Hyper Hope Nutrition拟在柬投建大豆加工厂

Hyper Hope Nutrition拟在柬投建大豆加工厂
类型other
地点柬埔寨
发布时间2026/09/02 07:30

详情描述

Hyper Hope Nutrition (Cambodia) Co., Ltd. 计划在柬埔寨投资建设现代化大豆加工及豆油提取厂。该项目旨在通过提升本地农产品加工能力,进一步加强国内农业供应链。 2026年8月26日,柬埔寨发展理事会(CDC)柬埔寨投资委员会秘书长谢武提(Chea Vuthy)与Hyper Hope Nutrition董事长龚祥宇(Gong Xiang Yu)率领的代表团举行工作会议,就该投资扩建项目进行讨论。 谢武提对该公司的投资计划表示欢迎,并肯定了其自2023年进入柬埔寨市场以来的表现。该公司此前已在当地建立动物饲料生产设施,并保持了稳定的生产与商业增长。 龚祥宇表示,得益于柬埔寨良好的投资环境与政策支持,公司决定建设大豆加工设施以扩大业务规模。该项目预计将为当地创造直接与间接就业机会,提升国内农业产出加工水平,并减少对进口产品的依赖。
📋 简要摘要 ▸
Hyper Hope Nutrition公司计划在柬埔寨建设现代化大豆加工及豆油提取厂,该项目旨在加强国内农业供应链,创造就业机会并减少对进口产品的依赖。
📋 完整原文 ▸
[来源: CP] [分类提示: NEWS] 标题: Hyper Hope Nutrition Plans Soybean Processing and Oil Extraction Facility in Cambodia In a move to strengthen domestic agricultural supply chains and foster agro-industrial processing, HYPER HOPE NUTRITION (CAMBODIA) CO., LTD. has announced plans to establish a modern soybean processing and soybean oil extraction plant in the Kingdom. The investment expansion project was presented during a working meeting on August 26, 2026, between H.E. Chea Vuthy, Secretary General of the Cambodian Investment Board of the Council for the Development of Cambodia, and a company delegation led by Chairman Gong Xiang Yu. During the discussion, Secretary General Chea Vuthy welcomed the delegation and commended the company for its sustained confidence in the Royal Government of Cambodia’s economic governance. He highlighted Hyper Hope Nutrition’s successful track record in the country since 2023, when it first established an animal feed manufacturing facility that has since maintained smooth production and achieved steady commercial growth. Citing Cambodia’s favorable investment environment and clear policy support, Chairman Gong Xiang Yu explained that constructing a dedicated soybean processing facility will significantly expand the company’s operational footprint while driving national socio-economic development. The upcoming plant is expected to create direct and indirect job opportunities for local workers, enhance the domestic processing of agricultural yield, and reduce reliance on i