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HISTORY OF ENVIRONMENTAL ENGINEERING

  • 1500

    FIRST AQUEDUCTS

    FIRST AQUEDUCTS
    Environmental engineering gave its first beginnings in Rome, because of the problems presented by this town, due to the deficit and the poor quality of water. that forced the Romans to build the first aqueducts, improving the quality of life of the population.
    The aqueduct built by ancient Rome consisted of nine different aqueducts of at least 80 km long, which were responsible for transporting the spring water to be supplied to the population.
  • 1550

    PARIS SEWERSYSTEM

    PARIS SEWERSYSTEM
    during this year King Henry II sought a way for the Parliament of Paris to build a sewer system.
  • FIRST TUBERIES

    FIRST TUBERIES
    During the time of the new world, the first wooden pipes, charred with metal rings, were installed.
  • BOSTON DRAINAGE SYSTEMS

    BOSTON DRAINAGE SYSTEMS
    the first urban drainage system is built in Boston
  • ALUMBRE AS A WATER PURIFIER

    ALUMBRE AS A WATER PURIFIER
    The use of alum to purify water is proposed.
  • CARBONIZED WOOD PIPES

    CARBONIZED WOOD PIPES
    For this time period was built in Winston-Salem, the first aqueduct system with carbonized wood pipes with metal rings
  • WATER FILTER

    WATER FILTER
    The first successful filter of water supply, is created, in Paisley Scotland.
  • CROTON AQUEDUCT

    CROTON AQUEDUCT
    In this year is created one of the main water supply companies (Croton aqueduct),improving the quality of life of the inhabitants of the island of Manhattan, since prior to construction, the water supply was inadequate because of its high rates of pollution
  • WASTEWATER

    WASTEWATER
    Due to the large number of discharges of wastewater, an ordinance is implemented in the city of Boston, in which it is forbidden to take baths without some order of the doctor.
  • ALUMBRE AS A WATER PURIFIER

    ALUMBRE AS A WATER PURIFIER
    This year it is demonstrated that the use of alum helps to purify the water, since 1757 was proposed, but it was not demonstrated if this element was effective.
  • CHLORINE AS A WATER PURIFIER

    CHLORINE AS A WATER PURIFIER
    Chlorine disinfection of water in Belgium began this year.
  • WATER QUALITY

    WATER QUALITY
    During this period of time there is a reduction in deaths from infections, as the water quality was improved, reducing the pollutants present in the water.
  • LAW 2 OF 1959

    LAW 2 OF 1959
    the first forest conservation areas in the country are determined; at the same time, regulations were implemented regarding the nation’s forestry economy and conservation of renewable natural resources.
  • ENVIRONMENTAL ENGINEERING IN COLOMBIA

    ENVIRONMENTAL ENGINEERING IN COLOMBIA
    In Colombia begins to give the first notions and concepts about the importance of Eng. Environmental.
  • AUTONOMOUS INSTITUTION (MINISTRY OF AGRICULTURE) IN COLOMBIA

    AUTONOMOUS INSTITUTION (MINISTRY OF AGRICULTURE) IN COLOMBIA
    This is the country’s first effort to form an autonomous institution (ministry of agriculture) to protect, manage, monitor, control and investigate renewable natural resources.
  • FIRST ENVIRONMENTAL ENGINEERING CAREER IN COLOMBIA

    FIRST ENVIRONMENTAL ENGINEERING CAREER IN COLOMBIA
    This year begins the first environmental engineering career in Colombia, this branch of engineering was introduced at the University of the Andes.
  • CARLOS AMAYA

    Emergence and evolution of Environmental Engineering in Colombia introduced by Carlos Amaya.
  • THE FIRST NATIONAL FORUM

    THE FIRST NATIONAL FORUM
    The first national forum on the environment was launched in 1971 at the University of the Andes.
  • NATIONAL CODE OF RENEWABLE NATURAL RESOURCES AND ENVIRONMENTAL PROTECTION IN COLOMBIA

    NATIONAL CODE OF RENEWABLE NATURAL RESOURCES AND ENVIRONMENTAL PROTECTION IN COLOMBIA
    In Colombia, training and projection spaces for the care and proper management of the environment are being built based on the formulation of the National Code of Renewable Natural Resources and Environmental Protection.
  • ENVIRONMENTAL ENGINEERING IN THE UNIVERSITIES OF COLOMBIA

    ENVIRONMENTAL ENGINEERING IN THE UNIVERSITIES OF COLOMBIA
    A period of stability and evolution begins to exercise Environmental Engineering in the universities of Colombia. Thanks to Engineer Germán García Duran, he began his studies in environmental engineering at the University of the Andes.
  • COLOMBIA JOINS CITES CONVENTION

    COLOMBIA JOINS CITES CONVENTION
    Colombia joins the CITES Convention through Law 17 of 1981 and the International Convention for the Protection of Pollution from Ships.
  • ENVIRONMENTAL ENGINEERING SERGIO BARRERA

    ENVIRONMENTAL ENGINEERING SERGIO BARRERA
    This year the environmental engineer Sergio Barrera, links with the University of the Andes as a professor, taking a big step in teaching this profession.
  • PROTOCOL IN COLOMBIA

    PROTOCOL IN COLOMBIA
    The protocol for cooperation to reduce oil spills in the Caribbean region is signed; on the other hand, it also joins the protection of the world cultural and natural heritage.
  • LAW 45 OF 1985

    LAW 45 OF 1985
    Through Law 45 of 1985, Colombia approves the Convention for the Protection and Protection of the Marine Environment and the South-East Pacific Coastal Zone of the country through the agreement on regional cooperation to combat pollution and the impact of hydrocarbons and other harmful substances on this area.
  • MONTREAL PROTOCOL

    MONTREAL PROTOCOL
    The MONTREAL PROTOCOL is signed and verified in Colombia.
  • UNIVERSITIES IN COLOMBIA

    UNIVERSITIES IN COLOMBIA
    Starting this year the environmental engineering degree is introduced in several universities in Colombia, due to the great success that this career presented at the University of the Andes.
  • LAW 9

    LAW 9
    Law 9 municipal urban environmental management entities are created. In the same year, Colciencias and the IDB developed the environmental profile research in Colombia.
  • INDERENA

    INDERENA
    The Ministry of the Environment was created and INDERENA was liquidated; at the same time the bases and concepts of the SINA (National Environmental System) were established, taking into account the involvement of the communities in management.
  • AGREEMENTS IN COLOMBIA

    AGREEMENTS IN COLOMBIA
    Colombia joins the United Nations Framework Conventions on Climate Change and the Convention on Biological Diversity.
  • CARTAGENA PROTOCOL

    CARTAGENA PROTOCOL
    : It refers to the safety of biotechnology; this is complementary to the biodiversity convention where it aims to control, reduce and avoid risks.
  • IDEAM

    IDEAM
    The Ministry of the Environment with the help of IDEAM designs the municipal environmental management system which applies to the municipalities of Pereira, Bucaramanga, palmira, Ibagué, Tubara (Atlántico) and Santa fe Antioquia.
  • UNITED NATIONS CONFERENCE

    UNITED NATIONS CONFERENCE
    United Nations Conference on Environment and Development; Rio Declaration and Agenda 21 (1992) signed.
  • CREATION OF THE MINISTRY OF ENVIRONMENT

    CREATION OF THE MINISTRY OF ENVIRONMENT
    Creation of the Ministry of Environment and Housing and Territorial Development.
  • UNIVERSITY SANTO TOMAS

    UNIVERSITY SANTO TOMAS
    The Faculty of Environmental Engineering began its activities at the headquarters of the University of Santo Tomás, beginning with resolution 1011 of 10 March 2004 of the Ministry of National Education.
  • UNIVERSITY SANTO TOMAS

    UNIVERSITY SANTO TOMAS
    The Faculty of Environmental Engineering began its activities at the headquarters of the University of Santo Tomás, beginning with resolution 1011 of 10 March 2004 of the Ministry of National Education.
  • ENVIRONMENTAL ENGINEERING

    ENVIRONMENTAL ENGINEERING
    Environmental engineering was established as a fundamental profession for the care and protection of the environment.
  • AIR QUALITY IN CARTAGENA

    AIR QUALITY IN CARTAGENA
    A monitoring campaign is being carried out in the city of Cartagena to diagnose air quality and design an air quality monitoring system for the city of Cartagena, where a national standard is shown for pollutants SO2, NO2 and CO.
  • UNIVERSITY SANTO TOMAS

    UNIVERSITY SANTO TOMAS
    The Ministry of National Education grants high-quality institutional accreditation to the University of Santo Tomás in Bogota by resolution 9264 of 18 October 2011.
  • UNIVERSITY SANTO TOMAS

    UNIVERSITY SANTO TOMAS
    This year, the University of Santo Tomás opens the environmental engineering program at the clear water campus of Villavicencio (Meta), through resolution 3086 of 23 March 2012 of the Ministry of National Education.
  • UNIVERSITY SANTO TOMAS

    UNIVERSITY SANTO TOMAS
    Santo Tomás University reopens the environmental engineering programme in the city of Tunja through resolution 14699 of 10 September 2014 of the Ministry of National Education.
    In the same year, the Santo Tomás de Bucaramanga branch opened the programme with the endorsement of the Ministry of National Education with resolution 19500 of 14 November 2014.
  • II INTERNATIONAL CONGRESS OF ENVIRONMENTAL ENGINEERING

    II INTERNATIONAL CONGRESS OF ENVIRONMENTAL ENGINEERING
    This congress took place with the free university and the university of cundinamarca, to celebrate the second congress of international environmental engineering with the participation of the countries Colombia, Spain, Germany, Argentina, Italy and the United States, in which topics such as water resource management, environmental education, environmental management of the territory, among others, were covered.
  • DEFORESTATION IN COLOMBIA

    DEFORESTATION IN COLOMBIA
    Increase in deforestation in Colombia; According to the report of the Institute of Hydrology, Meteorology and Environmental Studies (Ideam) for the last quarter of 2018, the Amazon concentrated 43% of early warnings of deforestation throughout the country
  • IDEAM

    IDEAM
    Currently the Institute of Hydrology, Meteorology and Environmental Studies of Colombia (IDEAM) is the institution in charge of collecting data from all the country’s atmospheric monitoring networks and monitoring networks in AMBA, CAR, Carder, CDMB, Comare, Corpoboyacá, Corpomag, Corpocaldas, Corpoguajira - Cerrejón, Corponor, Cortolima, CRC, CRQ, CVC, DAGMA, Drummond, and SDA.