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Overview

Chinese Academy of Agricultural Sciences supports establishment of China-Romania Agricultural Science and Technology Park in Bucharest

Commitment Year•2012Country of Activity•RomaniaDirect Recipient Country of Incorporation•RomaniaSector•Agriculture, Forestry, FishingFlow Type•Grant

Status

Project lifecycle

Completion

Pipeline: PledgePipeline: CommitmentImplementationCompletion

Timeline

Key dates

Commitment date
Jan 1, 2012
Start (actual)
Jul 4, 2012
End (actual)
May 16, 2019

Stakeholders

Organizations involved in projects and activities supported by financial and in-kind transfers from Chinese government and state-owned entities

Funding agencies

Government Agencies

  • Chinese Academy of Agricultural Science

Receiving agencies

Government Agencies

  • University of Agricultural Sciences and Veterinary Medicine of Bucharest

Implementing agencies

Government Agencies

  • Chinese Academy of Agricultural Science
  • University of Agricultural Sciences and Veterinary Medicine of Bucharest

Loan description

Chinese Academy of Agricultural Sciences supports establishment of China-Romania Agricultural Science and Technology Park in Bucharest

Narrative

Full Description

Project narrative

From 1 July 2012 to 4 July 2012, Vice President of the Chinese Academy of Agricultural Sciences (Chinese: 中国农业科学院) led a delegation to visit Romania. On 4 July, 2012 Vice President of the Chinese Academy of Agricultural Sciences and the President of the University of Agricultural Sciences and Veterinary Medicine of Bucharest (Romanian: Universitatea de Ştiinţe Agronomice şi Medicină Veterinară din Bucuresți) signed an alliance agreement to establish a “China-Romania Agricultural Science and Technology Park.” On 16 May, 2019, the China-Romania Agricultural Science and Technology Park was inaugurated. The park includes an intelligent LED plant factory and a light simplified energy-saving solar greenhouses. The plant factory, which uses LED energy-saving light source, stereoscopic cultivation with nutrient solution and intelligent control technology, covers an area of 50 square meters and a cultivated area of 150 square meters, yielding an annual output of 4,000 kg of leaf vegetables. The 500-square-meters solar greenhouse cultivates an area of 350 square meters and produces annually over 8,000 kg of tomato and other fruits or vegetables, by adopting light simplified structure, active heat storage-release system, spray cooling, embedded soil-less cultivation, water and fertilizer integration technology.