CEMEPE Skiathos island, June 2007 Business activities in the environmental sector in Greece: Current status and prospects E. Kondili 1 *, J. K. Kaldellis 2 1 Optimisation of Production Systems Lab, Mechanical Eng. Dept., TEI Piraeus 2 Lab of Soft Energy Applications & Environmental Protection, TEI Piraeus
Objectives of the work To present the nature and magnitude of the environment-related business activities in Greece today and its prospects, To make an assessment of the professional specialisations that are necessary for the above business activities, and the implied educational requirements and To highlight the challenging opportunities that are emerging in the environmental field for businesses, professionals and the education.
Introduction The imperative environmental protection needs of the recent years have created significant business and professional activities in Europe and in Greece, e.g. design, construction, operation and maintenance of environmental protection works, environmental impact assessment studies, design, construction and trading of environmental protection equipment, development and installation of environmental management systems
Environmental businesses: Eco-industries Environmental business: Activities which produce goods and services to: measure, prevent, limit, minimize or correct environmental damage to water, air and soil, as well as problems related to waste, noise and eco-systems.
Environmental businesses: Eco-industries This includes technologies, products and services that reduce environmental risk and minimize pollution and resources consumption” (OECD) Eco-industries are classified into two broad categories: pollution management, and resource management.
Eco-industries in figures Total EU eco-industry turnover in 2004: €227 billion both from pollution management and resource management activities Distribution of total turnover by pollution management and resource management activities EU-25, 2004
Eco-industries: Pollution management Pollution management consists of nine eco-industry sectors referring to the “end of pipe” technology: 1.Solid Waste Management & Recycling (52.4 billion € ) 2.Wastewater Treatment (52.2 billion € ) 3.Air Pollution Control (15.9 billion € ) 4.General Public Administration (11.5 billion € ) 5.Private Environmental Management (5.8 billion € ) 6.Remediation & Clean Up of Soil & Groundwater (5.2 billion € ) 7.Noise & Vibration Control (2 billion € ) 8.Environmental Research & Development (0.11 billion € ) 9.Environmental Monitoring & Instrumentation (1 billion €)
Eco-industries: Pollution management Breakdown of total turnover by sector for the pollution management activities, EU-25, 2004
Eco-industries: Resource management Resource management includes five eco-industry sectors that take a more preventive approach. 1.Water Supply (45.7 billion € ) 2.Recycled Materials (24.3 billion € ) 3.Renewable Energy Production (6.1 billion € ) 4.Nature Protection (5.7 billion € ) 5.Eco-construction (40 billion € - a supply-side estimate of eco-construction turnover)
Eco-industries: Resource management Breakdown of total Breakdown of total turnover by sector for the resource management activities, EU-25, 2004
Environmental Business Activities in Greece Started in the middle of 80’s with the construction of a large number of wastewater treatment plants In 2004 the national environmental market was estimated at approximately 1.5% of the GDP (Min. of Dev.) The current period is particularly critical for environment-related business opportunities There are significant opportunities in the air, liquid and solid waste market segments, including investment opportunities and the implementation of new and advanced technologies
Environmental Business Activities in Greece: Driving Forces EU environmental directives and the associated national legislation The energy sector liberalization efforts The gap in solid waste management The continuously increasing public environmental awareness The need for environmental equipment and services
Environmental Business Activities in Greece: Driving Forces With a budget that surpassed $700 million, the National Operational Program for the Environment (EPPER), funded by the Third Community Support Framework Program has been instrumental in shaping environmental policy
Environmental Business Activities in Greece (turnover) Eco-industry turnover by sector in Greece for 2004
Environmental Business Activities in Greece Changes in Greece’s environmental laws will eventually create business potential for applied and proven environmental technologies Today there is a very good established basis of environmental companies, some of them even operating since the 80’s An Association of Environmental Protection companies, which today counts 82 members, has been created in order to support and promote the professional interests of the companies active in this sector.
Environmental Business Activities in Greece The field of activities of the member companies are: Development and implementation of integrated waste management plants. Development, implementation and monitoring of environmental management systems. Technoeconomic feasibility studies of environmental investment solutions. Resource allocation and cost minimization. Environmental studies and risk assessment.
Environmental Business Activities In Greece Technical studies for environmental infrastructure. Planning, development, operation and restoration of old landfills. Recycling and recovery. Environmental impact assessment studies. Participation in national and European R&D programs. Trading of environmental materials, equipment and instrumentation. Operation and management of waste treatment facilities
Environmental professions and education Numerous specializations and professions have emerged during the last years Integration of different science fields, engineering, politics, law, information technology, project management, business administration, communications, and economics-is at the heart of the new environmental professions A number of undergraduate and postgraduate environmental engineering and environmental management courses are offered in the Greek universities The qualifications that environmental professionals are required to have emerge from the changing nature of their job descriptions.
Environmental professions and education Nowadays, we find in Greece environmental professionals to be involved in various fields, such as: The engineering and construction sector for the design and implementation of various environmental protection infrastructure projects Environmental impact assessment studies being a prerequisite for any production activity Development, implementation, monitoring and auditing of Environmental Management Systems Trading of equipment and instrumentation
Environmental professions and education To respond to the market’s need, a number of undergraduate and postgraduate courses have been developed and operate in Greece. New departments and educational courses have been developed in the university education, that have an increasing demand from the students. In MechEng Department of TEI of Piraeus, there are a number of courses related to environmental technology and engineering that have proved to be very successful, within a purely technical department.
Conclusions The environmental sector offers continuously increasing opportunities for business activities in Europe and Greece in particular To cover the needs of the sector, new professional specializations have been created Significant number of scientists, engineers and other professionals are now involved in pollution management and resource management activities
Conclusions (cont.) New specialisations in the profession call for flexible and rapidly responding educational structures, that can adapt to the market needs and educate valuable environmental practitioners Therefore, the environmental studies, possible more than others, need to be able to adjust their curriculum to the real society needs Furthermore, environmental research is a significant driving force that creates new methods, tools and technologies to face or prevent environmental effects of the production processes.
Acknowledgments This research has been conducted within the framework of the ARCHIMEDES II Environment Funding of Research Groups, cofunded by the EU and the Greek Ministry of Education