional requirements: the containers shall be easy to
wash and sanitise, and checked continuously to make sure they are free of dirt, moisture, foreign
bodies. All the materials used to make the tableware shall be durable, non toxic (e.g., melamine,
polypropylene, stainless steel 18/10), shall come from an EC supply chain, and shall be suitable for
coming into contact with food in the specific utilisation conditions (time and temperature)
envisaged.
Requirement D.2 Use of disposable dishes, cups and cutlery from an EC supply chain, in lieu of
reusable dishware, provided that they are made of biodegradable and compostable materials
(conforming to technical standard UNI EN ISO 13342:2002 or equivalent standards), such as, for
example, Mater-Bi, cellulose pulp or other materials that, besides the biodegradability and
compostability requirements, meet all the criteria specified in the regulations currently in force on
materials and items that come into contact with foods, and have the technological characteristics
required for their intended use (with special regard to contact times and temperatures).
This requirement will come into force In exceptional cases, based on a justified and documented
request by the contractor after the formal authorization of the City administration on a provisional
basis.
Requirement D.3 Use of single-serve containers made from biodegradable and compostable
materials for Special diet meals, conforming to the requirements described above. Preference shall
be given to solutions that can guarantee that the meals are handled safety and hygienically, e.g.,
containers heat sealed with plastic film.
The materials used shall be suitable for coming into contact with food at the temperatures specified
for the production process, keeping in mind that foods to be administered warm must be prepared
according to a multi-stage procedure (cooking, placing in a container, cooling in a chiller to a
temperature ≤ + 4° C inside the product, transport at a temperature of between + 4°C and + 10°C,
and heating to 75°C in a microwave prior to administration).
Expected impact:
-Reduction of wastes and its environmental impact
Type of requirement: All the aforementioned requirements are thought as “basic” requirements.
Specific provision for verification means: To obtain the prior approval by the City Administration
from the standpoint of food safety, the contractors shall submit, for each type of tableware:
Appropriate samples
Technical data sheets
High temperature release test results (except for steel cutlery)
Declaration of conformity for food contact materials pursuant to EC Regulation 1935/2004
For re-usable dishware:
For disposable dishes: For all the products used, the contractor shall submit certificates attesting
conformity to standards UNI EN ISO 13342:2002 or equivalent standards, and declarations of
conformity for food contact materials pursuant to EC Regulation 1935/2004.
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E. PACKAGING AND WASTE
The procurement specifications for the 2013/16 three-year period asked that the use of packaging
materials be reduced by making use, wherever feasible, of
Reusable returnable packaging
Packaging modalities designed to reduce the quantity of material used
Packaging consisting of a single material, for greater ease of use in separate waste
collection processes.
The monitoring activities carried out within the framework of the INNOCAT project revealed that
this requirement was not easily met by the companies, primarily on account of its being too generic
and undiversified vis-à-vis the great variety of food products used, and also because the meal
producing companies are subject to many constraints in terms of food product procurement
(ingredients, origin, likeability, …), and if specific packaging requirements are added there is a risk
of not finding any suitable supplier on the market.
However, the underlying principle is widely shared and hence it is believed that the new
specifications should take it into account, by focusing the attention on giving preference to multi-
serve packs (instead of single-serve ones) whenever this is physically feasible, and, if possible, by
specifying the types of food for which multi-serve packs should be used in the various types of
service (meals prepared locally or transported on wheels).
The procurement specifications for the 2013/16 three-year period also required, for small
quantities of food, the use of biodegradable and compostable bags conforming to standard UNI EN
13342:2005.
Proposals for the future “Technical Specifications”:
Requirement E.1 In pre-duty schools, use of multi-serve packs for a set of food products such as:
fruit juices, snacks, toasted bread, biscuits, and the like.
Requirement E.2 Innovative solutions to reduce packaging, such as, for instance: the use in
compulsory education schools of pump dispenser containers with a capacity of 5 litres or more for
liquids/mousses (yogurt, fruit juice, mousse, etc.), to be used in conjunction with biodegradable and
compostable cups. As for wood and pallet packaging solutions (cooking centres), the use of wood
certified FSC, PEFC or equivalent shall be required.
Requirement E.3 mandatory training on proper waste disposal for the operators.
Requirement E.4 Proposal of educational projects for compulsory education school and preschool
users, specially conceived to raise awareness of the importance of proper separate waste collection
modalities and the choice of products using less packaging materials, also with a view to
transferring virtuous behaviours from the school to the household.
Requirement E.5 Extension of the already existing requirement on the the use of biodegradable and
compostable bags to other items (such as foods to be kept at ambient temperature), even in bigger
quantities, once the contractor has ascertained that the bags are suitable for coming into contact with
food. Accordingly, such bags should be used whenever it is necessary to repackage a food product,
whether for transportation (compulsory education schools) or for storage purposes (cooking centres
and preschools).
Expected impact:
- Reduce package wastes and related environmental impact.
Type of requirement: E.1; E.3;E.5 will be basic; E.2; E.4 will be noteworthy.
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F. CHEMICAL CLEANING PRODUCTS
The procurement specifications for the 2013/16 three-year period requires the use of detergents and
other cleaning products that
bear an Ecolabel or have similar characteristics in terms of being free of harmful
substances
in the kitchens are kept in rechargeable containers (pursuant to standard UNI EN
13429/2005)
The procurement specifications for the 2013/16 three-year period also called for the possibility of
Ecolabel napkins, paper handkerchiefs and toilet paper being used.
Proposals for the future “Technical Specifications”:
It is believed that the aforementioned (basic) requirements may be confirmed in the new
specifications in view of the availability of such items on the market. So:
Requirement F.1 - use of detergents and other cleaning products that bear an Ecolabel or have
similar characteristics in terms of being free of harmful substances
Requirement F.2 use of detergents and other cleaning products in the kitchens are kept in
rechargeable containers
Requirment F.3 Provision for specific training for the operators on the use of cleaning products in
order to prevent excessive quantities from being used and at the same time ensure effective cleaning
and disinfection.
Requirement F.4 all types of tissue paper (paper handkerchiefs, napkins, toilet paper, kitchen rolls)
have to bear an Ecolabel
Requirement F.5 Bags for organic refuse must have eco-friendly characteristics (e.g., made of
biodegradable and compostable plastic, or made of paper).
Expected impact:
- guarantee healthy conditions in the school environment
- reduce the environmental impact
Type of requirements:
All the requirement stated here will be basic.
Verification means: availability of ecolabel or equivalent cerification/declaration.
G. OTHER AREAS OF INTERVENTION Besides the results described above, through an exchange of ideas between the operators, the
Innocat project has produced additional ideas that may be defined as “eco-innovative” in that they
may contribute indirectly to a reduction in environmental impact.
Proposals for the future “Technical Specifications”:
Requirement G.1 Proposal for educational programs for children, designed to achieve specific
goals, such as, for instance:
through taste education programs encourage the consumption of foods that have great
nutritional value (e.g., some types of cheese, honey, etc.) but are normally disliked by the children
and end up increasing the quantities of wasted food
raise awareness and provide information on separate refuse collection modalities
raise awareness on the use of alternative means of transport, other than cars, to go to school,
both to reduce emission levels and to encourage the children to engage in physical exercise, an
aspect that is placed at the bottom of today’s “food pyramids.”
Expected impact: improve environmental sustainability pattern among the school community;
improved food education with positive effects on children health.
Type of Requirement: noteworthy.
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4.3 Further Preparatory actions
-> In-depth analysis of further energy efficiency aspects
- Installing a sample of meters to the appliances, for experimental monitoring of energy
consumption, designed to collect objective data on energy consumptions (historical consumption)
and define a baseline to be used in future tender specifications.
The baseline could be constructed taking into account the average energy consumption related to
the provision of a meal for a representative number of children (eg. 10% of the school population
taking into account the differences in the school catering management: eg. a sample of children
attending- different schools (for order and degree)served by different kitchens and cooking centers
representing the 3 different lots).
- Check the technical and administrative feasibility to charge to the successful tenderers energy bills
not yet dependent on them in order to encourage energy conservation efforts. In such a case, it
should also be studied an awarding system for the energy savings obtained.
-> Institutional activities
- Confrontation among the subscribers of Turin Province GGP Protocol, aiming to stimulate the
adoption of eco-innovation solutions in the school catering sector on a larger scale.
- Organization of any further moments of dissemination, training and capacity building till 2018.
CONCLUSIONS
The current guidelines - to be approved by the City Council by March 2016 - will be the basis for
the redesign of the school catering service in Turin and , in particular , for the new tender invitation
to be launched by the end of 2017 .
More generally , the content presented here are valid policy guidelines that can empower the “Smart
Procurement Initiative” , as defined within Turin Smart City Strategy and more in detail into its
Masterplan SMILE - Smart Mobility Inclusion Life & Health and Energy ( Action 45 ) . The same
operational tools developed in the pre – procurement phase within the INNOCAT project will be
made available to other sectors of the City for the purpose of a broader systematization of the
strategic use of public procurement to support urban innovation .
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A. FOOD PRODUCTS
Type of product: Requirement
n.
Brief Description Type of
requirement
A.1 Fruit and vegetables
A.1.1
Possibility to comply with the timetable of
seasonality products related to Piedmont region.
Noteworthy
A.1.2 Possibility to include in the menu the use of canned
fruit (natural or in syrup)
Noteworthy
A.1.3 Request of specific information/educational
programs targeting the users
Noteworthy
A.1.4 Presence of cooked fruit (apples, pears, plums) in
the menu, as a replacement for a dessert.
Basic
A.2 Meat A.2.1 Possibility to include in to the menu meat of pigs
that have been “raised and butchered” in the
Piedmont region.
Basic
A.2.2 Possibility to include DPO raw ham from Cuneo in
the menu.
Noteworthy
A.3 Dairy Products A.3.1 Possibility to include into the menu other DPO
cheese types from Piedmont (e.g., Robiola DOP
Piemontese) or from a larger area of origin (e.g.,
DPO Quartirolo from Lombardy) or in alternative
other TAP cheese types (Traditional
Agroalimentary Product as defined by the
Ministerial Decree of 18 July 2000), such as for
instance Robiola or Tomino.
Noteworthy
A.4 Eggs A.4.1 Request that cooking centres use (for the meals
going to compulsory education school canteens)
organic pasteurised eggs either from a fully
Piedmont-based supply chain or from adjacent
regions
Basic
A.5 Fish A.5.1 Request to include in the menu preparations made
from fish of Italian origin, such as trout
hamburgers.
Basic
A.5.2 Introduction of a percentage of products from
organic aquaculture, or, when such products are
difficult to find, from sustainable fishing practices
Noteworthy
A.6 Other food products
A.6.1 Inclusion into the menu of other TAP products (i.e.,
products sold under the denomination of
Traditional Agroalimentary Products) from the
Piedmont region9 such as , for instance: “Pulled”
breadsticks; Rubatà; Giandujotto; Torcetti ;
Canestrelli ; Honey produced in Piedmont.
Noteworthy
9 The list of Traditional Agroalimentary Products (PAT) is issued by the Ministry of Agricultural, Alimentary and
Forestry Policies and published in the Official Gazette of the Italian Republic. The examples mentioned above are taken
from the 15th revised edition of the national list of traditional agroalimentary products as published in issue no. 168 of
the Official Gazette of the Italian Republic of 22 July 2015, ordinary supplement no. 43.
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B. APPLIANCES
B. 1 Electrical
Appliances in
schools
B.1.1 Request of professional electrical appliances
classified with energy class corresponding to
the A class (or higher) and/or use of appliances
whose energy efficiency has been tested – with
appropriate means – and certified by expert
organisations.
Noteworthy
B.1.2 Proposal of energy saving projects inspired by
energy and/or water saving criteria, such as for
instance, gasket replacement, burner
maintenance, etc.
Noteworthy
B.1.3 Provision of Specific training for the users,
resulting in greater awareness and a more
efficient use of the appliances.
Noteworthy
B.2 Electrical
appliances in
cooking centres
B.2.1 Request to propose a project designed to
enhance the efficiency of the cooking centres
and reduce their impact on the environment
Noteworthy
C. LOGISTICS AND TRANSPORTATION OF FOOD PRODUCTS / MEALS
Logistics C.1 Adoption of mobility management systems Noteworthy
C.2 Provision of driving style (“ecodriving”)
training for the drivers
Basic
C.3 Proposal of projects aiming to optimise the
logistics aspects by taking action on the
different parameters involved
Noteworthy
Transport Fleet
C.4.1 Use of vehicle with the Euro V category or
higher
Basic
C.4.2 Use of “green” vehicles, i.e., vehicles running
on natural gas or LPG,
Basic
C.4.3 Use of electrical vehicles for short routes with
small loads
Noteworthy
C.5 Specifications related to the minimization of
environmental impacts related to the logistics of
reusable dishes .
Noteworthy
D. DISHWARE
D.1 Use of reusable dishware in compulsory
education schools .
Basic
D.2 Alternative Use of disposable dishes, cups and
cutlery from an EC supply chain, in lieu of
reusable dishware, provided that they are made
of biodegradable and compostable materials
Basic
D.3 Use of single-serve biodegradable and
compostable materials containers for Special
diet meals.
Basic
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E. PACKAGING AND WASTE
E.1 In pre-duty schools, use of multi-serve packs
for a set of food products such as: fruit
juices, snacks, toasted bread, biscuits, and
the like.
Basic
E.2 Other Innovative solutions to reduce
packaging
Noteworthy
E.3 Training on proper waste disposal for the
operators
Basic
E.4 Proposal of educational projects for
compulsory education school and preschool
users,
Noteworthy
E.5 Extension of the already existing
requirement on the use of biodegradable and
compostable bags to other items (such as
foods to be kept at ambient temperature),
even in bigger quantities,
Basic
F. CHEMICAL CLEANSING PRODUCTS
F.1 Use of detergents and other cleaning
products that bear an Ecolabel or have
similar characteristics in terms of being free
of harmful substances
Basic
F.2 Use of detergents and other cleaning
products in the kitchens are kept in
rechargeable containers
Basic
F.3 Provision for specific training for the
operators on the use of cleaning products in
order to prevent excessive quantities from
being used and at the same time ensure
effective cleaning and disinfection.
Basic
F.4 All types of tissue paper (paper
handkerchiefs, napkins, toilet paper, kitchen
rolls) have to bear an Ecolabel or equivalent
Basic
F.5 Bags for organic refuse must have eco-
friendly characteristics (e.g., made of
biodegradable and compostable plastic, or
made of paper).
Basic
G. OTHER COMMON INDIRECT ASPECTS
TRAINING for
USERS
G.1 Proposal for educational programs for
children, designed to achieve specific goals
Noteworthy