Workflow
新水岛2.0
icon
Search documents
金科环境:前三季度营收3.95亿元 AI智能体应用提速
Core Viewpoint - The company has demonstrated significant progress in its "AI digitalization" strategy despite short-term performance pressures, with a focus on the successful implementation of its self-developed "Water Radish AI Intelligent System" [1] Financial Performance - In the first three quarters, the company achieved operating revenue of 395 million yuan and a net profit of 40.21 million yuan, with R&D investment accounting for 5.03%, a slight increase of 0.02 percentage points from the previous year [1] Technological Advancements - The company has deepened its investment in AI technology, with R&D intensity reaching 6.51% in the third quarter, an increase of 1.31 percentage points year-on-year [2] - The "Water Radish AI Intelligent System" replaces human roles in water plant operations, integrating self-developed process optimization forecasting and decision models, computer vision, auditory, infrared perception AI models, and domestic large language reasoning models [2] - The system allows operators to issue commands via voice, enabling proactive maintenance through data analysis and fault prediction [2] Strategic Collaborations - The company co-hosted the "Industrial Intelligence Water Conservation and Efficiency Promotion Event" and signed strategic agreements with various organizations to promote the "Water Radish AI Intelligent System" domestically and internationally [3] Cost Reduction and Project Implementation - The company has implemented a digital innovation study for seawater desalination projects, developing modules for intelligent control and management, contributing to practical experience for the AI system [4] - In projects utilizing the "Water Radish AI Intelligent System," operational management can be completed with only 10 personnel, resulting in a 90% reduction in labor, a 50% decrease in equipment failure rates, a 15% reduction in chemical consumption, and a 30% decrease in electricity consumption, leading to a 35% overall reduction in operational costs [4] - The "Water Radish AI Intelligent System" received certification from the Ministry of Industry and Information Technology as an "AI Industry Innovation Scenario Application Case," marking the company as the first in the water industry to achieve this recognition [4]
金科环境资源化模式与新水岛 节水装备为工业节水减排提供可复制商业范本
Zheng Quan Ri Bao Wang· 2025-10-29 13:44
Core Insights - The recent inspection of the Wuxi Xishan Zhonghe High-Quality Reclaimed Water Plant and Wuxi Longting New Water Island 2.0 project highlights innovative business models and technological breakthroughs in wastewater resource utilization by Jinko Environment [1][2] Group 1: Project Overview - The Wuxi Xishan Zhonghe Water Plant, established in 2021, has a daily processing capacity of 20,000 tons, utilizing a dual membrane core process of "ultrafiltration + reverse osmosis" to convert industrial wastewater into high-quality reclaimed water for sectors like PCB electronics and thermal power [1] - The Longting New Water Island 2.0 project, covering only 300 square meters, achieves a stable daily output of 5,000 tons of high-quality reclaimed water, showcasing a significant industrial transformation by enabling rapid construction akin to automobile manufacturing [2] Group 2: Business Model and Innovation - Jinko Environment has developed a closed-loop business model that integrates investment, operation management, and product sales, allowing reclaimed water to be supplied directly to industrial parks, reducing water costs for enterprises and generating stable revenue [1] - The New Water Island 2.0 project employs a prefabricated core module and rapid on-site assembly, achieving a 90% reduction in construction time, area, and operational personnel, along with a 50% decrease in lifecycle costs, thus revolutionizing traditional water project execution [2] Group 3: Industry Impact and Recognition - The innovative practices of Jinko Environment in these projects exemplify the path of industrial water conservation through "technological innovation + model reconstruction," addressing the challenges of high water costs and wastewater management while supporting regional environmental capacity and industrial upgrades [2] - The association plans to actively promote these advanced experiences to contribute to the green and high-quality development of the industrial sector [2]