Application system of electromagnetic plasma gasification technology
3013格灵迈等离子气化技术工艺原理介绍 等离子体裂解气化工艺是利用等离子体所具有的高热焓、高温、能量高度集中、极高的电热转换效率和极快的反应速度等优良特性, 通过对空气的电离在气化炉的裂解室内(又称一燃烧室),瞬间就可使等离子体炬四周产生2000--10000℃以...
查看全文全站搜索
格灵迈等离子技术优势介绍:
格灵迈科技电磁等离子人工智能全自动化系统技术优势:
The volume of ash is significantly reduced, and the volume can be reduced by 5 ~ 10 times;
Form granular or powdery stable products, and the ash properties are greatly improved;
The ash product is odorless and pathogen free, which reduces the relevant negative environmental effects and makes the treated ash more acceptable;
The products have many uses, such as fertilizer, soil conditioner, alternative energy, etc.
格灵迈油田废旧垃圾人工智能全自动化处理系统与国际同行设备对比表
Serial number | name | Greenmax equipment | International counterparts | remarks |
1 | Manufacturer | China Greenmax | 美国、加拿大、德国、俄罗斯、以色列、日本等 | 美国西屋电气、PEATInternational,Inc、法国航太、Europlasma、英国Greenmax等 |
2 | Nominal daily throughput | 50 tons | 50 tons | |
3 | Actual daily processing capacity | 24-50 tons | 5-10 tons / day | |
4 | Plasma generator life | 10000-20000 hours | 500-1000 hours | |
5 | Plasma gun replacement cycle | 50-60 months | 3 months | |
6 | Plasma gun replacement | Replace atnormal temperature | Wait for 3 days for the furnace body to cool and then replace it | |
7 | Plasma gun replacement environment | Normal temperature environment | Higher temperature 40-50 ℃ | 温度越高,维护环境越恶劣,人员每干活30-45分钟就要停下来休整 |
8 | energy consumption | 10KW/H | 100-200KW/H | Handle the same amount per hour (10 tons) |
9 | Energy supply | Solar energy can be used (two-phase 220V power supply, 10kw/h) | (100-200KW/H) Solar energy cannot be used (three-phase 380V power supply, 100-200kw/h) | |
10 | Gas or gas energy supply | 启动是需要少量燃气或煤气(0.2-0.5m³) | Always supply natural gas or gas (3-5M³) | |
11 | Oil content of oil residue after treatment | 0.0001% (reaching the national first-class standard) | equally | |
12 | 24-hour operation | Only 2 people are needed | Need 7-8 people | |
13 | System self generation (waste heat power generation) | Support waste heat power generation (steam turbine) | Waste heat power generation is not supported | |
14 | Environmental impact of treated waste residue | Clean without impact (no pollution to groundwater, etc.) | Clean without impact (no pollution to groundwater, etc.) | |
15 | Device mobility | Support convenient mobility (relocation, mobile leasing) | Mobile is not supported | |
16 | Floor area of equipment | 54m³,About 1 40 foot container flat cabinet | 108-162m³,About 2-3 40 foot container flat cabinets | |
17 | operating costs | Extremely low | It is more than 3 times the operation and maintenance cost of Greenmax equipment | Labor cost of operators, land occupation cost, natural gas cost, etc |
18 | Maintenance cost (consumables replacement cost) | Extremely low (only about 10% internationally) | Extremely high | Plasma generator replacement cost and equipment maintenance cost |
19 | Furnace life | 8-10 years (made of high-grade steel) | 5年左右(俄罗斯、美国设备,使用普通钢材制造),实际使用寿命3年左右,系统就报废 | |
20 | Front end crushing process | 支持前端投料搅碎(燃烧更充分,需要时间更短,处理效率更高) | 不支持前端搅碎(大块投料,需要燃烧事件更长,需要持续供应天然气或煤气) | The front end is crushed, the combustion is more sufficient, and the exhaust emission is more environmental friendly and clean |
21 | Full automation of artificial intelligence | Support full automation (automatic slag discharge) | Automation is not supported (manual removal of slag is required) | Low labor efficiency leads to higher operating costs |
22 | artificial intelligence | Support (to be supplemented later) | I won't support it | 智能大数据分析,云平台远程控制,智能传感器监控 |
23 | Use of treated fly ash | A 、参合到水泥里使用(混泥土)。B、烧制成工业地砖 |
格灵迈等离子气化技术工艺原理介绍 等离子体裂解气化工艺是利用等离子体所具有的高热焓、高温、能量高度集中、极高的电热转换效率和极快的反应速度等优良特性, 通过对空气的电离在气化炉的裂解室内(又称一燃烧室),瞬间就可使等离子体炬四周产生2000--10000℃以...
查看全文从固体废弃物与环境、资源、社会的关系分析,固体废弃物具有污染性、资源性和社会性。(a)、污染性:固体废弃物的污染性表现为固体废弃物自身的污染性和固体废弃物处理的二次污染性。固体废弃物可能含有毒性、燃烧性、爆炸性、放射性、腐蚀性、反应性、传染性与致...
查看全文随着科学技术的迅猛发展,等离子体技术也迅速发展 起来了,逐渐形成了一个新兴的科技体系。我们都知道, 普通化学反应产生的温度只有二千多度,而在低温等离子体中电子温度可达一万多度以上,足以使气体分子激发电离,产生许多在通常条件下不能发生的化学反应,获得...
查看全文1.什么是医疗垃圾 随着社会经济的发展,医疗垃圾的种类越来越多,既包括使用完的医疗及防护器具,如医用口罩、手套、防护服、鞋套以及一次性的医疗器具等,还包括试剂瓶、药品包装袋、过期药品、生物组织等。 2.目前国内的处理方法 传统的处理方法有消毒填埋...
查看全文
您好!请登录