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Aquentium WTE. Waste To Power: Renewable Energy 垃圾焚烧发电:可再生能源. The New Revolutionary EDI digester Gas Process 新革命 EDI 蒸煮器生沼气工序 and the Unique Methane Gas Stripping System that makes this process Possible. 唯一汽提系统可以生产厂家沼汽. Aquentium WTE.

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slide1

Aquentium WTE

Waste To Power: Renewable Energy

垃圾焚烧发电:可再生能源

slide2

The New Revolutionary

EDI digester Gas Process

新革命EDI蒸煮器生沼气工序

and the

Unique Methane Gas

Stripping System that

makes this process

Possible.

唯一汽提系统可以生产厂家沼汽

slide3

Aquentium WTE

Aquentium is dedicatedto serve mankindas stewards of the planet we inhabit.

Aquentium致力于成为我们这个星球人类居住的管家。

Solutions to Waste Management must be

addressed technologically.

废物管理的解决方案必须解决技术。

Using the Earth as a waste depository – land

or sea, is unacceptable.

利用废物保存地球-陆地或海洋,是不可接受的。

And incineration pollutes the air we breathe.

和焚烧污染我们呼吸的空气。

Waste To Power: Renewable Energy

垃圾焚烧发电:可再生能源

  • Aquentiumispositionedtorevolutionizetheway communities around the world will convert their waste to renewable, safe sources of energy.
  • Aquentium定位于世界各地的革命道路社区将废物 转化为可再生能源的安全来源。
  • We are committed to bringing our customers the most advanced technology in WTE.
  • 我们致力于使我们的客户提供最先进的垃圾焚烧技术。
slide4

Protecting your community's quality of life

  • 保护你的社区的生活质量
  • Providing cost-effective waste management
  • 提供具成本效益的废物管理
  • Creating renewable, sustainable energy to help your community grow and prosper
  • 建立可再生,可持续的能源来帮助你的社区发展和繁荣
  • Gasification, unlike incineration, allows for waste destruction in an oxygen-free atmosphere, making this system highly efficient with no harmful substances remaining, either in the atmosphere or as a residue
  • 气化,与焚烧,允许在一个氧气自由的气氛,使这一系统的高剩余没有任何有效的有害物质在大气中或作为残渣,废物销毁
  • Aquentium offers the most innovative and environmentally safe technology for converting waste to power on the world market today.
  • Aquentium 提供最创新,环保,安全的转换世界市场上的浪费,今天的技术力量。

AQUENTIUM

At Aquentium, your community's concerns are our concerns:关心是我们的关注:

State-of-the-art technology

国家的先进技术

Safety #1:安全第一

  • Our proprietary system, meets or exceeds all USA federal, state, and local requirements for air quality and environmental regulations.
  • 我们的专有系统,满足或超过所有美国联邦,州和地方的空气质量和环境法规的要求。
  • In addition, our exclusive safety features surpass any other gasification processes, and are designed and engineered to control the temperature in every stage of the process with automatic shutdown safetymechanisms built in.
  • 此外,我们的独家安全功能超过任何其他气化技术,并已设计和生产控制在每一个自动关机内置的安全机制的进程阶段温度
slide5

WHAT THE SYSTEM DOES

(系统做什么)

  • Provides Clean, Dry, Cold, Dense Methane Gas
  • (供应干净, 干, 冷, 密集沼汽)
  • Removes Carbon Dioxide (清除碳二氧化物)
  • Removes Hydrogen Sulfide (清除氢磺化物)
  • Removes Water Vapor (清除水蒸气)

WHAT IT IS?

(这是什么)

  • Realize Excellent Feasibility
  • (实现优秀的可行性)
  • Triples Digester Capacity (三倍容量的蒸煮器)
  • Reduces Capital Costs ( 资本费用减小)
  • Triples Methane Gas Production (沼汽产生三倍)
  • Self Powered Operation (自己发电启动)
  • Reduces Fule-Energy Costs (燃料费用减小)
  • One-Third more Engine-Generator Efficiency(效果比引擎-发电机大三分之一)
  • Reduces Electrical-Energy Costs (电的能源费减小)
  • Fewer Electrical-Mechanical Conversions ( 很少电转换机械工业)
  • Reduces Chlorine Costs (氯费减小)
  • A Gas Stripping System* 沼汽蒸馏系统
  • A Digester Control Process* 蒸煮器调整工序
  • *US Patent No.s 6,291,232; 6,632,362; 6,790,359
  • other US & Foreign Patents Pending
  • 美国专利号:6291232, 6632363, 6790359
  • 其他正在办手续在美国和外国
  • Improved Environmental Impact
  • (改善冲击环境)
  • Eliminates Gas System Fouling (清除汽系统堵塞)
  • Increases Bio-Mixing Efficiency (增加生物混合效果)
  • Continuous Sludge Dewatering ( 继续脱水于沉淀物)
  • Provides pH-buffered Effluent (供应pH-缓和放出)
  • Reg. 503 “Class A” Sludge(规定503 “ A”级沉淀物)
slide6

HOW THE SYSTEM WORKS

(怎么作用系统)

DIRECT GAS FIRED ABSORPTION CHILLER

(直接点火汽吸收汽缸)

  • An Absorption Chiller-Heater is a Refrigeration Unit that Derives its Power from Heat Energy rather than from Mechanical Energy
  • (吸引冷却-供暖装置是从不动能而热能拖出来的冷冻机组)
  • Process Water (0 - 5℃) Strips Raw Digester Gas of unwanted components leaving Pure Methane.
  • 进行水(0-5℃)(蒸馏在原消化汽中纯沼汽内残留不愿意的成分.)
  • The Pure, Dry Methane Heats the Digester andDrives the Absorption Cycle.(纯干的沼汽用热蒸煮器以及运转吸收循环)

HOW OUR PROCESS WORKS

(怎么EDI工程作用)

1.Raw Gas from Digester goes Directly to EDI System(原汽从蒸煮器直接到EDI系统)

2.System Strips Methane from Unwanted Contaminants by Dissolving and Condensing(把不愿意的不纯物溶解和凝集生蒸馏沼汽)

3.Plant Effluent Absorbs Contaminants(成套设备放出吸收不纯物)

4.Slight Acidity Buffers normally Alkaling Effluent(轻酸性缓和碱性流出物)

5.Chlorine Demand is Reduced (减小氯的需要)

6.Compressor Pumps Pure, Dry, Cold Methane Doubling its Capacity(把纯干的冷沼汽用压缩泵增加容量两倍)

7.Methane Powers Digester, Chiller, Mixing, Enginator & Other PlantRequirements.(沼汽动力蒸筑器,冷却器,混凝, 发动机&别的成套设备要求)

8.Recirculating Pure Methane Controls Overgrowth of Acid Formers― Stabilizes Digester (用于纯沼汽再循环控制酸性形成者过成长-安定化蒸煮器)

9. Stabilized Digester is raised from Mesophilic (35℃) Range to Thermophilic (55℃) Range(安定地蒸煮器上升温度从 Mesophilic (35℃) 幅度到Thermophilic(55℃)幅度)

10.Digtester Capacity Triples under Thermophilic Conditions.(蒸煮器容量Thermophilic条件下到三倍)

11. Sludge is heated to 60℃ before reaching Digester Insuring Total Pasteurization. (到以前蒸煮器把沉淀物热到60℃保险全低温灭菌法)

12. Methan Mixing Gas is Preheated before reaching Digester for Volumetric Efficiency & Shock Reduction (为了体积效果&冲击减小到以前蒸煮汽把混杂沼汽预热)

13.Optimizd Heat Exchange & Insulation Conserves Energy(最佳化热交换&绝缘是保存节能)

OTHER IMPORTANT FEATURES

(其他重要特征)

  • Use of the Direct Gas Fired Absorption Chiller-Heater Eliminates Engine toElectrical to Mechanical Conversion Losses(用于对吸收冷却器-暖器直接使用汽点火,因为清除发动机为电和机械转换,减小损失)
  • Self Sufficinet System ― Requires No Cooling Tower
  • (自办充足系统 – 不需要冷却塔)
  • Process adds pH Control without additional Chemicals
  • (无附加化学物管理加酸碱度调定)
  • Tripled Digester Capacity (三倍蒸煮器容量)
  • Self Powered by Renewable Energy (用于回复能源自办充电)
  • Greenhouse Gas Emission Reduced (减小排出温室废气)
slide7

AQUENTIUM Gasification 气化

Advantages ofAquentium GasificationFor Processing Waste Streams

气化优势的Aquentium加工废流动

Specifications of Aquentium Gasification For Processing Waste Streams

气化规格的Aquentium加工流动

Environmentally clean process.

环境清洁的过程。

Controlled environment inside units.

内部控制环境的单位。

Energy efficient process.

能源效率的过程。

Controlled temperature in every stage of the process.

温度控制在过程中的每个阶段。

Itisacontinuous-feedprocess

这是一个持续的, 食物加工

Volumereductionofthematerial,upto95%dependingonwaste composition

量减少的材料,高达95%,取决于废物的成分

Notoxicresidue,non-leachable(ash)

不含任何有毒残留,无浸(灰)

Notoxicemissionsintotheair

到空气中没有有毒排放

Createsheatenergyasaby-product

创建作为热能的副产品

TemperaturerangeofThermalOxidizerashigh2600°F

温度范围高达2600 ° F热氧化剂

slide8

Drawing of System

绘制系统

系统堆栈

废料传送带

热转换器

热氧化器

废弃物

废料热锅炉

磨碎机

蒸汽涡轮发电机

slide9

What is it and how does it work?

它是什么以及它是如何工作的?

  • The Aquentium technology serves dual purposes in helping to address the growing world wide problem of waste disposal, while utilizing the waste product to generate energy in the form of electricity for the surrounding communities.
  • 该Aquentium技术服务,帮助解决日益严重的全球性问题的废物处置的双重目的,同时利用废品生成周围社区的电力形式的能量.
  • Instead of land filling or incinerating municipal solid waste (MSW) and other industrial waste streams, whether hazardous or non-hazardous, using the Aquentium gasification process as the core technology for a "waste-to-energy" facility can produce clean, renewable energy.
  • 而是进行填土或焚烧城市固体废弃物(垃圾)和其他工业废物流,无论是危险或不危险的,使用了“废物转化为能源”设施的技术为核心的Aquentium气化过程可以生产清洁,可再生能源
  • The process is very efficient, with over 99%of the waste processed being converted to energy and other saleable by-products. Our system, as opposed to incineration, has very low emissions with no fly ash produced, only a carbon char residue, which can be less than 10% of the original volume.
  • 这个过程是非常有效的,超过99%的废物处理被转换为能源和其他实用的副产品。我们的系统,而不是焚化, 有没有生产粉煤灰排放量非常低,只有残碳字符,可不到10%的原始卷。
slide10

How It Works (如何工作)

食物原料的

废物料

零排放到大气

食物原料的

废物料斗

把天然气燃烧热氧化剂

烧成炭作进一步加工,销售

燃烧器

slide11

Appendix 1(附件1)发现在原蒸煮汽,汽混合物的溶解性

slide12

What Types of Waste Can Be Processed?

什么类型可以废物处理?

  • The Aquentium System can process any type of waste, to include both liquid and solid.
  • 该Aquentium系统可以处理任何类型的废物,其中包括液体和固体。
  • Every waste stream is processed in the same environmentally responsible manner, producing clean, renewable energy and any of the by-products (carbon char) are salable.
  • 每一个废物处理在同一环境负责的态度,生产清洁,可再生能源和任何副产品(碳字符)的畅销。
  • All the wastes - household garbage, glass, yard waste, oil waste, sludge/biosolids, plastics, paints, medical waste, contaminated soils, tires, etc. can all be processed and recycled to produce energy.
  • 所有的废料-家庭垃圾,玻璃,庭院垃圾,废油,污泥/生物固体,塑料,油漆,医疗废物,污染土壤,轮胎等,都可以处理和循环,从而产生能量。
slide13

Different Waste Streams Processed By Aquentium Gasification

不同的废物通过Aquentium气化加工流程

  • Municipal Solid Wastes 城市生活垃圾
  • Household, Commercial Centers, Buildings, Markets, Restaurants and Fast Food Eateries, Schools, Yard Waste, etc.
  • 家庭,商业中心,建筑,市场,餐馆和快餐餐厅,学校,庭院垃圾等
  • Industrial Wastes 工业废渣

• Oil Refineries 炼油厂

• Chemical Plants 化工厂

• Metallurgical / Mining Industries 冶金/采矿业

• Hospital Waste (Red Bag Waste) 医院废物(红袋废物)

• Electronic Industries (Chips, IC’s, MP’s) 电子工业(芯片,集成电路,手机的)

• Steel Mills 钢厂

• Plastic, Paper, Paints 塑料,纸张,油漆

• Rubber goods including tires 包括轮胎橡胶制品

• Drum Waste 桶 废物

• Electrical Products (PVC, PE Insulation)

电气产品(聚氯乙烯,聚乙烯绝缘)

slide14

Biomass Renewables

可再生能源生物质燃料

  • Without biomass as a source for renewable energy, it is unlikely that target levels set by governments to generate a proportion of their electricity needs from renewable sources can be achieved.
  • 如果没有作为可再生能源的生物量,这是不可能的目标,各级政府设置生成的电力需求的比例可达到可再生能源。
  • Biomass is a widely used term referring to a number of biosolids and organic materials. Depending on the geographical and political context, the term "biomass" is also used for different purposes.
  • 生物质是一种广泛使用的术语指的是生物固体和有机材料的数量。根据不同的地理和政治背景中,“生物质”也可用于不同的目的。
  • However, where the definition of biomass becomes an issue is in the debate about renewable energy, and electricity in particular.
  • 然而,在生物质的定义,成为一个问题是关于可再生能源的争论, 尤其是电力。
slide15

The Following Is The Breakdown of Categories for the Biomass Sectors for Sources of Renewable Energy

以下是用于可再生能源的生物量部门的分类细目

  • Energy crops, such as silva grass, miscanthus, willow, etc.
  • 能源作物,如席尔瓦草,芒草,柳树等
  • Wood wastes, including forestry residues, timber production waste, barks, and sawdust.
  • 木材废料,其中包括林业残留物,废木材生产,树皮和木屑。
  • Crop residues, such as straws and other harvesting residues from cereals.
  • 作物残余物,如稻草和其他谷物收获残留物。
  • Waste fuels, such as MSW, RDF, cardboard and paper, and residues from the food processing industry.
  • 废燃料,如垃圾,RDF的,纸板和纸,以及残留的食品加工业。
  • Animal wastes, such as poultry and pig litter, animal slurries, and meat.
  • 动物粪便,如家禽和猪的垃圾,动物泥浆,和肉类。
slide16

The Aquentium System Is Well Suited to Handle The Biomass Feed Stocks.

该Aquentium系统非常适合于处理生物食物的存货

  • Biomass feed stocks varies significantly in physical and chemical properties, which could have significant impact upon process requirements for the biomass conversion technology, as well as the regulatory status of a project.
  • 生物食物的存货在不同的物理和化学性能,显着这可能会对为生物质能转换技术的工艺要求有重大影响,以及项目管理地位。
  • The AQNM is well suited to handle any biomass feed stocks.
  • 该AQNM非常适合于处理任何生物食物的存货。

The Aquentium Designs Its System Based On The Type of Fuel That Will Be Processed.

Aquentium设计了系统论的燃料将被处理基于类型。

  • In determining the energy output, other factors need to be considered, such as moisture and particle size.
  • 在确定的能源输出,其他因素需要考虑,例如水分和颗粒大小。
slide18

Does Waste Have Value?

废物是否具有价值?

  • Waste does not have to be a liability.
  • 废物不必是一种负累。
  • In fact, it is a valuable resource. Our society has made waste a liability because of the way we have chosen to handle our waste disposal.
  • 事实上,这是一个宝贵的资源。我们的社会已浪费了,因为我们选择处理的废物处理方法的责任。
  • The Aquentium System utilizes waste by recycling 99.9% of the processed material making it a valuable asset as a fuel for generating clean, renewable energy.
  • 该系统运用了Aquentium回收99.9处理使其成为一个作为产生清洁,可再生能源燃料宝贵的资产,物资%的浪费。
slide19

In Determining The Cost Effectiveness and Viability of a Project, Aquentium Evaluates the Cost, Energy Output, and Availability of the Feedstock.

在确定成本效益和一个项目,Aquentium评价了成本,能源输出活力,以及原料供应。

Below are some examples of specific biomass feed stocks and their calorific values:

下面是一些具体的例子,食物生物种群及其热值:

„

Biomass or Waste Calorific Value (MJ/Kg)生物质或废物热值(MJ/公斤)

Wood residue chips 木材残留芯片

„

6 - 15

Saw residue chips/saw dust 锯残留芯片/锯屑

„

6 - 10

Birch bark 桦树皮

„

7 - 11

Straw 稻草

„

6 - 18

Coal煤炭

„

27 - 32

Unsorted MSW

„

7

Sorted MSW

„

15

Refuse Derived Fuel (RDF)

Mixed Green Waste

„

6 - 15

Rice husks

„

10 - 15

Board/cartons

„

15 - 18

„

slide23

Industrial Waste

工业废弃物

  • Industrial Waste, which may be solid, liquid or gas held in containers, is dividedinto hazardous or non- hazardous waste.
  • 工业废物,这可能是固体,液体或气体的容器内举行,分为危险或不危险废物。

Hazardous Waste May Result From Manufacturing or Other Industrial Processes.

危险废物可能是由于制造或其他工业过程中

  • Certain commercial products, such as cleaning fluids, paints or pesticides that are discarded by commercial establishments or individuals also can be defined as hazardous wastes. Wastes determined to be hazardous are regulated by hazardous waste rules established pursuant to the RCRA's subtitle C requirements.
  • 某些商业产品,如清洁剂,油漆,或由商业机构,或者也可以作为危险废物的定义个人丢弃农药。被确定为危险废物是受危险废物的规则所设RCRA的字幕ç要求。
slide24

Waste Statistics

废物统计

  • In the United States, the amount of hazardous waste generated by manufacturing industries in the country has increased from an estimated 4.5 million tons annually after WWII, to some 57 million tons by 1975.
  • 在美国,由该国的制造业产生的危险废物数量已由估计四。五百万吨战后,每年以约57百万吨,1975年。
  • By the 1990‘s this total shot up to approximately 265 million tons, although much of this increase was due to a rule change which required vast amounts of wastewater contaminated with toxins to be reported as hazardous waste in 1997, the EPA estimated that total hazardous wastes generated by industrial plants total some 60 million tons, not including wastewater.
  • 到1990年的这一总数上升至大约2亿65百万吨数额被视为危险废物报告,1997年,美国环保局估计,2005年危险废物由工厂产生的总数约60千万吨,不包括废水。
  • These wastes are generated at every stage in the production, use, and disposal of manufactured products. Thus, the introduction of many new products for the home and office - computers and computer papers, drugs, textiles, paints and dyes, plastics, - also introduced hazardous wastes - including toxic chemicals - into the environment.
  • 这些废物产生的每一个生产,使用阶段,与制造处置。因此,对许多家庭和办公室推出新产品-电脑和电脑文件,药品,纺织品,涂料,染料,塑料, -还推出了危险废物-包括有毒化学品进入环境- 。
slide25

The Aquentium System Can Effectively Process All Industrial Waste Materials, To Include Hazardous and Non-hazardous.

该Aquentium系统可以有效地处理所有工业废料,其中包括危险和非危险。

  • The AQNM process allows for the safe disposal of the waste with no harmful emissions to the environment.
  • 该AQNM进程允许的废物对环境无有害排放的安全处置。
  • Non-hazardous industrial wastes are those that do not meet the EPAs definition of hazardous waste, and are not municipal wastes.
  • 非危险工业废物是指那些不符合危险废物的经济伙伴关系协定的定义,而不是城市废物。
  • Municipal waste includes residential, commercial and institutional waste, as well as a small percentage of non-hazardous industrial waste and construction debris.
  • 市政废物包括住宅,商业和机构的废物,以及一小部分的非危险性的工业废物和建筑残骸。
slide26

Plastic Waste 废塑料

  • Aquentium believes that our Advanced technology provides a natural solution to the extensive issue that the commercial, industrial, governmental, and institutional segments of any country all possess the growing need and use of plastic and all their sub-line solutions to dispose and recycle it as a product.
  • Aquentium认为,我们的先进技术提供了一个自然的解决方案的广泛问题,任何国家都具有不断增长的需要和塑料的使用和所有的子线解决方案,处置和回收利用它作为商业,工业,政府和机构部分一个产品。
  • Plastic and mixed plastics waste, by weight, represent less than 1% of all packaging waste. However, it should be noted that this could be considered minimal in comparison to their waste streams. It presents particular and significant differentialities to the environment and to individuals health.
  • 塑料和混合塑料废料,重量,占不到1%的包装废弃物。但是,应该指出,这可能是考虑相比,他们的废物流很小。它提出的特殊和重要differentialities对环境和个人健康。
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Part Of The Difficulty In Dealing With Plastic Waste Is Its Diversity。部分在处理废塑料的困难是它的多样性。

  • Waste plastics encompass a wide range of materials with mid range properties, developed to suit each individual application. Plastic waste is also in many forms, such as film, structured moldings, foam and bottles. 废旧塑料的涵盖范围与中各种材料的特性,发展出适合每一个人的申请。废塑料也是世界许多形式,如电影,结构成型,泡沫和瓶子。
  • A single 'plastic waste' is also frequently multi-layered, combining polymers or using plastics in combination with metals or rubber. „ The organic content is greater than 95%, but the remaining 5% embrace a wide range of additives, added to enhance certain properties. The chemistry of the polymers varies widely. Waste plastics are mainly composed of polyethylene, e.g. LDPE, HDPE, polypropylene (PP), polystyrene (PS), polyvinyl chloride (PVC), and polyethylene terephthalenta (PET). The presence of halognenated polymers places particular challenges upon disposal. PVC is the largest volume part, and this is thought to be an important potential source for the formation of dioxins and furans in certain waste processes. This is not the case with the Aquentium Systems, where no dioxins or furans are formed.
  • 一个单一的'废塑料'也经常多层次,结合橡胶与金属或聚合物或组合使用塑料。有机含量大于95%,但其余5%的拥抱添加剂广泛,再加上提高某些属性。聚合物的化学大相径庭。废塑料主要是由聚乙烯,例如低密度聚乙烯,高密度聚乙烯,聚丙烯(PP),聚苯乙烯(PS),聚氯乙烯(PVC)和聚乙烯terephthalenta(PET)的。聚合物的halognenated存在的地方弃置时的特殊挑战。聚氯乙烯是量最大的一部分,这被认为是一个重要的二恶英和呋喃某些废物过程中形成的潜在来源。这不是与Aquentium系统,在没有二恶英和呋喃的形成情况
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This Variability Creates A Challenge In Recovering Value From Plastic Waste.

这种变异造成了回收废塑料的价值是一个挑战。

  • It is difficult and expensive to de-polymerize polymers to the monomers and the recovery of monomers from mixed polymers isimpractical. These difficulties are overcome by utilizing the Aquentium System.
  • 这是困难和昂贵的去聚合的聚合物单体和单体的混合聚合物恢复是不切实际的。克服这些困难的Aquentium利用系统。
  • The Aquentium solution provides a unique opportunity for municipalities, and private industrial sectors alike to deal with the issue of plastic in a recyclable manner and rid the contents of any toxic chemicals.
  • 该Aquentium解决方案提供了一个独特的机会,直辖市,和私人工业部门都处理塑料的回收方式的问题,消除有毒化学品的内容。
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Plating, Painting, and Powder / Paint

电镀,涂装和粉末/涂料

  • Both the private and public sectors of these industries are overrun with waste. Plating, print and powder residences are a necessary evil to these industries products and services.
  • 这两个行业的私营和公共部门都充斥着浪费。电镀,印刷和粉末住宅是一种必要的邪恶,这些行业的产品和服务。
  • Aquentium has the ability to provide a solution for these industries.
  • Aquentium有能力,为这些行业的解决方案。

Plating, Painting, and Powder / Paint

电镀,涂装和粉末/涂料

  • New tires are currently manufactured at a rate of 1,000 million per year (8 million tons per year of automobile tires), and most available figures indicate that used tires are scrapped in similarly high numbers.
  • 目前,新的轮胎生产以1000万美元,每年增长率(8万吨,汽车轮胎,每年),而大多数的数字显示,在使用的轮胎同样高的数字报废。
  • Therefore, tires present a major waste problem. A number of techniques are presently being utilized to manage the waste problem by prolonging the useful life of tires or by turning scrap tires into recyclable products, useful raw materials or energy.
  • 因此,轮胎是一个重大的废物问题。许多技术目前正在利用来管理延长轮胎的使用寿命,或转化为回收的产品,有用的原料或能源废轮胎废物问题。
  • To date, the current solutions have created more of a difficulty to the environment and cost to businesses than first anticipated.
  • 迄今为止,目前的解决方案,已经创造了一个困难的环境和成本比最初预期的企业。
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Tires 轮胎

  • New tires are currently manufactured at a rate of 1,000 million per year (8 million tons per year of automobile tires), and most available figures indicate that used tires are scrapped in similarly high numbers.
  • 目前,新的轮胎生产以1000万美元,每年增长率(8万吨,汽车轮胎,每年),而大多数的数字显示,在使用的轮胎同样高的数字报废。
  • Therefore, tires present a major waste problem. A number of techniques are presently being utilized to manage the waste problem by prolonging the useful life of tires or by turning scrap tires into recyclable products, useful raw materials or energy.
  • 因此,轮胎是一个重大的废物问题。许多技术目前正在利用来管理延长轮胎的使用寿命,或转化为回收的产品,有用的原料或能源废轮胎废物问题。
  • To date, the current solutions have created more of a difficulty to the environment and cost to businesses than first anticipated.
  • 迄今为止,目前的解决方案,已经创造了一个困难的环境和成本比最初预期的企业。
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Tire Techniques include:

轮胎技术包括:

  • Tire Retreading - Extending the tire life.
  • 轮胎翻新-延长轮胎使用寿命。
  • Tire Baling - For civil works, crash barriers, and other structures.
  • 轮胎巴陵-对于土建工程,防撞栏,和其他结构。
  • Shredding and crumbling - For incorporation into road surfaces, play surfaces, and other rubber based products.
  • 切碎和摇摇欲坠对于纳入到道路-面,发挥表面和其他橡胶产品。
  • Thermal Processing - To recover energy, and generate raw materials such as char and oil. 热加工-要恢复能源,并产生如char,石油等原材料。
  • Aquentium can effectively and economically produce clean, renewable energy and carbon char from tires. The recovered steel and carbon char produced from the Aquentium system make this a viable option for tire recycling. The lack of harmful emissions only adds to the positive benefits of the Aquentium System.
  • Aquentium能够有效和经济生产清洁,可再生能源和碳字符的轮胎。回收的钢和碳字符从Aquentium系统做成一个可行的选择轮胎回收生产。有害排放物的缺乏不仅赋予了Aquentium系统的积极利益。
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Is The Electricity Produced “Green Electricity"?

就是电力生产的“绿色电力”?

  • Green electricity is defined as electricity produced from renewable sources. Generally, solar, wind, and geothermal power s thought of as renewable energy.
  • 绿色电力是指由可再生能源产生的电力。一般来说,太阳能,风能和地热功率认为是可再生能源。
  • MSW and other wastes are renewable when used as the feedstock that supplements the energy produced from waste is green electricity. „ The Aquentium system actually generates excess heat that is recovered which is converted to steam. This steam is the fuel that generates electricity through steam turbine generators.
  • 城市垃圾及其他废物的再生原料时,使用的补充由废物绿色电力生产的能源。该Aquentium系统实际上产生多余的热量回收的是转化为蒸汽。这是蒸汽燃料,产生蒸汽涡轮发电机发电。
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Does A Facility Using The Aquentium System Generate Carbon Dioxide?

做了设备的使用Aquentium系统生成二氧化碳?

  • No
  • 是的,确实如此,但明显低于取之于堆填区和其他进程产生的。

Does the CO2 Contribute To The Greenhouse Effect?

二氧化碳是否有助于温室效应?

  • The AQNM system reduces CO2 (greenhouse gases) by 100% of what would be produced by placing the same volume of waste in a landfill.
  • 该减少二氧化碳(温室气体)的三分之二这将是放置在堆填区的废物产生同样数量的三分之二。
  • The AQNM system produces no CO2 compared to the traditional power plants on coal, diesel, and natural gas, which contributes substantially to the greenhouse effect. „ The elimination of the CO2 will also allow the AQNM to be eligible for emission credits.
  • 系统产生的于煤,柴油的传统发电厂的二氧化碳,天然气,这极大地推动了温室效应。研发正在完成明年消除从
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How Much Energy Is Contained In Waste?

多少能源载于废物?

  • The U.S. alone produced 250 million tons of MSW in 2000. Industrial non- hazardous waste added another 7.6 billion tons. In addition, medical waste and hazardous waste also added a significant volume of waste. This large quantity of waste can produce an extraordinary amount of power.
  • 亿吨。此外,医疗废物和危险废物还增加了一个重要的废物量。这种废物量大可产生电力数额特别巨大。
  • If the quantity of MSW were converted into electricity using our process it would be able to generate in excess of 30,000 megawatt hours of electricity. This amount of electricity is equal to more than 15 large coal- fired power plants.
  • 如果垃圾量转化成电能的过程中使用它可产生兆瓦小时的电力过剩。这一电量相当于超过型燃煤发电厂。
  • For a plant processing 43 tons per hour (1,000 tons per day) of MSW, more than 35 megawatts per hour of "green" Renewable power can be produced.
  • 对于一个工厂每小时处理每日)城市生活垃圾,超过每小时能源发电可以生产。
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How Will An Aquentium "Waste-to-Energy" Plant Affect The Local Citizens As Well As The Environment?又如何能Aquentium“垃圾焚烧发电”植物影响的当地居民只要环境怎么样

  • The AQNM is a very environmentally responsible cogeneration and recycling system. 该AQNM是一个非常环保的热电联产和回收系统。
  • It provides a long term solution for disposing of residential, commercial, and industrial wastes.
  • 它为住宅,商业和工业废物处置长期的解决方案。
  • It also allows for the stabilization of disposal fees, which will be passed on to the customers.
  • 它也允许的处置费用的稳定,这将转嫁到客户身上。
  • At the same time, the facility will provide jobs and long term income to the municipalities it serves.
  • 同时,该设施将提供就业机会和长期的收入,城市的责任感。
  • It will also provide the surrounding communities with a source of alternative energy.
  • 它还将提供一个替代能源周围社区。
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Why Is The Process Considered Recycling?

为什么过程中考虑回收?

  • The American Heritage dictionary defines recycling as the extraction and reuse of useful substances found in waste.
  • 美国传统词典定义再造的提取和在排泄物中的有用物质的再利用。
  • The Aquentium System is the ultimate form of recycling.
  • 该Aquentium系统是回收的最终形式。
  • Over 99.9% of the waste processed is recycled into energy and by-products, optimizing beneficial reuse.
  • 超过99.9%的加工循环再造的废物转化为能源和副产品,优化有利于重用。
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Can The AQNM Process Hazardous Waste?

可以AQNM处理危险废物?

  • The AQNM can process both non-hazardous and hazardous waste materials.
  • 在同时处理非危险废物和危险废物。
  • Although the AQNM can process hazardous waste, the facility must be permitted to handle "hazardous" waste materials.
  • 虽然
  • In addition, the material handling for the permit, and feed must be designed specifically for hazardous waste. Hazardous waste will be processed only if proper permits can be obtained. 此外,许可证的材料处理,和食物必须设计专门用于危险废物。危险废物将只有妥善处理可以得到许可。
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How Much Can A Plant Process?

又能有多大植物过程?

  • The plant size will vary from the amount of waste material that needs to be disposed of or processed.
  • 该工厂的规模将有所不同,从废料数量,需要加以处置或处理。
  • The plant size is based on the "tons per day."
  • 该工厂的大小是根据每天的
  • A plant will be in operation twenty-four hours a day, seven days a week.
  • 甲工厂将开始运作24小时,每天,每周7天。
  • The AQNM is modular so that multiple lines are used to increase a plants capacity as needed.
  • 该块化,使多条线路被用来增加一个需要工厂的能力。
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Will Their Be Odors From A Plant?

将他们从一个厂异味?

  • When handling waste there are sometimes odors, but the AQNM can be placed inside an enclosed building.
  • 在处理废弃物有有时气味,但以一个密封的建设上。
  • The receiving area is all enclosed and the odors are eliminated using the Aquentium Ozone Air Purification System.
  • 接收区所有封闭和消除气味使用气净化系统。
  • Since the AQNM is a continuous process, only enough material is stored to operate the plant on a daily basis. All odors are greatly minimized by the continuous ozonation process.
  • 是一个持续的过程,只有足够的资料存储操作每天工厂。所有的气味都大大减少臭氧的连续过程。
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What If The AQNM Is Non- Operational?

万一AQNM非业务?

  • The AQNM has a scheduled maintenance program of two (2) weeks or less per year.
  • 该AQNM有两个定期维修计划(2)每星期或一年的时间。
  • With most facilities there will usually be multiple systems, which means that only one is shut down at a time, allowing for the processing of waste to continue.
  • 由于大多数设施,通常是多个系统,这意味着只有一个是关闭了一段时间,为废物的处理,允许继续下去。
  • In designing a facility, Aquentium takes into account many operational contingencies and procedures are engineered into facility design.
  • 在设计设施,Aquentium考虑到许多业务突发事件和程序设计到设施工程。
  • These contingency plans are reviewed to ensure that waste and all by-products are handled properly should any unforeseen events occur that cause the plant to go off-line.
  • 这些应急计划审查,以确保所有的废物和副产品,应妥善处理任何突发事件发生时,导致工厂引爆线。
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If The System Goes Off-Line, What Happens To The Energy Production?

如果系统会离线,会发生什么情况能源生产?

  • The AQNM can produce electricity even if the waste stream is interrupted for any reason.
  • 该产生废物流以任何理由中断电力供应。

If The System Goes Off-Line, What Happens To The Energy Production?

如果系统会离线,会发生什么情况能源生产?

  • Any facility using the AQNM technology does not create any new waste streams, and the emissions from the plant are monitored by the EPA and state regulatory agencies.
  • 任何设施使技术不会产生任何新的废物流,并从工厂排放的废气是由美国环保局监测和国家管理机构。
  • The facility itself is designed with the highest safety standards. The system and has the most up to date control systems for safe operation.
  • 该设施本身的设计具有最高的安全标准。该系统并有,最先进的安全运行控制系统。
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Emission Levels排放水平

热转换器测试

加州环保局限制

灰渣结果

砒霜

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A Comparative AnalysisAquentium Gasification versus Incineration 比较分析与Aquentium气化焚烧

Decomposes oxygen free converts to gas and carbon char

无氧分解,转换为气体和碳烧成炭

„

vs.

Thermal destruction with direct flame and high oxygen

热销毁直接火焰高氧

„

空气流量低(低Nox)

Low air flow (low Nox)

„

vs.

高风量(高氮氧化物)

High air flow (high Nox)

„

无有毒排放量(不呋喃或二恶英)

No toxic emissions (no Furans or Dioxins)

„

vs.

生成呋喃和二恶英

Generates Furans and Dioxins

„

在90-95%,体积和重量减少

90-95% reduction in volume and weight

„

vs.

最大减少80%

Maximum 80% reduction

创建能量最高可达10BTU

Creates energy up to 10BTU

„

vs.

使用能源

Uses energy

„

Secondary control device rarely required (Scrubber or Dust Collector)

„

二次控制设备很少需要(洗涤器或除尘器)

vs.

Secondary control device always required

„

二次控制装置始终要求

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The Aquentium Process

在Aquentium过程

*Energy rich - for every BTU* input, expect as much as 10 BTU output.

能源丰富的每英制热量单位*输入- ,预计多达10英制热量单位输出。

*Superb waste-to-energy potential.

精湛的废物转化为能源的潜力。

*Aquentium Systems meet all environmental regulations and guidelines. Aquentium

*Destructive distillation of ALL organic materials through a process that involves the application of intense indirect thermal energy in the absence of oxygen which reduces the material to combustible gases and non-hazardous char.

破坏性蒸馏所有有机物质通过一个过程,涉及激烈间接热能在缺氧的情况下,降低了材料,可燃气体和非危险烧成炭的应用程序。

*Able to achieve up to 95% reduction in volume of many materials.

能够实现高达许多料件的数量%的减幅。

* BTU - British Thermal Unit

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For Industrial Application

对于工业应用

  • Waste Management facility ideal for the final destruction of Toxic and Hazardous Waste (THW).
  • Ideal for use as Waste Management facilities and power generating plants unit within industrial parks.
slide46

For Mixed Use Application

混合使用的应用

Aquentium will process:

Municipal waste

Industrial waste

Hospital waste

Household waste

Aquentium will:

Generate / Create power for re-distribution within the same work area or re-sold to a local electric company

发电创建电源分配在同一工作地点或再出售给当地的电力公司