黑龙江杜尔伯特经济开发区立足区位资源优势和产业发展基础，计划整体开展省级零碳园区申报和建设工作，按照2030年建设达标预期分阶段推进。通过新能源大规模开发和就地消纳利用，形成绿色招商引资 的高地和虹吸产业集聚的洼地，打造具有特色的绿色低碳经济增长极，为建设成碳达峰试点园区奠定基础，为杜尔伯特蒙古族自治县、大庆市的绿色低碳高质量发展提供经验。

Company/Organization Profile

The applicant of Heilongjiang Dorbod Economic Development Zone is the Management Committee of Heilongjiang Dorbod Economic Development Zone. Under the direct leadership of the Party Committee and Government of Dorbod Mongolian Autonomous County, the Committee is fully responsible for the planning, construction, and operation of the economic development zone. Centering on the core tasks of building, supplementing, extending, and strengthening the leading industrial chains, it vigorously promotes project implementation and infrastructure construction. The industrial scale of the zone will continue to expand in the coming period, and the introduction of industries in the chemical industrial park in particular will directly drive up the zone's energy demand.

The Economic Development Zone focuses on implementing low-carbon and energy-saving projects such as direct green power connection, biomass substitution, green power trading, and thermal storage energy-saving renovation, adopting comprehensive measures to achieve the overall carbon reduction goal. In addition, enterprises in the zone will carry out energy efficiency upgrading of existing production lines, power systems, circulating water systems, and other equipment, comprehensively promote intelligent control of high-power equipment, and implement carbon footprint management throughout the product lifecycle. These measures will effectively promote the cascaded utilization of energy and improve energy efficiency, reduce energy losses, and thereby lower the energy consumption level and carbon emissions of the zone.

机构简介

黑龙江杜尔伯特经济开发区申报的主体单位为黑龙江杜尔伯特经济开发区管理委员会，该单位在杜尔伯特蒙古族自治县县委、县政府的直接领导下，全面负责经济开发区规划、建设和运营，同时围绕主导产业建链、补链、延链、强链核心任务，深入推进项目落地和基础设施建设。开发区未来一定时期内产业规模仍将继续扩大，特别是化工产业园的产业引进将直接推高园区能源需求。

经开区重点实施绿电直连、生物质替代、绿电交易、储热节能改造等低碳节能项目，综合施策实现整体降碳的目标。此外，园区企业还要通过对现有生产线、动力系统、循环水系统等设备进行能效提升改造，全面推行大功率设备的智能化控制，产品全生命周期的碳足迹管理等手段，有效推动园区能源梯级利用和能源利用率，减少能源损失，进而降低园区的能耗水平和碳排放量。

 

Project Overview

Heilongjiang Dorbod Economic Development Zone, leveraging its locational resource advantages and industrial development foundation, plans to comprehensively carry out the application and construction of a provincial-level zero-carbon industrial park, advancing in phases toward the expected compliance target by 2030. Through large-scale development and on-site consumption of new energy, the zone aims to become a hub for green investment attraction and a magnet for industrial clustering, building a distinctive green and low-carbon economic growth pole. This will lay the foundation for establishing a carbon peak pilot park and provide experience for the green, low-carbon, and high-quality development of Dorbod Mongolian Autonomous County and Daqing City.

项目背景

黑龙江杜尔伯特经济开发区立足区位资源优势和产业发展基础，计划整体开展省级零碳园区申报和建设工作，按照2030年建设达标预期分阶段推进。通过新能源大规模开发和就地消纳利用，形成绿色招商引资 的高地和虹吸产业集聚的洼地，打造具有特色的绿色低碳经济增长极，为建设成碳达峰试点园区奠定基础，为杜尔伯特蒙古族自治县、大庆市的绿色低碳高质量发展提供经验。

 

Project Implementation

To achieve the goal of building a provincial-level zero-carbon industrial park, it is necessary to reduce the zone's energy consumption and carbon emissions by implementing low-carbon and energy-saving projects such as direct green power connection, biomass substitution, green power trading, and energy storage and energy-saving renovation.

Comprehensive Power Supply Scheme:

① Direct Green Power Connection Project

The project is located in Heilongjiang Dorbod Economic Development Zone (not cross-prefecture). The power source sites (wind power and photovoltaic) are located on saline-alkali land and pond water surfaces around the zone, and the direct transmission lines are laid along the planned roads of the zone, realizing the nearby integration and on-site consumption of new energy resources within the administrative region. The project plans to provide "direct green power supply" to enterprises in the zone such as Yipin, Shengquan, and Yiheng. The first-phase demonstration project is invested and constructed by Daqing Chengtai Green Energy New Energy Co., Ltd., with a total installed new energy capacity of 150 MW, including 75 MW of centralized photovoltaic power stations and 75 MW of wind power. To ensure system friendliness and enhance regulation capacity, the project is equipped with an electrochemical energy storage station with a configuration capacity of 12.5 MW/25 MWh. The project will build a new collector substation and connect to load enterprises in the zone through 12 dedicated 35 kV/10 kV direct connection lines. Meanwhile, the grid connection capacity will be determined through consultation with grid enterprises, realizing full consumption of green power and surplus power feeding into the grid through this dedicated channel.

② Green Power Trading Project

In terms of large-scale utilization of new energy, Dorbod Mongolian Autonomous County has already planned and constructed multiple new energy projects, including the 300 MW Dorbod Nanyang Wind Power Project and the 100 MW SPIC Duishan Pasture-Photovoltaic Complementary Power Generation Project, laying the foundation for the large-scale utilization of new energy in the Economic Development Zone. The zone will introduce wind and photovoltaic power from surrounding areas and even across the province through cross-regional green power trading to replace coal power consumption in the zone, thereby reducing the carbon emission intensity of enterprise production.

Comprehensive Heating Scheme:

① Energy Storage and Energy-Saving Technology Project

The green power resources introduced through green power trading will be implemented in conjunction with projects such as electrochemical energy storage and thermal battery pilots, forming a "green power trading + energy storage and energy-saving" heating model and promoting the deep coordinated operation of the power grid and heating network. Energy storage batteries can convert off-peak electricity into thermal energy and store it efficiently during off-peak hours, and release it during winter heating or peak production heat demand, realizing a flexible regulation model of "electricity-to-heat conversion—heat storage—heat output." During periods of surplus green power, energy storage batteries can use green power for heat storage, and when the zone needs heating, release heat to generate steam and feed it into the zone's centralized heating pipeline network, serving as long-duration energy storage of clean energy. This can not only effectively consume renewable energy power around the zone and alleviate grid fluctuations, but also reduce carbon emissions in the heating process. Through coordinated scheduling of the power grid and heating network, the zone can optimize the energy structure and improve overall energy utilization efficiency while ensuring stable heating.

② Low-Carbon Energy-Saving Renovation Project

The Economic Development Zone will build a clean heating system dominated by centralized biomass and industrial by-product heat heating, supplemented by energy storage batteries, distributed biomass, and natural gas boilers. The focus will be on promoting industrial waste heat recovery and energy-saving renovation of steam systems, achieving the dual goals of heating carbon reduction and efficient energy utilization. Many enterprises in the zone generate a large amount of medium- and low-temperature waste heat during their production processes. After recovery through technologies such as heat exchangers and heat pumps, this heat can be directly transported to the zone's heating network to replace part of the fossil fuel heating demand. Meanwhile, energy-saving optimization will be carried out on the existing steam pipeline network in the zone, including reducing heat loss in long-distance transmission, improving pipeline insulation performance, optimizing steam pressure and temperature control, and promoting condensate recovery and utilization. These measures can not only significantly reduce heating energy consumption, but also reduce boiler operating load and carbon emissions.

项目实施

为达到省级零碳园区建设目标，需要通过实施绿电直连、生物质替代、绿电交易和储能节能改造等低碳节能项目，降低园区的能耗水平和碳排放量。

综合供电方案：

①绿电直连项目

项目建设地点位于黑龙江省杜尔伯特经济开发区(不跨市)。电源场址(风电、光伏)选址位于园区周边的盐碱地/坑塘水面，直连输电线路沿园区规划路铺设，实现了新能源资源在行政区内的就近整合与就地消纳。该项目计划对园区内伊品、圣泉、伊恒等企业实现“绿电直供”。首期示范项目由大庆城泰绿能新能源有限公司投资建设，新能源总装机容量为150兆瓦。其中，集中式光伏电站75兆瓦，风力发电75兆瓦。为确保系统友好型和提升调节能力，项目配套建设电化学储能电站，配置容量为12.5兆瓦/25兆瓦时。项目新建一座汇集变电站，并通过12回专用的35千伏/10千伏直连线路接入园区负荷企业，同时与电网企业协商确定并网容量，通过该 专用通道实现绿电的全部消纳与余电上网。

②绿电交易项目

在新能源规模化利用方面，杜尔伯特蒙古族自治县目前已经布局规划建设了杜尔伯特南阳300MW风电项目、国家电投对山牧光互补100MW光伏发电项目等多个新能源项目，为经开区实现新能源规模化利用奠定了基础。经开区将通过跨区域绿电交易模式引入周边乃至全省各地的风电、光伏电力替代园区煤电消费，以降低企业生产的碳排放强度。

综合供热方案：

①储能节能技术项目

通过绿电交易引入的绿电资源，将配合电化学储能、热力电池试点等项目实施，构成“绿电交易+储能节能”供热模式，促进电网与热网的深度协同运行。储能电池可在谷电时将低谷电转化为热能并高效储存，在冬季采暖或生产用热高峰时释放，实现“电转热—热储存—热输出”的灵活调节模式。储能电池在绿电富余阶段可以利用绿电储热，在园区需要供热时放热产生蒸汽输入园区集中供热管网，作为清洁能源的长时储能。不仅能有效消纳园区周边的可再生能源电力，缓解电网波动，还能降低供热过程中的碳排放。通过电网和热网的协同调度，园区可在保障稳定供热的同时，实现能源结构优化，提高整体能源利用效率。

②低碳节能改造项目

经开区将构建集中式生物质、工业副产热供热为主，储能电池、分散式生物质、天然气锅炉为辅的清洁供热系统。重点推进工业余热回收与蒸汽系统节能改造，实现供热降碳与能源高效利用的双重目标。经开区内多家企业工艺过程中会产生大量中低温余热，这些热量通过换热器、热泵等技术回收后，可直接输送至园区热网，替代部分化石燃料供热需求。同时，对园区现有蒸汽管网进行节能优化，包括减少长距离输送热损、提高管道保温性能、优化蒸汽压力与温度控制，以及推广凝结水回收利用，不仅能显著降低供热能耗，还可减少锅炉运行负荷与碳排放。

 

Project Outcome

The construction of the provincial-level zero-carbon industrial park in Heilongjiang Dorbod Economic Development Zone gives full play to the leading role of regional new energy development, promotes the comprehensive green transformation of the zone's industrial development, significantly reduces the carbon emission intensity per unit of energy consumption, comprehensively improves energy conservation and carbon reduction, intensive resource conservation, and energy-carbon management capabilities, and forms a replicable and scalable typical demonstration for zero-carbon park development.

1. Accelerating the green transformation of the energy structure and increasing the proportion of renewable energy utilization. By promoting direct green power supply, simultaneously deploying energy storage facilities such as electrochemical batteries, digital energy-saving renovation of mechanical and electrical equipment, and applying new technologies for waste heat/cold/pressure utilization, the zone aims to achieve a clean energy consumption ratio of over 90% and increase the comprehensive utilization rate of waste heat and pressure to over 50%, building an energy supply system dominated by green power.

2. Deepening the low-carbon upgrading of industries and cultivating high-end green industrial clusters. Focusing on developing a full-chain resource recycling industrial system of "deep processing of corn—comprehensive utilization of straw—high-end new materials," the zone controls carbon emissions per unit of energy consumption below 0.4 tons per ton of standard coal, forming a low-carbon industrial model integrating biochemical engineering, food processing, and new energy systems.

3. Building a smart energy-carbon management system to achieve precise control and efficient utilization. Giving full play to the roles of the zone's energy-carbon management platform in data governance, intelligent analysis, dynamic control, and decision support, the zone promotes energy-carbon management upgrading from "data collection" to "digital-intelligence empowerment, precise control, and efficient collaboration," effectively empowering the green and low-carbon development of the zone through digital means and creating a model of digital zero-carbon management.

成果亮点

黑龙江杜尔伯特经济开发区省级零碳园区建设充分发挥区域区域新能源发展的牵引作用，推动经开区产业发展全面绿色转型，园区单位能耗碳排放强度得到明显下降，节能降碳、资源节约集约及能碳管理能力全面提升，形成零碳园区发展可复制可推广的典型示范。

1.加快能源结构绿色转型，提升可再生能源利用比例。通过推进绿电直供，同步布局电化学电池等储能设施、机电设备数字化节能改造、余热/余冷/余压新技术应用等，实现园区清洁能源消费占比达到90%以上，余热余压综合利用率提升至50%以上，构建以绿电为主的能源供应体系。

2.深化产业低碳化升级，培育高端绿色产业集群。重点发展“玉米精深加工一秸秆综合利用—高端新材料”的全链条资源循环利用产业体系，将单位能耗碳排放控制在0.4吨/吨标准煤以下，形成生物化工、食品加工与新能源系统融合的低碳产业模式。

3.构建智慧能碳管理体系，实现精准管控与高效利用。充分发挥园区能碳管理平台的数据治理、智能分析、动态管控与决策支撑作用，推动能碳管理从“数据采集”向“数智赋能、精准管控、高效协同”提升，切实以数字化手段赋能园区绿色低碳发展，打造数字化零碳管理样板。

 

Project Highlights

To create a favorable environment for low-carbon and green development, Dorbod Mongolian Autonomous County has formulated and introduced a series of policy measures to support enterprises in carbon reduction. Enterprises implementing projects such as energy-saving renovation, renewable energy utilization, and low-carbon transportation are given policy support including financial subsidies and tax incentives. The approval process for zero-carbon related projects has been simplified, with "one-stop" services implemented to shorten approval time. Enterprises that have passed green certification and carbon footprint certification are given bonus points or priority consideration in excellence evaluation, project application, and other aspects. Enterprises are encouraged to cooperate with research institutes and universities to jointly develop zero-carbon technologies, with the Economic Development Zone providing necessary support such as venues and equipment. A green procurement system has been established, giving priority to purchasing products or services produced by zero-carbon enterprises.

成果影响力

为营造良好的低碳绿色发展环境，杜尔伯特蒙古族自治县制定出台一系列支持企业减碳工作的政策措施。对实施节能改造、可再生能源利用、低碳交通等项目的企业，给予资金补贴、税收优惠等政策支持。简化零碳相关项目审批流程，实行“一站式”服务，缩短审批时间。对通过绿色认证、碳足迹认证的企业，在评优评先、项目申报等方面给予加分或优先考虑。鼓励企业与科研院所、高校开展合作，共同研发零碳技术，经开区提供必要的场地、设备等支持。建立绿色采购制度，优先采购零碳企业生产的产品或提供的服务。

 

Reviews & Honors

Heilongjiang Dorbod Economic Development Zone was established in 2003, formerly known as Daqing Deligol Industrial Park. In 2012, it was promoted to an industrial park enjoying provincial-level policies, and in May 2019, it was officially renamed Heilongjiang Dorbod Economic Development Zone. Through more than two decades of development, the zone has been approved by the Heilongjiang Provincial Government to be included in the "Harbin-Daqing-Qiqihar Industrial Corridor," named as a "Provincial New Industrialization Industry Demonstration Base" by the Provincial Industry and Information Technology Commission and the Provincial Department of Finance, and listed as one of the 16 key county-level industrial parks in the province. In 2022, it was awarded as a Provincial Green Park and recognized as a Provincial Chemical Park; in 2023, it was recognized as a National Green Park; in 2024, it was awarded as a National Smart Chemical Park; and in 2025, it was recognized by the Provincial Department of Commerce as a Provincial Foreign Trade Transformation and Upgrading Base (specialty agricultural products).

评价与荣誉

黑龙江杜尔伯特经济开发区始建于2003年，原名大庆德力戈尔工业园区，2012年晋升为享受省级政策的工业园区，2019年5月正式更名为黑龙江杜尔伯特经济开发区。通过二十多年的发展，黑龙江杜尔伯特经济开发区先后被黑龙江省政府批准纳入“哈大齐工业走廊”,被省工业和信息化委员会、省财政厅命名为“省级新型工业化产业示范基地”,同时被列为全省16个重点发展县域工业园区之一。2022年被评为省级绿色园区及认定为省级化工园区，2023年被认定为国家级绿色园区，2024年被评为国家级智慧化工园区，2025年被省商务厅认定为省级外贸转型升级基地(特色农产品)。