Is it really Zeolite or another New Material? Sean Inc.

Transcription

1 Is it really Zeolite or another New Material? Environmental Improvement Material What is ICM? Version Feb. 14, 216 Sean Inc. Sean - Shunsuke Kumagai Director and Technical Adviser Environmental Counselor / Ministry of Environmental / Japan

2 Section-1 Introduce outline of our product

3 1. utline and Function of XP Ash :Include Si2 + Al23 ICM: Na2.Si2.Al23.nH2 + α :Physical Adsorption :Chemical Adsorption Pesticide H2 Spherical object No Function Recycle Technology Crystallized Surface of Ash Cu2+ IL Pb2+ Dioxin Cu2+ VC Pb2+ Sox Cs+ NH4+ Si Al Si Al Si Al Si

4 2. How to produce the ICM : Main Compornent of Various Ash Al23 1 Incinerate Temp.: Below 1,2 Paper Sludge 5 Sewage Sludge Coal Ash - A Coal Ash - B Rice Hull Ash Bagasse Ash 5 1 Si2

5 3. Comparison table: Performance No. Item /Material ICM (New Product) Zeolite (Natural) Zeolite (Manmade) Activated Carbon (General) CEC [cmol(+)*kg 1 ] Ion Exchange Capacity Surface Area (cm2/g) Particle Size (mm) Pore Size (nm) Electric Charge (Cation or Anion) Price (US$/ton) 2~6 1~2 2~6 nothing 1~4 2~12 8~2 1~4.3~.2.1~2..2~.1.1~2.3~2.5.5~.8.3~.15 1.~3. (+) (-) (-) (-) Nothing - 2~4 4~1, 3~8

6 Pore Volume (cc/g) 4. Comparison : Property of Pore Size Distribution Pore Size Distribution : Micro Pore : Meso Pore :Macro Pore Grey ICM Artificial Zeolite Activated Carbon White ICM Pore Size (A )

7 5. Comparison of Performance 7 Chart Title CEC Surface Area Average of Pore Size Grey ICM Artificial Zeolite Activated Carbon Xhite ICM

8 6. ur Basic Concept : 3R = keep clean for the earth The Reason distinguished Material from Another one! Recycled Material Reuse Using for Environment Protection all over the world Reduce 3R Reduce Waste Ashes Recycle Unused Raw Material There is no place to landfill the Ash in Japan Recycle Waste Ashes to Functional Material by our Technology!!

9 Section-2 Introduce our Technology!

10 7. utline of ICM Manufacturing Process Storage tank-1 NaH Tank HCl Tank Ca(H)2 Tank Water Tank Al(H)3 2t 2t 2t 4t 2t Storage Tank-2 Reaction-1 Reaction-2 Reaction-3 Dehydrator-1 Wash Tank -1 Dehydrator-2 Ion Exchange Tank Ash 1t 1t 18t 2t/h 2t 2t/h 2t 2t Dehydrator-3 Wash Tank-2 Dehydrator-4 Dryer Cyclone System Dust Collector Packing System 2t/h 2t 2t/h 2t/h 2t/h 2t/h 2t/h ption

11 8. ICM: Manufacturing Equipment : Factory in Taiwan Ash Sub-Material Reaction-2 Reaction-3 Dehydrate Washing Dry Collector Procucts N Products C Ash Tank Si2 Sub- Material Al23 NaH H2 Ash Heat NaH H2 thres Heat Remove Na H2 Remove Na Ion Exchange Dry Powder Collector Type-Na Type-Ca

12 9. ICM Manufacturing Equipment : Factory in Taiwan Design by Kumagai Combustion furnace First Reaction tank A, B 3rd Main Reaction Tank Dehydrator-1 Dehydrator-2 Slurry Plumbing System 3rd Main Reaction Tank Electrical Control

13 Section-3 Introduce Application of ICM

14 1. Commercial Use of ICM in Asia No. Category Private(Home) Uses Industrial Uses Public Uses 1. Chemical Adsorption (CEC) Water Softeners(Detergent) Water Purifiers(For Drink) Detergent For aquarium Fish Waste Water : Heavy Metal, CD GLF Course(Turf) River Purify(Concrete) Sea Area(Bottom Sludge) Farm of fish, shrimp Polluted Soil(Heavy-Metal) 2. Physical Adsorption Deodorant (Restroom) Air Purifier(HITACHI) Deodorant for Industrial il Fence Polluted Soil (il) Decontamination: Cs Dehumidification (Room) (Fukushima Radioactive) Cosmetics 3. Microbe (Bacterium) Soil for Gardening Fertilizer (Compost) Bio Reactor: Microbe Soil Amendment(Agrochemical) Purify of pond, river, sea River Biological Diversity Ferment for Compost Biological Material (Reactor) Feed:Cattle, Pig, Chicken Feed of farm : Fish Shrimp 4. Impregnation Aromatherapy(Extend) Secondary Products : Paint, Fabric Insect Proof of Mosquito 5. thers Environmental Study Environmental-Class(School)

15 11. Application - 1 : Agriculture Field Test : Bitter Melon in Miyako Island, kinawa Prefecture, Japan Addition: 5% Addition: 3% Addition: 2% Addition: % Effect of ICM : (1) Water Retention (2) Fertilizer Retention (3) Microbe Increase

16 Concentration (ppm) Concentration (ppm) Concentration (ppm) Concentration (ppm) Concentration (ppm) Concentration (ppm) 12. Application - 2 : dor Deodorant & Purify in Industrial Field Gas - NH3 Ammonia XP Activated Carbon Gas - H2S Hydrogen Sulfide 12 XP 1 Activated Carbon Gas - (CH3)3N Trimethylamin XP Time (min.) Time (min.) Time (min.) 25 Gas - CH3CH Acetaldehyde 2 XP 15 Activated Carbon Gas - C6H4(CH3)2 Xylen 25 XP 2 Activated Carbon Gas - C6H5CH3 Toluene XP Time (min.) Time (min.) Time (min.)

17 13. Application - 3 : Waste Water Purify in Industrial Field Result of adsorption using XP (mg/l) Before 12 Cu.4 CD After.9 Result of adsorption using XP (mg/l) Before 18 Cr.1 CD After 2

18 Thank you very much for your kind attention! Sean Shunsuke Kumagai Environmental Counselor / Ministry of Environmental / Japan Director and Technical Adviser of Sean Inc.