在日益嚴峻的環境挑戰和能源結構調整的雙重壓力下，廢棄物能源化已成為全球科學固廢管理的共識。作為“固廢科學家”，康恒環境正以先進的技術和成熟的實踐經驗，為全球可持續發展貢獻固廢管理“中國方案”。

Under the dual pressure of growing environmental challenges and energy structure adjustments, waste-to-energy has become a global consensus in scientific solid waste management. As a "Solid waste scientist," SUS Environment is contributing the "Chinese solution" for solid waste management with advanced technology and mature practical experience, fostered for global sustainability.

自國際化戰略開啟以來，康恒環境自東南亞成功布局、中東開啟新篇后，近日中亞市場接連傳來捷報。從越南河內的熱帶雨林，到撒馬爾罕的絲路古城，康恒環境正以堅實的步伐勾勒全球固廢管理的綠色版圖。

Since initiating its internationalization strategy, SUS Environment has successfully established a presence in Southeast Asia, opened a new chapter in the Middle East, and recently achieved successive breakthroughs in the Central Asian market. From the tropical rainforests of Hanoi in the Socialist Republic of Vietnam to the ancient Silk Road city of Samarkand, SUS Environment is steadily sketching a green blueprint for global solid waste management.

雙城閃耀 助力烏茲能源轉型

Supporting Uzbekistand's Sustainability

烏茲別克斯坦已與康恒環境達成協議，將分別在撒馬爾罕和卡什卡達里亞建造垃圾焚燒發電項目。兩個項目設計規模均為1500噸/日，總投資共約29億人民幣。項目建成后，將為約800萬人口提供固廢處置與環境綜合服務，年綠色發電6億千瓦時，項目的建設運行可為當地創造約1000個就業機會。

Uzbekistan has come to agreement with SUS Environment to build WtE PJTs in Samarkand and Kashkadarya. Both PJTs are designed to process 1,500 tons of waste per day, with a total investment of approximately 2.9 billion RMB. Upon completion, the PJTs will provide solid waste management and integrated environmental services for a population of approximately 8 million people, generate 600 million Kilowatt-hour of green electricity annually, and create around 1,000 local employment opportunities during construction and operation.

撒馬爾罕垃圾焚燒發電項目和卡什卡達利亞垃圾焚燒發電項目將有力改善當地固廢管理現狀，助力烏茲別克斯坦實現綠色能源轉型的雄心。

The Samarkand WtE PJT and the Kashkadarya WtE PJT will significantly improve local solid waste management and contribute to Uzbekistan's ambition of achieving a green energy transition.

中亞明珠 阿拉木圖開啟新篇

Together with Almaty

近日，康恒環境董事長兼CEO龍吉生博士分別與哈薩克斯坦總理奧扎斯?別克捷諾夫、阿拉木圖市長葉爾博拉特·多薩耶夫就阿拉木圖垃圾焚燒發電項目展開會談。

On March 20, 2025, the groundbreaking ceremony for Iraq's first waste-to-energy project was successfully concluded in Baghdad. Prime Minister Mohammed Shia al-Sudani launched the construction ceremony. 

根據此前雙方已達成的協議框架，阿拉木圖市將于今年啟動一座投資總額約19億人民幣的垃圾處理發電項目。該項目每天將處理2000噸垃圾，并產生約60兆瓦的綠色電力，助力阿拉木圖廢物處理的比例在2029年達到80％。這不僅是中哈在可再生能源領域合作的新里程碑，也為中亞地區廢物能源利用提供了樣板路徑。

Under the framework of an earlier agreement, the city of Almaty will launch a waste-to-energy  project with a total investment of approximately 1.9 billion RMB this year. This project is expected to process 2,000 tons of waste per day and generate approximately 60 megawatts of green electricity, contributing to Almaty's waste treatment rate reaching 80% by 2029. This is not only a new milestone in the renewable energy cooperation between the Republic of Kazakhstan and the People's Republic of China but also a model pathway for waste-to-energy utilization in Central Asia.

對話全球 彰顯中企責任擔當

SUS's Global Responsibility

4月4-5日，繼“歐盟-中亞”峰會后，首屆撒馬爾罕國際氣候論壇在烏茲別克斯坦成功舉行。本次論壇匯聚了中亞五國總統（烏茲別克斯坦、哈薩克斯坦、吉爾吉斯斯坦、塔吉克斯坦、土庫曼斯坦）、歐盟理事會主席等國際政要、金融機構與環保組織代表，康恒環境董事長兼CEO龍吉生受邀發言。

Following the Central Asian - EU Summit，the inaugural Samarkand International Climate Forum was successfully held in Uzbekistan on April 4-5. The forum gathered presidents from five Central Asian countries (Republic of Uzbekistan, Republic of Kazakhstan, Kyrgyz Republic, Republic of Tajikistan, Republic of Turkmenistan), the EU Council President, as well as representatives from international political figures, financial institutions, and environmental organizations. Dr. Long Jisheng, Chairman and CEO of SUS Environment was invited to speak.

龍吉生博士以 “先進廢棄物處理解決方案，走向可持續的未來” 為主題發表演講。他以中國部分地區的實踐為例，講述了城市是如何憑借垃圾焚燒發電在21世紀的第一個10年實現碳達峰，第二個10年內實現碳中和，真正將垃圾變廢為寶的同時，實現了經濟、環境、負碳與社會效益一舉多得。

Dr. Long Jisheng delivered a speech titled "Advanced Waste Treatment Solutions, Moving Towards Sustainability,"Using examples from practices in certain regions of China, he explained how cities achieved carbon peaking in the first decade of the 21st century and Carbon neutralization in the second decade through Waste-to-Energy, truly turning waste into treasure while simultaneously achieving economic, environmental, negative carbon, and social benefits all at once.

編輯：陳偉浩