Google 再投入 6,000 萬美元，五州水治理擴大資料中心補水版圖

Google 宣布新增 6,000 萬美元美國水資源治理承諾，支援亞利桑那、印第安納、俄亥俄、奧克拉荷馬與維吉尼亞州專案。公司表示，水治理組合目前超過 165 項、涵蓋 97 個流域並觸及 12 州。

Google has announced USD 60 million in new U.S. water-stewardship commitments supporting projects in Arizona, Indiana, Ohio, Oklahoma and Virginia. The company says its portfolio now exceeds 165 projects across 97 watersheds and reaches 12 states.

Google 設定 2030 年補充辦公室與資料中心淡水消耗量 120% 的目標。SNN 既有靜態文章已記錄公司先前 1,700 萬美元、七州承諾與 165 項專案，本稿保留舊稿並針對新增金額與五州措施建立實質更新版本。

Google aims to replenish 120 percent of freshwater consumed by its offices and data centres by 2030. An existing SNN static article records the earlier USD 17 million, seven-state commitment and 165-project portfolio. This draft preserves that article and creates a substantive update for the new amount and five-state interventions.

資料中心用水具有高度在地性，承諾金額與專案數量不等於已補充水量。不同專案的起始年、基準線、季節性、流域距離與生態效益不同，也不能只用全球合計抵銷個別社區的水壓力。

Data-centre water use is highly local, and money committed or projects counted do not equal water already replenished. Projects differ in start date, baseline, seasonality, watershed proximity and ecological effect. A global total cannot by itself offset pressure in a particular community.

新組合包括亞利桑那州涵管更新與鱒魚棲地、印第安納州回收水利用、俄亥俄州農地排水管理、奧克拉荷馬州移除入侵性雪松並修復濕地，以及維吉尼亞州為 Chesapeake 與 Roanoke 流域設置雨水過濾措施。

The new portfolio includes culvert replacement and trout habitat in Arizona, reclaimed-water use in Indiana, agricultural drainage management in Ohio, invasive cedar removal and wetland restoration in Oklahoma, and stormwater filtration for the Chesapeake and Roanoke watersheds in Virginia.

6,000 萬美元是新增承諾，165 項、97 個流域與 12 州是組合涵蓋訊號，不代表所有工程已完成或補水量已實現。各州專案仍需用合約、施工、年度量測、第三方方法與實際流域效益逐一驗證。

USD 60 million is a new commitment, while 165 projects, 97 watersheds and 12 states indicate portfolio reach. They do not show that all work is complete or replenishment realised. Contracts, construction, annual measurement, third-party methods and actual watershed benefits require project-level verification.

大型科技公司的水治理正從單一節水設備擴大至農業、棲地、回收水與都市逕流。這有助於對應不同流域風險，但也提高跨專案可比性、社區參與與成果歸屬的要求。

Technology-company water stewardship is expanding from on-site efficiency into agriculture, habitat, reuse and urban runoff. This can address distinct watershed risks but also raises requirements for comparability, community participation and outcome attribution.

SNN 編輯分析：可信補水證據鏈應連結資料中心位置與用水基準、專案合約、流域基線、介入措施、時間與持續性、實際體積效益及生態或社區結果。承諾、完工、量測與目標達成必須分層標示。

SNN editorial analysis: A credible replenishment chain should connect data-centre location and water baseline to project contracts, watershed baselines, intervention, timing and durability, realised volumetric benefit and ecological or community outcomes. Commitment, completion, measurement and target achievement must remain distinct.

後續應追蹤五州專案的施工與年度效益、Google 2030 年 120% 目標進度、乾旱年份表現，以及地方社區是否參與治理與受益。

Next checks should cover construction and annual benefits in all five states, progress toward Google's 120 percent goal for 2030, performance in drought years and community participation and benefit.