The Cordillera Energy Corridor Project (CECP) is a cross-border integrated infrastructure network spanning the Andean Cordillera — a main line of nearly 1,000 kilometres linking Venezuela's oil and gas basins with Buenaventura, Colombia's deep-water Pacific port. Connecting to the maritime logistics system of the North Pacific Energy Corridor (NPEC) as its southern route, CECP builds a new supply chain running directly to consumer markets in China, Japan, and South Korea — bypassing the Panama Canal bottleneck entirely.
Breaking from the traditional single-pipeline model, CECP adopts GSCI's "Five-in-One Composite Utility Corridor": heavy-haul freight railways, oil and gas pipelines, ultra-high voltage power transmission, cross-border digital optical cables, and a distributed clean energy array co-located along one route. The project operates under a multilateral framework — Canada leads, the EU coordinates, Northeast Asia anchors demand, Gulf sovereign funds invest — delivering stable cash flow, diversified revenue, and long-term strategic value.
Five co-located systems share a single ~1,000 km alignment across the Andes: virtual heavy-haul railway, natural gas pipeline (100 million m³/day design capacity), light crude pipeline (1 million barrels/day), ultra-high voltage transmission, digital optical cables, and distributed clean power — multiplying throughput while minimizing footprint.
At the corridor's core hub, a 150 MW modular thorium molten salt reactor (TMSR) and a 100-Petaflop-class supercomputing centre provide zero-carbon baseload power and a digital foundation — integrating energy transport, power supply, computing, and mineral logistics in one node.
The all-weather deep-water port offers the shortest maritime route from South America's west coast to Northeast Asia — roughly 2,000 km shorter than Peru's Chancay Port and only 610 km north of the Panama Canal's Pacific entrance. Annual design capacity: 2 million barrels/day crude throughput, 30 billion m³ gas, 50 million tonnes of ore, 4 million TEU, and 1 million ro-ro vehicles.
Venezuela holds the world's largest proven oil and gas reserves across the Maracaibo Basin (light crude, pipeline-ready) and the Orinoco Heavy Oil Belt (the world's largest heavy-crude zone). The southern railway main line also carries Colombian metallurgical coking coal, gold, nickel, copper, lithium, and rare earths — forming a combined energy-and-minerals export corridor.
"Canada leads and takes primary charge; the EU engages in deep coordination; China, Japan and South Korea participate as end markets; Gulf sovereign wealth funds inject neutral capital." A six-phase roadmap culminates in a minister-level multilateral cooperation forum and framework agreement within 30–36 months, with resource-backed repayment mechanisms hedging cross-border risk.
科迪勒拉能源走廊工程（CECP）是横跨安第斯科迪勒拉山系的跨国综合基础设施网络——主线近1,000公里，连接委内瑞拉油气产区与哥伦比亚太平洋深水港布埃纳文图拉。工程作为北太平洋能源通道（NPEC）的南线，接入其海运物流体系，构建直达中国、日本、韩国消费市场的全新供应链，完全规避巴拿马运河航运瓶颈。
CECP突破传统单一油气管道模式，采用GSCI首创的"五位一体"复合通道布局：重载货运铁路、油气输送管道、特高压输电走廊、跨境高速数字光缆与全线分布式清洁能源阵列同路共建。项目采用"加拿大主导、欧洲协同、东北亚参与、海湾投资"的多边合作架构，具备现金流稳定、收益多元、长期战略价值三大核心优势。
五大系统共用约1,000公里安第斯山单一线位：虚拟重载铁路、天然气管道（日输1亿立方米设计能力）、轻质原油管道（日输100万桶）、特高压输电、数字光缆与分布式清洁电力——在最小占地内实现多维资源输送。
在走廊核心枢纽麦德林创新配置150兆瓦模块化钍基熔盐堆（TMSR）核电站与100P级超大规模算力中心，提供零碳基荷绿电与数字底座，实现能源输送、电力供应、数字算力与矿产物流的一体化协同。
全天候深水港，拥有南美西岸至东北亚最短海运航线——较秘鲁钱凯港缩短约2,000公里，北距巴拿马运河太平洋出口仅610公里。年设计能力：原油吞吐200万桶/日、天然气300亿立方米、金属矿石5,000万吨、集装箱400万标箱、滚装车辆100万辆。
委内瑞拉油气探明储量全球第一：马拉开波湖盆地产轻质油与伴生气，适合管道直输；奥里诺科重油带为全球最大重质油产区。南段铁路干线同时承运哥伦比亚冶金焦煤、金、镍、铜、锂及稀土等矿产，形成能源与矿产复合输出走廊。
"加拿大主导总负责、欧盟深度协同、中日韩作为终端市场参与、海湾主权基金注入中立资本"。六阶段路线图在30至36个月内推进至部长级多边合作论坛与框架协议签署，并以实物资源补偿机制对冲跨境风险。