浙江建投打造剩余物资“循环+绿色”利用体系 浙江云渔科技揭牌

Core Viewpoint - The establishment of Zhejiang Yunyu Technology Development Co., Ltd. is a strategic move by Zhejiang Construction Investment to promote resource recycling and innovation in the construction industry, aligning with national policies for green transformation [1][2]. Group 1: Company Formation and Objectives - Zhejiang Yunyu Technology Company was formed through a collaboration between Zhejiang Construction Investment's Material Equipment Company and Zhejiang Zhijian Cloud Procurement Technology Company [1][2]. - The company aims to enhance the resource recycling industry and streamline the resource utilization chain, creating a new development path for the construction sector [1][2]. Group 2: Platform Development and Performance - The Zhejiang Construction Investment's residual material disposal and trading platform (Xianyu Platform) has been operational since September 2023, covering 14 secondary units and serving 562 projects, with total transactions exceeding 85 million yuan and an average disposal premium rate of approximately 14% [4]. - The platform has become a key tool for promoting digital economic development and green low-carbon recycling in engineering materials [4]. Group 3: Synergy and Economic Impact - The formation of Zhejiang Yunyu Technology Company is expected to leverage the synergistic effects of the Material Equipment Company and Zhijian Cloud Procurement, establishing a comprehensive resource procurement and recycling system [4]. - As an independent legal entity, the company will enhance project acquisition capabilities and diversify business forms, contributing to the platform economy's growth and creating greater economic benefits [4]. Group 4: Future Development and Technological Integration - Zhejiang Yunyu Technology will focus on the construction sector's circular economy, aiming to optimize resource allocation and uncover potential value [6]. - The company plans to increase R&D investment, enhance platform development, and apply technologies such as artificial intelligence and the Internet of Things in resource recycling scenarios [6].