本项目为俄罗斯客户 SIBUR INTERNATIONAL 的试验级连续式热裂解装置技术优化需求。项目方目前希望引入具备连续式热裂解装置运行和/或设计经验的工程专家，对装置中固体炭渣/固体残渣连续排出系统运行不稳定的问题进行技术诊断，并提出结构改造及运行优化建议，目标是支持装置实现不少于 72 小时的连续稳定运行。

本次需求的核心问题集中在连续式热裂解过程中干态固体残渣的稳定排出。现有排出系统可能存在粘结、架桥、压实、堵塞、排出区域瓶颈、密封性或气密性不足等问题，需要专家结合设计文件、工艺文件、运行数据及固体残渣样品检测数据进行综合判断，识别导致排出系统不稳定的根本原因。

专家/顾问的主要工作内容包括：审阅试验级连续热裂解装置的设计文件与工艺文件；分析固体残渣样品及检测数据；评估固体残渣连续排出系统的结构、密封、输送及运行逻辑；提出排出单元或系统的结构改造建议；提出运行工况及操作参数优化建议；必要时赴俄罗斯叶卡捷琳堡现场进行设备审计，评估装置在实际运行状态下的技术状况。

最终希望形成书面工程分析报告，内容包括根因分析结论、推荐改造措施、运行工况优化建议、备选方案、可行性评估及初步实施周期。项目可根据实际需要进一步邀请专家支持改造后排出单元的安装、调试和连续运行验证，确认装置达到连续稳定运行不少于 72 小时的目标。

候选专家应具备连续式热裂解装置运行和/或设计相关实操经验，并具有干态固体残渣连续排出系统方面的成熟经验。专家应熟悉机械结构、材料、热工/热力学、粉体或固体输送、高温残渣处理、密封与气密结构、防粘结、防架桥、防压实等相关技术问题。能够通过视频会议高效沟通，并输出清晰的技术报告。

具备英语沟通能力、国际项目经验，或可赴俄罗斯叶卡捷琳堡现场支持 2–4 周者优先。如专业能力突出，英语能力可不作为强制要求。

参考目标专家来源包括但不限于：BESTON GRO

Providing factory design services

Engineering Design, EPC Turnkey!

- Investor: Seadra Energy Alliance (including Air New Zealand, Renova, Kent, ANZ)
- Location: Marsden Point (former refinery site)
- Scale: Investment of approximately NZD 300 million
- Products: Sustainable Aviation Fuel (SAF), Biodiesel, Bio-based Chemicals
- Progress: Development agreement signed in October 2024; construction to commence in 2026-2027
- Highlights: Utilizes waste oils and agricultural/forestry residues as feedstock; New Zealand's first large-scale aviation biofuel project

- Investors: Seadra Energy Alliance (including Qantas, Renova, Kent, ANZ)
- Location: Marsden Point (former refinery site)
- Scale: Investment of approximately NZD 300 million
- Products: Sustainable Aviation Fuel (SAF), Biodiesel, Bio-based Chemicals
- Progress: Development agreement signed in October 2024; construction to commence in 2026-2027
- Highlights: Utilizes waste oils and agricultural/forestry residues as feedstock; New Zealand's first large-scale aviation biofuel project

Test: After adding the scale inhibitor, the circulating water quality remains uncontaminated and can be used for other purposes.

test: Establish a new oil refinery and procure instruments and automation systems according to the design drawings.

A small-scale production validation for powdered cosmetic raw materials is required, with a capacity specification ranging from several kilograms to tens of kilograms per batch. Core requirements:  
Equipment configuration: Must possess a complete production line for freeze drying and solid powder mixing;  
Production conditions: Must have a cleanroom compliant with cosmetic production standards (GMP) and independent production capabilities;  
Raw material scope: Feedstock components are primarily peptide-based, while also including other commonly used cosmetic-grade raw materials, and all raw materials have been included in the "Inventory of Used Cosmetic Raw Materials."  
We sincerely invite enterprises with capabilities in OEM/production technology for cosmetic powder raw materials to connect and collaborate.

We currently have a laboratory-scale process plan for a food additive, which requires process scale-up, pilot-scale verification and optimization. The ultimate goal is to deliver key industrial production parameters such as the optimal material ratio, reaction temperature, reaction time, etc., and to provide equipment selection recommendations for industrial-scale production. We sincerely invite organizations with relevant pilot-scale amplification capabilities to discuss potential collaboration.

Project Requirements: High-temperature calcination of powdered raw materials with a total weight of 200kg. The process conditions involve constant-temperature calcination at 840°C for 2 hours. The sintering process can be completed in batches, ultimately producing calcined coal gangue as the final product. Companies with relevant calcination equipment and technical capabilities are welcome to contact for cooperation.