展会信息
会议开始时间:
- 第三届中国煤化工环保大会2016
- 展会时间：2016-01-18 至 2016--
- 主办单位：亚化咨询
- 承办单位：亚化咨询
- 协办单位：亚化咨询
- 展会地址：北京
- 会议内容：
第三届中国煤化工环保大会2016
3rd Coal Chemical Environmental Protection Conference 2016
--技术升级和商业模式创新解决煤化工环保问题
--Technological upgrading & business mode innovation solving coal chemical environmental issues
背景
2015年1月实施新版《环境保护法》以来，环境影响评价报告的审批已经成为新建煤化工项目的关键。2015年11月，环境保护部就《现代煤化工建设项目环境准入条件》征求意见，将有助于煤化工项目在环评阶段，就规划布局、项目选址、污染防治方案、环保技术选型等方面获得参考依据，提高环评的水准和审批通过的成功率。
基于经济发展和能源安全的需求，以及富煤、缺油、少气的资源禀赋特点，长期来看，中国发展煤化工是必然趋势，而实现环保达标排放也是煤化工行业必须完成的任务。在煤化工项目设计、建设、试车和运行的全流程，都严格遵守环保要求，通过竣工验收和日常监管，是煤化工项目运营者面临的真正挑战。
煤化工生产伴随着废水、废气和固体废弃物的产生，挥发性有机物（VOCS）的处理也日益得到重视。其中，高含盐废水处理和杂盐的合理利用是重中之重。新建煤化工项目必须借鉴已有大型项目的成功经验，通过技术升级和商业模式创新，最终解决环保问题，实现煤化工行业可持续发展。
由亚化咨询与中国化工学会煤化工专委会联合举办的第三届中国煤化工环保大会将于2016年1月19日在北京召开。会议将探讨中国煤化工行业展望与环保政策趋势，大型现代煤化工项目环保经验，煤化工“三废”处理技术与应用，节水、节能技术以及二氧化碳捕集利用方案等。
主题
1. 环保政策现状与中国煤化工行业展望
2. 煤化工项目环境影响评价的要点分析
3. 安全与环保管理：大型煤化工项目的经验分享
4. 废水零排放的真实成本与实现路径
5. 杂盐的经济利用方案探讨
6. 煤化工园区自建危废处理设施的可行性
7. 煤化工装置挥发性有机物(VOCS)综合整治
8. 商业模式创新——废水与废气处理装置外包
9. 硫回收与烟气脱硫脱硝的创新解决思路
10. 煤化工节水与节能降耗技术
11. 适用于煤化工项目的CO2捕集、封存与利用技术
12. 煤化工固体废弃物的处置与资源化利用
会议负责人及联系方式：孔小姐
Tel: 021-68726606-102
Fax: 021-5168 7888
MP: 180 1914 3963
Email:emma.kong@chemweekly.com
Background
Since the implementation of the new version of in Jan. 2015, the approval of Environmental Impact Assessment (EIA) has become the key of new coal chemical projects. In Nov 2015, Ministry of Environmental Protection is soliciting opinions on < Modern Coal Chemical Construction Project Environmental Access Conditions>, which will help coal chemical projects to gain reference at EIA stage, in aspects of planning, project site selection, pollution control plans, environmental technology selection, etc., as well as to improve the EIA standard and success rate of approval.
Based on the demands of economic development and energy safety, as well as endowment features of rich in coal, lack of oil and gas resources, coal chemical industry will be developed inevitably in China in the long run, while achieving environmental emission standards also becomes the task must to be completed. In the whole process of coal chemical project including design, construction, trial running and operation, environmental protection requirements should be strictly implemented. To pass completion acceptance and regular supervision is the real challenge for coal chemical project owners.
Coal chemical production is accompanied by the emissions of wastewater, exhaust gas and solid wastes, besides, volatile organic compounds (VOCs) treatment is also increasingly receiving attentions. Among them, high salinity wastewater treatment and reasonable utilization of mixed salts is of uppermost priority. New coal chemical projects should learn from successful experiences of large scale plants, and finally solve the environmental problem through technological upgrading & business mode innovation, to achieve the sustainable development of coal chemical industry.
The 3rd Coal Chemical Environmental Protection Conference will be jointly organized by ASIACHEM and Coal Chemical Committee of Chinese Chemical Society on Jan 19th 2016 in Beijing, China. The conference will discuss China’s coal chemical industry prospect and environmental policy trends, environmental experiences of large scale modern coal chemical projects, coal chemical “three wastes” treatment technology and application, water-saving & energy-saving technologies as well as CO2 capture & utilization proposals, etc.
Topics
1. Environmental policy and China’s coal chemical industry prospect
2. Essential analysis of EIA for coal chemical projects
3. Safety & environmental management: experiences sharing of large scale coal chemical projects
4. Real cost and realization route of wastewater zero discharge
5. Discussion on mixed salts economic utilization proposals
6. Feasibility of self-built hazardous waste disposal facilities in coal chemical parks
7. VOCs comprehensive treatment of coal chemical plants
8. Business mode innovation – outsourcing wastewater and off gas treatment
9. Innovative solutions for sulfur recovery and flue gas desulfurization & denitrification
10. Water-saving and energy-saving & consumption-reducing technologies
11. CO2 capture, storage and utilization technologies for coal chemical projects
12. Coal chemical solid wastes treatment and resource utilization
