Rooze and IpIs Folders Business Profiles

Clean Incinerator

1. Rooze and I.P.I.International Pvt.Ltd . Manahari-9, Kharanga , Makwanpur , Nepal To contribute for getting Sustainable Development Goals(SDGs) ENVIRONMENT POLLUTION CONTROL SYSTEM Contact : [phone]/9815225992/9855059508, [email protected] , web: http://www.roozeipi.com and http://www.rooze-international.com JAPANESE TECHNOLOGY

2. WASTE MANAGEMENT

3. Solid waste refers to the range of garbage arising from animal and human activities that are discarded as unwanted and useless. Solid waste is generated from industrial , residential and commercial activities in a given area, and may be handled in a variety of ways. As such, landfills are typically classified as sanitary, municipal, medical/hospital, construction-demolition and industrial waste sites. Waste can be categorized based on material, such as plastic, paper, glass, metal, organic waste etc. Categorization may also be based on hazard potential including radioactive, flammable, infectious, toxic or non-toxic. Categories may also pertain to the origin of waste, such as industrial, domestic, medical, commercial, institutional or construction and demolition. The world ’s responses affecting solid waste management are often severely inadequate with unscientific treatment, improper collection of waste, and ethical problems. This in turn leads to hazards like environmental degradation, water pollution, soil pollution, and air pollution. The international Convention on the Elimination of Persistent Organic Pollutants (POPs) lists medical waste incinerators among the main dioxin sources in the environment. However, medical waste incinerators emit a wide range of pollutants besides dioxins and furans. These include heavy metals (lead, mercury and cadmium), fine dust particles, hydrogen chloride, sulfur dioxide, carbon monoxide, nitrogen oxides and other pollutants ( like products of incomplete combustion ) released into the atmosphere. They also generate highly contaminated ash that is potentially hazardous to human health. It is scientifically acknowledged that these pollutants can have serious negative impacts on the health of incineration plant personnel, the public and the environment . Cities around the world are facing severe challenges due to increasing garbage waste. Garbage contaminates surface waters, which affects all ecosystems, causing high rates of cancer, allergies, birth-defects, transmitting diseases, increasing respiratory problems a risk to our health and environment. Burying garbage also causes both air and water pollution, and simply transporting it to the sites consumes an increasing amount of valuable fossil fuels, which produces more pollution and other problems. . .

4. Waste Type Liquid Waste : Commonly found both in households as well as in industries Solid Rubbish : This include a variety of items found in your household along with commercial and industrial locations Organic Waste : Organic waste is another common household Recyclable Rubbish: Non- polluted industrial and house hold wastes Hazardous Waste: Polluted industrial and hospital wastes Note: Out of these only 20% waste is recycled and rest is disposed on the site world wide…

5. Environmental Impacts Solid waste disposal is a major threat to environments of developing countries since most of the solid waste generated end up directly in open dumps. The management of solid residues and heavy metal emission resulted in the most important environmental concerns. Disposing of waste has huge environmental impacts and can cause serious problems. In Nepal much is buried in landfill sites – holes in the ground, sometimes old quarries, sometimes specially dug. Some waste will eventually rot, but not all, and in the process it may emit smell or generate methane gas, which is explosive and contributes to the greenhouse effect. Leachate produced as waste decomposes may cause pollution. Badly-managed landfill sites may attract vermin or cause litter. Incinerating waste also causes problems, because plastics tend to produce toxic substances, such as dioxins, when they are burnt. Gases from incineration may cause air pollution and contribute to acid rain, while the ash from incinerators may contain heavy metals and other toxins. Because of these problems there are active campaigns against waste incineration.

6. Millions of Tons of Improperly M anaged W astes

7. Unhealthy livelihood to neighbouring community

8. Exposing animals to Contaminated foods and high risk viruses

9. Contaminating Water Resources

10. Rooze and I.P.I. International Pvt. Ltd., Nepal & Rooze International LLC, Japan, joint effort Rooze and I.P.I. International Pvt. Ltd. is a company focusing on developing sustainable systems and products to be used for protecting the environment. The c ompany has tied up with Japan company, Rooze International LLC, Japan to contribute to getting Sustainable Development Goals (SDGs) on the world major problems of waste management. The systems and products were developed and innovated by Mr. Yamaji MASAMURA , P resident of Rooze International LLC, Japan, who was honored with the prestigious IEEE (Institute of Electrical and Electronics Engineers) Milestone Award in 2019 ( http://koueki.jiii.or.jp/innovation100/innovation_detail.php?eid=00065&age=stable-growth&page= ) . The systems and products he developed and innovated can be used as an option to convert waste to energy. It is an environmentally clean and friendly s y st em . The EPCM - YAMATO - ( EPCM: Environment Pollution Control Machine , Brand name: YAMATO ) is an advanced total waste solution system that is based on Japanese pyrolysis and gasification process and technology . This technology is environmentally friendly and most suitable for disposal of Municipal Solid Waste (MSW), agriculture / forest waste, Industri al w aste ( including plastic ) , and Medical /H ospital waste . This machine can convert waste to clean energy . It can produce h ot f luid and valuable ash from biomass waste. This machine is equipped with a r eactor as a component for the pyrolysis /gasifier process, a burner for initial ignit ion in the pyrolysis process, a nd a retention chamber to be assembled with appropriate scrubber for control emissions of the exhaust gas es as according to the compositions of the waste materials . The EPCM – YAMATO machine has the capacity to convert or process 3m3 of waste per hour. The EPCM - YAMATO advanced heat combustion technology can convert the organic or nonorganic waste into valuable resources. Some part can become hot water or hot gas as clean energy . T he residual organic waste can be used as plant fertilizer and the non - organic waste can be used for construction and road work s .

11. There is also a n option to add turbine and power generator to generate electricity. This machine need only a small space . I nstallation is easy with no need for special foundation and it can be installed at any location. The EPCM – YAMATO Machine is also most suitable for the safe handling and disposal of hospital and medical waste. Safe hospital waste management continues to be a challenge in many developing countries. Although significant improvement s ha ve been made in the safe handling and disposal of hospital wastes, poor handling and inappropriate disposal methods from initial collection to the final disposal continue to be of concern and pose significant health hazards to hospital staff, the general population, and the environment. The international Convention on the Elimination of Persistent Organic Pollutants (POPs) lists medical waste incinerators among the main dioxin sources in the environment. However, medical waste incinerators emit a wide range of pollutants besides dioxins and furans. These include heavy metals (lead, mercury and cadmium), fine dust particles, hydrogen chloride, s ulphur dioxide, carbon monoxide, nitrogen oxides and other pollutants ( like products of incomplete combustion ) into the atmosphere. They also generate highly contaminated ash that is potentially hazardous to human health. It is scientifically acknowledged that these pollutants can have serious negative impacts on the health of incineration plant personnel, the public and the environment . Our YAMAJI-EPCM system will greatly assist to overcome these problems. The EPCM - YAMATO is a high efficiency machine /system that possess its own intellectual property rights , unique features and advanced merits with compact size, pyrolysis and gasification process based on Japanese technology. It is an ideal choice for waste treatment of municipal waste, medical-hospital waste , and waste from hotels / rest-houses, agriculture / forest stations and various industrial waste including plastic and contaminated and serious infectious viruses contained waste.

12. Waste Disposal Processing System

13. Message from Mr. Masamura Yamaji Innovator, Designer and Founder president of Rooze International group and pattern of Rooze and IPI International Pvt. Ltd., Nepal 1. EPCM – YAMATO 60 2. EPCM – YAMATO 90 3. EPCM – YAMATO 99 4. Himalaya Clean hot air generator/Boiler/incinerator 5. Biomass Fuel/Coal/Briquet 6. Biomass Fuel/Coal/Briquet Machine PRODUCTS of waste solution I have worked in senior position in Japan, Asia and USA for many years and contributed to the development of the industry as the system engineer especially in the field of the industry control system and smart eyewear systems. I am now working with Rooze & IPI International Pvt. Ltd., Nepal to explore and contribute new ideas and new technologies for joint collaboration between Nepal and Japan. In particular, I am working to join “Waste to Wealth” project by use of our YAMATO EPCM systems, Biomass boiler and Biomass Power station and fuel. This will contribute to the development of environment improvement, productivity of agriculture and many new industry in Nepal.

14. EPCM-YAMATO 60 Municipal Solid Waste (MSW)/Industrial Waste Shredding Machine Auto Feeder Scrubbers Clean Chimney Ash Chemical reaction zone during pyrolysis/ gasification process that uses waste as raw Retention Chamber Hot air Exchanger Reacter Rotary Kiln >750- above1000 °C >550- above 750 °C >250-550 °C Syn Gas Combustion

15. INTRODUCTION EPCM-YAMATO 60 is a unique and advanced waste disposal machine to convert waste into wealth including a clean energy such as Hot Fluid and valuable ash from waste. This machine is equipped with a shredding to slice waste small portions and passes to auto feeder and connects reactor as a equipment for the pyrolysis /gasifier process, burner is for initial igniter in the pyrolysis process, a retention chamber ,a cyclone and smokes passes through three more steps of scrubber purification system for control emissions of the exhaust gas in standard of . This EPCM-YAMATO 60 machine capacity is able to convert or process 2 to 3 ton of waste per hour as per waste nature. This machine can convert the organic or nonorganic waste into wealth including some part become hot water, hot gas as clean energy and the waste residual of organic waste can be used plant fertilizer and ash from nonorganic waste converts to concrete clinker to use construction work. This machine need only small space, installation is easy because no need special foundation , can be installed at any location. Basic Process Pyrolysis is a process of destructive chemical reactions rather than organic matter. This process is carried out in a closed vessel with an atmosphere without/ limited oxygen and can be heated from a temperature of 500 0C. The gases can be produced from pyrolysis from waste are generally a mixture of methane, carbon monoxide, carbon dioxide, hydrogen and low hydrocarbons.

16. EPCM-YAMATO 90 Medical/Hospital Waste Shredding Machine Auto Feeder Scrubbers Clean Chimney Ash Chemical reaction zone during pyrolysis/ gasification process that uses waste as raw Retention Chamber Hot air Exchanger Reacter Rotary Kiln >900- above1500°C >600-above900°C >300-600°C Syn Gas Combustion Yamato Bio- Fuel Tank Pump injection

17. INTRODUCTION The EPCM-YAMATO 90 machine for medical/hospital waste solution machine is a unique and advanced combustion. This machine is equipped with a shredding to slice waste small portions and uses auto feeder to the reactor chamber for high efficiency output. The machine uses the most advanced primary pyrolysis gasification + surrounding air and injecting Yamato bio-fuel (produced by our company for high efficiency firing almost similar as plasma),co-firing + secondary retention chamber + burnout treatment. The design of the primary combustion chamber of the furnace uses pyrolysis and gasification ignition technology with injecting bio-fuel to make the high efficiency temperature in the furnace change to above 700℃, and the waste will not produce problems such as melting, slag and sintering during the ignition process. A secondary ignition burner and a circumferential air supply device are provided in the secondary retention chamber. At high temperature above 1000 ℃, the combustible gas in the flue gas can be fully burned, and the gas generated by the gasifier can be efficiently mixed with air to burn, to prevent the carbon material in the gas flame from escaping and late burning. When the flue gas enters the high-temperature combustion, due to the use of peripheral entry and peripheral entry of combustion-supporting air, the flue gas can be fully combusted again in the retention chamber, and the cyclone is used to remove ash or the flue gas dust to the bottom. There are three purification scrubber components to adsorb hydrogen chloride and sulfur oxides generated in the ignition including calcination purification process to neutralize the acid and other harmful gas.

18. EPCM – YAMATO 99 MOBILE Converting waste to energy wealth movable to landfill or waste collection sites

19. INTRODUCTION EPCM-YAMATO 99 is a unique and advanced waste disposal mobile type machine, is designated to move place to place to the waste collection sites. This machine converts waste into wealth including a clean energy such as Hot Fluid and valuable ash from waste. The EPCM-YAMATO 99 mobile type waste disposal machine uses the most advanced primary pyrolysis gasification with surrounding air and co-firing to the secondary retention chamber into waste disposal treatment process. This EPCM-YAMATO 99 machine capacity is able to convert or process 1 to 2 ton of waste per hour as per waste nature if shredding machine and auto feeder added, can be increased out put 2 to 3 ton per hour. This machine can convert the organic or nonorganic waste into wealth including some part become hot water, hot gas as clean energy and the waste residual of organic waste can be used plant fertilizer and ash from nonorganic waste converts to concrete clinker to use construction work. Basic Process Pyrolysis is a process of destructive chemical reactions rather than organic matter. This process is carried out in a closed vessel with an atmosphere without/ limited oxygen and can be heated from a temperature of 500 °C . The gases can be produced from pyrolysis from waste are generally a mixture of methane, carbon monoxide, carbon dioxide, hydrogen and low hydrocarbons. When the flue gas enters the high-temperature combustion, due to the use of peripheral entry and peripheral entry of combustion-supporting air, the flue gas can be fully combusted again in the retention chamber, and the cyclone is used to remove ash or the flue gas dust to the bottom.

20. Emission Test Report

21. Himalaya Clean Incinerator Useful for Processing Biomass and Waste Plastic Hot air supply Hot water Tank Scrubber Purification system Thermal Converter Incinerator Clean Chimney Conveyor Hot water supply Shredding Auto Feeder Yamato Bio-fuel Injecting Can Be Used Fuel AS Shredded plastic waste and biomass waste Ash Shredded plastic waste can be use 10 to 15% maximum and rest Biomass wast e

22. Himalaya Clean Incinerator To contribute for getting Sustainable Development Goals(SDGs Himalaya Clean Incinerator useful for processing Biomass and Waste Plastic Japan has 70% market shares in the world about Incinerator for waste treatment. Now we Rooze International LLC has developed Clean Incinerator System based on many experiences, which are used for processing biomass, waste plastics , grasses and leaves /weeds. This Himalaya Clean Incinerator is b iomass b oiler, which does not have burner using fossil fuels. It uses Yamato biomass fuel(under the patents reserved) having the special high calories and the smoke is deleted by the special scrubber purification system connecting to the output of incinerator. We have many menu of shredder according to the input of this system. It can be selected for the applications.

23. System Configuration Big size Shredder （ 1x0.6m ） Shredder for Waste Plastics Shredder for Grasses, leaves or weeds Conveyor 　 Incinerator Thermal Convertor （ Air is put from the outside by fan motor and Air is heated up) Hot Water generation as Optional item. 　 Hot air ducts Scrubber systems Circulation and Cleaning Device of Used Water Ash Selective by applications Use for Concrete block Yamato biomass fuels accelerating combustion by plasma Smoke passage Hot Water Tank Hot water pipe Green House (Optional)

24. Capability and Power Consumption Waste processing , 300 kg per hour (Volume depends upon the kinds od waste) . Power consumption: 3 KW excluding shredder Shredder power consumption: Big size 30KW, small size 5KW Device Configuration Shredder （ with conveyor ） Incinerator （ including thermal converter ） Scrubber systems Used water treatment device Optional （ Green House with Hot Air duct ） Mr.Krishna Khatiwada Founder/CEO Rooze and IPI International Pvt.Ltd . Message Rooze and IPI International Pvt.Ltd ., Nepal is formed and tied up with Rooze International LLC, Japan to contribute somewhat to getting Sustainable Development Goals (SDGs) on the Prosperous Nepal, Happy Nepali, manufacturing environmental friendly machines and equipment in the field of environment and agriculture industries including advanced waste disposal machine importing Japanese technology in Nepal.

25. Green House With Heating System Green House With Heating System “BSTEEL” BSTEEL From Rooze and I.P.I. International Pvt. Ltd., Manahari-9, Makwanpur , Nepal Contact: [phone]/9815225992/9855059508 Email: [email protected] , www.roozeipi.com

26. A greenhouse (also called a glasshouse or hothouse) is a building where plants such as flowers and vegetables are grown. It usually has a glass or translucent plastic roof. Many greenhouses also have glass or plastic walls. Greenhouses warm up during the day via penetration of the sun's rays which heat the plants, soil and structure. This heat is given up gradually throughout the night. Greenhouses come in many shapes and sizes, with different functions. Some people have small greenhouses in their backyard, or as a lean-to attached to their home, called mini greenhouses, or tomato houses. They want to start off their seeds and seedlings in a protected environment as well as those growing plants that need warmer conditions. Others, wishing to extend their living space, have house extensions in the form of mini-conservatories. Commercial companies usually have larger greenhouses for horticultural purposes, but have more substantial structures for plant displays where the public is admitted. For the same reason, botanic gardens usually have a high proportion of greenhouses with substantial structures Many vegetables and flowers are grown in greenhouses in late winter and early spring, when it is still too cold to grow plants outside. Then these plants are moved to the soil outside as the weather warms up. Greenhouses are used to grow crops in cold countries. . Biomass Boilers, biomass heating systems, burn biofuel (generally called as biomass fuel). Biofuels are cheaper than electricity, petroleum oil, or natural gases. Biomass boilers are ideal for year-round heating requirements & hot water and air Needs. We are using this Hot air Generator System to Maintain the Temperature in Green House from -18 degree to 20 Degree for growing different types Vegetables by Maintaining Artificial Climate inside Green House. Greenhouse Structure will be of Galvanized Section Pipe covered with 10MM Polycarbonate Sheet. Polycarbonate Sheet is UV Protected, which helps in Maintaining Temperature inside the Green House without any Heat loss. While we installing Green House in Cold Areas we will Install Hot Air System in the Greenhouse , to Rise the Temperature, to Maintain the Required Temperature, to get the Desired Temeprature inside the Green House.

27. Rooze and I.P.I. International Pvt.Ltd . Rooze International LLC, Japan Designed by Office and Factory address: Manahari – 9, Kharanga , Makwanpur , Bagmati Pradesh, Nepal Contact : [phone]/9815225992/9855059508/9817244560 Email: r [email protected] , http://www.roozeipi.com http://www.rooze-international.com

28. A Beautiful International Team Mr. Masamura Yamaji , Japan Innovator, Designer and Founder president of Rooze International LLC, Japan and pattern of Rooze and IPI International Pvt. Ltd., Nepal, who was honored with the prestigious IEEE (Institute of Electrical and Electronics Engineers) Milestone Award in 2019 ( http://koueki.jiii.or.jp/innovation100/innovation_detail.php?eid=00065&age=stable-growth&page= ) . Mr. Krishna Khatiwada, Nepal Manufacture patent right holder Founder/CEO Rooze and I.P.I. International Pvt. Ltd.