Hangzhou Xinlan Technology Co., Ltd.

2001-08-22
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Company Profile

Hangzhou Xinlan Technology Co., Ltd., located in Xihu District, Hangzhou City, Zhejiang Province, is a next-generation IT service enterprise focused on the convergence of digital government services and intelligent media. It falls under the category of strategic emerging industries encouraged by the state for development. Established in 2013, the company was recognized as a High-Tech Enterprise in 2022 (GR202233005244) and passed the national evaluation for Science and Technology-based SMEs in 2023. It holds software enterprise certification (Zhe RQ-2021-0427), Level-3 qualification for information system integration and services (XZ3330120210427), and ISO 9001:2015 quality management system certification (GXC-QM-2022-0876). The company’s core business covers intelligent system integration for radio and television, construction of converged media platforms, R&D of AI-driven audiovisual content production tools, and digital transformation solutions tailored for provincial and municipal radio and television institutions as well as publicity authorities. Its primary clients are concentrated in vertical sectors such as radio and television, publicity, and media regulation. The company’s core competencies lie in microservice architecture system development and localization adaptation under the AI-plus-broadcasting big data technology roadmap. It has achieved full-stack compatibility certifications with Huawei Kunpeng, Tongxin UOS, and Hygon CPUs, supporting features including multimodal content recognition, semantic-level interception of sensitive information, and automatic indexing of media assets across multiple platforms. In third-party stress tests, its daily content review throughput reached 2.1 million items with an accuracy rate of 99.23% (GDT-2024-0892). The company holds 4 valid invention patents and 37 software copyrights. Representative achievements include the “Lan Zhi Rongmei AI Content Review Platform V3.2” and the “Provincial Radio and Television Cloud Media Asset Intelligent Cataloging System V2.1.” These technologies have been incorporated into the list of participating units in the “Technical Specifications for the Construction of County-Level Converged Media Centers in Zhejiang Province” (DB33/T 2428–2022). Typical projects undertaken by the company include the first-phase project of the provincial-level converged media technology platform “Zhijiang Yunmei,” commissioned by the Publicity Department of the Zhejiang Provincial Party Committee (accepted in 2022); the “Asian Games Audiovisual Hub Platform” for Hangzhou Radio and Television Station (launched in 2023 and included in the case study collection of the National Radio and Television Administration); and the “Liupanshan Converged Media Capability Enhancement Project” for the Ningxia Radio and Television Bureau (delivered in 2024). All these projects involved contract amounts exceeding ten million yuan, and the company’s clients span 23 prefectural-level or higher radio and television and publicity institutions across 8 provinces and autonomous regions, including Zhejiang, Jiangsu, Anhui, Ningxia, and Gansu. Public records do not indicate any direct business presence or project experience in fields such as chemical engineering, petrochemicals, coal chemicals, or new materials, nor do they disclose any collaboration with chemical enterprises or the “Silk Road Chemical Platform.” Internationally, the company participates in the construction of the domestic support system for the “China-ASEAN Media Cooperation Cloud Platform” through technology export (starting in 2025), and as a member of a consortium, it provides localized deployment and operation & maintenance services for the media asset management module of the digital studio project for Cambodia’s National Television (MOFCOM-AID-2024-CAM-017), demonstrating strong capabilities in cross-regional technology delivery and joint implementation.

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Dalian City Chemical Engineering Design Institute Co., Ltd. is registered in Dalian, Liaoning Province, and is a comprehensive engineering technology service enterprise with chemical engineering design as its core, holding a Class A qualification for engineering design in the chemical, petrochemical, and pharmaceutical industries. The company has been deeply engaged in chemical engineering design for many years, serving customers across multiple sub‑segments such as chlor‑alkali, organic chemicals, and fine chemicals, and is an important component of Dalian’s chemical engineering service system. The company’s main business is engineering design for the chemical, petrochemical, and pharmaceutical sectors, providing process package development, front‑end engineering design (FEED), detailed engineering design (EPC support), and engineering consulting services. Design expertise covers chlor‑alkali units (ion‑exchange membrane electrolysis, caustic soda evaporation concentration), organic chemicals (synthetic reactions, distillation separation), fine chemicals (batch and continuous processes), and chemical utilities (steam, circulating water, wastewater pretreatment) among other specialties. The company has a full‑discipline configuration: process, equipment, piping, instrumentation & control, electrical, civil works, etc., enabling it to offer owners a complete design service chain from process integration to construction‑drawing delivery. The company holds a Class A qualification for engineering design in the chemical, petrochemical, and pharmaceutical industries, qualifying it to undertake full‑discipline design of large‑scale chemical projects. In the chlor‑alkali and organic chemical design fields, it has accumulated long‑term engineering practice experience and possesses the capability to cooperate with domestic and international technology suppliers to complete technology‑license package conversion designs. The company has long provided engineering design services to chemical enterprises in Dalian and the Northeast region, undertaking numerous front‑end and detailed design projects for chlor‑alkali, organic chemical, and fine chemical plants, thereby building specialized expertise in chlor‑alkali and organic chemical design.

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Colin Energy Technology (Beijing) Co., Ltd.

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Colin Energy Technology (Beijing) Co., Ltd., founded in 2014 and headquartered in Beijing, is a globally renowned energy technology patent holder that inherits over 50 years of R&D experience in entrained-flow gasification technology from the former German Fuel Research Institute (DBI). The company independently owns the complete intellectual property rights of the Colin CCG coal gasification technology and has achieved full localization of both technology and equipment, providing clean coal technology solutions for industries such as coal chemical, fertilizer, and power generation. The company's core business covers three major sectors: top-mounted multi-nozzle pulverized coal pressurized gasification technology (CCG), electrochemical CO₂ reduction technology, and iron-based hydrogen storage technology. The CCG gasification technology adopts a unique top-mounted multi-burner downward injection design, featuring wide fuel adaptability. It can process lignite, bituminous coal, anthracite, petroleum coke, and "Three Highs" inferior coal (high sulfur, high ash, high ash fusion point), with a carbon conversion rate exceeding 99%, a cold gas efficiency of over 80%, and an effective gas composition (CO+H₂) accounting for 90%-93%. The CO₂ reduction technology utilizes renewable energy to electrochemically convert CO₂ into syngas or formic acid, and a 100 kW-level electrolyzer stack design has been achieved. The hydrogen storage technology uses iron oxide and water as media, achieving long-term stable storage of green hydrogen through modular design, thus solving the intermittency issue of wind and solar energy. The company provides full-process services including technology licensing, process package design, patented equipment design, and technical support. As of early 2025, the company owns over 50 series and 115 independent intellectual property patents. It has been continuously recognized as a National High-tech Enterprise, a Beijing "Specialized and New" SME, and a Zhongguancun High-tech Enterprise. In 2017, it won the 19th China Patent Excellence Award; in 2020, it received the International Cooperation Innovation Award from the China (Germany) R&D Innovation Alliance; and in 2018, it became a member unit of the China Hydrogen Alliance. The R&D headquarters is located in Dresden, Germany, with a technical team from internationally renowned institutions such as the former German Fuel Research Institute and the Schwarze Pumpe gasification plant. The Colin gasification technology has been successfully applied in many large-scale coal chemical projects in China, including the 2×1500 TPD "Three Highs" coal gasification unit in Guizhou Kaiyang Chemical (the world's first large-scale entrained-flow gasification unit using "Three Highs" coal as the sole feedstock), the 2×1200 TPD ethylene glycol project in Inner Mongolia Konner, the 6×2000 TPD MTO project of Qinghai Mining, the 5×2000 TPD coal graded utilization project of Shaanxi Coal Yulin, and the 5×2000 TPD wastewater co-treatment project of Guoneng Baotou. In 2025, Guizhou Kaiyang Chemical achieved its annual synthetic ammonia target 42 days ahead of schedule using the Colin gasifier, verifying the technology's reliability and economic viability. For EPC contractors, coal chemical plant owners, and cross-border investors in the Middle East, Southeast Asia, and Belt and Road countries, the company provides coal gasification technology licensing, process package design, equipment supply, and on-site technical services. We welcome cooperation discussions on clean lignite conversion, utilization of "Three Highs" inferior coal, CO₂ resource utilization, and green hydrogen storage, to jointly promote energy transition and low-carbon development.

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Kaiming Technology (Hangzhou) Co., Ltd.

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Kaiming Technology (Hangzhou) Co., Ltd. was established in March 2015, with its registered location in Binjiang District, Hangzhou, Zhejiang. Public information shows a registered capital of 15 million RMB. It is an R&D and manufacturing enterprise of online water quality environmental monitoring instruments for smart environmental protection and smart city market scenarios. The company's main products include automatic water quality analyzers for pollution sources, automatic drinking water health analyzers, automatic water environment analyzers, process monitoring instruments, miniaturized instruments and sensor-type instruments, covering indicators such as CODcr, CODmn, ammonia nitrogen, total phosphorus, total nitrogen, total manganese, total copper, total chromium, hexavalent chromium, total lead, total nickel, total zinc, total cadmium, total iron, total aluminum, free chlorine, residual chlorine, pH, dissolved oxygen, conductivity, turbidity, ORP, chlorophyll, suspended solids, sludge concentration, silica, orthophosphate, hardness, calcium ion, sulfate, trace iodine, etc. The products adopt processes such as spectrophotometry, ion‑selective electrode, glass electrode, fluorescence, light scattering, titration, etc., serving environmental supervision, water plants and pipelines, municipal sewage, industrial process water and chemical park environmental monitoring. The company's products emphasize platformization, miniaturization, modularization and intelligence. Public information shows that it is identified as a national high‑tech enterprise, and it holds China environmental protection product certification, software copyrights and utility model patents. R&D directions include ceramic multi‑port valves, online automatic titration endpoint recognition, automatic calibration, automatic verification, automatic cleaning, RS485/Modbus communication and IoT operation and maintenance. Public inquiry and product certification information indicate that the company's online monitoring equipment has entered pollution source, municipal sewage and environmental monitoring application scenarios. Relevant equipment includes online analyzers for chemical oxygen demand, ammonia nitrogen, total phosphorus, total nitrogen, etc. The corporate website also sets up sections for surface water, pollution source, and drinking water safety on‑site case studies, which can serve as platform displays and baseline clues for subsequent project verification. Targeting overseas EPC, chemical park owners, water utility operators and environmental system integrators in the Middle East, Southeast Asia, Central Asia and Africa, the company can engage in cooperation negotiations around supply of online water quality analyzers, integration of mini monitoring stations, sensor and controller matching, pollution source discharge monitoring and drinking water safety monitoring.

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FAQ

What are the differences in compliance requirements between chemical engineering projects in the Middle East and those in Southeast Asia?

Compliance requirements for chemical engineering projects in the Middle East and Southeast Asia vary significantly due to differences in regional policies, industrial foundations, and social environments. Key focus areas include environmental standards, safety certifications, and localization requirements, tailored to the industrial positioning and governance characteristics of each region.

For large-scale integrated refining and petrochemical projects, what specialized technical capabilities and project experience should suppliers possess?

In view of the scale, integration, and intensification characteristics of large petrochemical integrated projects, suppliers are required to possess full-process petrochemical integration capabilities, large-scale chemical engineering EPC general contracting expertise, and specialized technical capabilities for cross-border compliance implementation.

How to choose the right chemical engineering service provider?

Selecting a chemical engineering service provider requires a comprehensive multi-dimensional evaluation based on project type, scale, and implementation scenario, covering qualification standards, technical capabilities, and service systems. Priority should be given to verifying the provider's strength through resources of the Silk Road Chemical Engineering Service Platform, with particular focus on confirming successful project achievements in energy and chemical engineering to validate their actual delivery capability.

How can buyers check the progress of project coordination?

After signing in, you can click on the avatar in the upper right corner of the webpage to view the progress and status updates of all connected projects on the "My Account - Project History" page, and communicate with platform customer service at any time regarding project connection matters.

Can the posted project requirement information be modified later?

You can modify the deadline for posted project requirements. This operation can be performed on the "My Account - Project History - My Posts - Service Demand" page. If your requirements have changed, it is recommended to update the information in a timely manner to ensure that suppliers can stay informed of the latest situation.

How to filter suppliers that meet your requirements? How should filter tags be combined to achieve precise matching?

You can use the platform's filtering function to find suppliers that meet your needs. On the "Demand and Supply - Supply Square" page, you can filter by tags such as service type, industry, country/region, and response time. For more precise matching, it is recommended to combine multiple filtering conditions. Start by using primary conditions (such as service type and industry) to narrow down the scope, then use secondary conditions (such as country/region and response time) to further pinpoint your search.

How can buyers post project requirements? What core information needs to be specified?

Purchasers can post project requirements through the following steps: After signing in the platform, click on "Demand and Supply," enter the "Demand Square," click the "Post Your Requirement" button, and fill in the requirement details as prompted on the page. Information to be filled out includes: service type, industry, country/region, project stage, specific requirements, contact information, etc. The more detailed the requirement information provided, the easier it is to attract suitable suppliers.

How do suppliers register on the platform?

After logging in, you can click the "Search" button, then click "All Service Types," scroll to the bottom of the page, and click the "Join Now" button to fill in your service provider's relevant information. The key details required include: service type, industry, country/region, company name, establishment date, company size, etc. The more detailed and professional the information you provide, the easier it is to attract the attention and trust of buyers.

How can suppliers check the project integration progress?

After signing in, you can click on the avatar in the upper right corner of the website to enter the "My Account - Project History" page, where you can view the progress and status updates of all connected projects and communicate with platform customer service at any time regarding project connection matters.

How can suppliers showcase their supply capabilities? What core information needs to be clarified?

Suppliers can publish their service capabilities through the following steps: After signing in the platform, click the "Demand and Supply" button, then enter the "Supply Square," click the "Showcsae Your Capability" button, and fill in the relevant information according to the page prompts. Key information that needs to be specified includes: service type, industry, country/region, response time, service advantages, contact information, etc. The more detailed and professional the information provided, the easier it is to attract the attention and trust of buyers.

What is the project onboarding process?

Project Matching Process:
1. Post project requirements / supply capabilities – Share your project needs or what you can offer.
2. Intelligent matching & recommendations – The system automatically matches and suggests potential partners.
3. Initial communication – Get in touch to exchange basic information.
4. Confirm cooperation intent – Both parties agree in principle to move forward.
5. Detailed offline negotiation – Discuss specifics in person or in a formal meeting.

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