PER BUCHANG Global Solutions

Transcription

1 CETRA-ES (Complete Endothermic Treatment and Recovery Apparatus-Electricity/Steam) CETRA-ES utilizes the world first specially developed Tornado Combustion process, which maximizes power output and minimizes hazardous emissions. The process generates optimum yields of clean, sustainable green energy. Providing a solution Crestwood Pkwy. Suite 380, Duluth, GA 30096, U.S.A. Tel Fax website info@perbuchang.com Copyright 2015, LLC. All rights reserved.

2 CETRA-ES The CETRA-ES technology is an innovation, the resulting product from nearly 35 years of dedicated waste to energy research. It is the optimum global alternative to landfills and incineration facilities, which produces renewed energy with virtually zero emissions of hazardous pollutants 03 Understanding of CETRA-ES technology 04 Company Vision and Philosophy 05 CEO Message 06 s and Certificates 07 Global Concern 09 From Waste to Energy 11 Economical Excellence 14 The Advantage of the CETRA-ES System 15 CETRA-ES Treatment Process 17 Facilities 18 Test Results 19 About Developer 20 Awards and Certificates

3 Waste Treatment Process CETRA-ES (Complete Endothermic Treatment and Recovery Apparatus Electricity/Steam) CETRA-ES is a new resolution to incineration and landfill concerns, guarantees minimal emissions of harmful pollutants such as smoke dioxins and CO2, which are causes for global warming. PER CETRA-ES technology disposes of waste materials and generates renewed energy. All-In-One Endothermic/Gasification Technology - Such energy recovery systems that exist currently consist of pyrolysis/gasification and additional combustion chambers resulting in heat loss and thermal inefficiency - The CETRA-ES technology directly recovers heat energy eliminating thermal inefficiency The CETRA-ES difference? - The specially developed Tornado Combustion process allows for maximized residence times, sustained high temperatures and no heat loss CETRA-ES Simplicity - Treatment of all combustible waste streams - Compact size allows installation on little space - Other technologies require manual removal of bottom ash. CETRA-ES eliminates this need with a fixed scrubber device which allows continuous reactor operation CETRA-ES Efficiency - Tornado combustion technology provides maximum residence time - Treatment temperatures of between 1,340 C and 1,760 C maintained - Combustion efficiency of 99.36% - Thermal efficiency of 90% CETRA-ES Eco-Friendly Attributes - Virtually emissions free - No residual to be disposed of CETRA-ES Economic Excellence - Treatment of all combustible wastes - Efficiency in operation and output THE VISION of About About Providing a new method, a new state of mind, and a new environmental standard. Over the century, garbage has been inefficiently processed, water has been mistreated, and scrap tires have piled up. As a company, we strive to provide a solution--to harness all potential energy. We're here to change minds. envisions to... Provide communities with a clean and beautiful environment through the use of cutting-edge technology while preserving valuable resources for future generations. Core Values Dedication through perseverance, responsibility, honesty Advocacy for environmental improvement for future generations through environmentally responsible technologies Management for national competitiveness and business development by providing unprecedented technologies Training of quality personnel who can contribute to business development through information management Trust Dedication Trust through confidence, respect, cooperation Innovation Innovation through change, challenge, action

4 s and Certificates Thank you for your interest in Global Solutions products and technologies. At PER, we are dedicated to serve the world as the provider of unique, cutting-edge technologies that are unparalleled in their capabilities. PER technologies are the recipient of many prestigious awards and recognitions presented by various Korean government agencies. PER s mission is to become the world s leading provider of clean waste to energy technologies while keeping a cleaner environment as our vision and focus. PER offers unique technologies that can safely dispose of residential, commercial, industrial and even toxic wastes in mass amounts. When the waste is processed, the facilities generate forms of renewed energy. The use of indirect heat during the CETRA-ES process prevents emissions from being released into the atmosphere. Global warming is no longer a regional issue but an international concern. Every country in compliance with various environmental regulations is kept under constant vigil monitored 24 hours a day via satellite for carbon dioxide discharge. Furthermore, green technology is becoming a priority in the agenda of global leaders. We ask for the opportunity to address the world s waste disposal issues. With our innovative technologies, we are committed in fighting for a cleaner Earth for all of humanity. Thank you. Mathias Lee President/CEO Application*Number Application*Number Certificate Certificate International PCT Wo 2013/147543A1 No GT PCT/KR2013/ GT

5 Our Need for Proper Waste Disposal and Recycling Methods Waste Management is a Global Concern Waste management is a serious concern not only for our country but for all countries around the globe. Due to environmental issues such as soil contamination and saturation of landfills that are caused by the growing volumes of waste, incineration has become the primary method of waste treatment. However, opposition to incineration facilities face difficulties in pollutant discharges, enormous budget requirements and the opposition to incinerators from local residents. Consequently, the introduction of an environmentally responsible waste management technology that overcomes the limitations of landfills and incineration facilities is desperately needed to address the environmental concerns that arise from existing waste management techniques. PROTECTING*THE*ENVIRONMENT Today's(Waste(Recycling(and(Treatment(Methods Nations Set Restrictions on Greenhouse Gas Emissions The current high levels of emissions in our environment is a result of more than 150 years of industrial activity among developed nations, yet increased restrictions on carbon discharges place a greater need for nations to turn to cleaner alternatives in all industries. The 2009 Clean Energy and Security Act set a declining cap on greenhouse gas emissions at 17% below 2005 levels by 2020 and 83% by Other nations have also been actively making efforts to minimize greenhouse gas discharges since various global initiatives and regulations were put into enforcement. The CETRA-ES system is a tool in which can help protect the environment in the waste management industry. Method Landfills Incineration General Pyrolysis and Alternative Technologies Recycling Issue Landfills are known environmental hazards, are inefficient and are limited in their capacities Incineration basically involves burning garbage. This method is now being phased out by authorities due to their severe damage on the environment and being notoriously unfeasible economically All alternative technologies to date have shown the same limitations. They have proven to be limited in their treatment capacities and inefficient in their production of resources which conclusively have made them economically inefficient Mechanical and chemical recycling degrades the quality of resources, proven to be limited technically and be economically inefficient

6 From Waste to Energy The Special Value of CETRA-ES CETRA-ES WASTE TREATMENT PROCESSOR Understanding the CETRA-ES technology The world s landfills get closer and closer to reaching capacity. More and more incinerators are being regulated and shut down. In recent years, the great potential of energy held within the garbage we were simply dumping has become an interest. The CETRA-ES technology was developed while striving to address all of those factors. This advanced method of waste disposal not only tackles garbage, it provides a sustainable method in which it can be done in an eco-friendly manner all while producing clean energy that can be consumed in our everyday lives. With the volatile pricing of crude oil, electric power is proving to be the more stable resource in the marketplace. The CETRA-ES maximizes power production with the ability to generate 2.5 or even 10 MW/h of power from a single system. MBT SRF Tornado Combustor 2.5 MW/h of power or more Renewed Energy Ecomomic Value Tornado Combustor Reduction of initial investment No landfills Needed No environmental Hazards What is the CETRA-ES technology? The CETRA-ES technology implements a Tornado combustion system that was developed over the course of 35 years with today s environmental and energy issues in mind. All incoming wastes are processed then input into the system for treatment. The CETRA-ES system converts those wastes into electricity or heat/steam. Electricity Steam Hot Water Virtually Emissions Free Zero to nominal emission Mass amounts treated tons treated daily Complete Endothermic Treatment and Energy Recovery

7 Economical Excellence Sludge Incineration 16~25% Landfill Additional costs to build landfills CETRA-ES Nominal % Can be sold Reduced running costs without landfills Stricter environmental laws such as the America Clean Energy and Security Act Regulations Sensitivity to CO2 emissions under global initiatives and regulations Pollutants may exceed emissions standards Need for alternative Proper disposal without exceeding emissions standards Eco-friendly plant Environmental pollution; Nimbyism 2 years minimum to construct Residual waste disposal on commission at other regions Zero to nominal emissions of smoke or dioxins Average construction period of months Easier access to disposal due to short construction period The CETRA-ES produces virtually no CO2, dioxins or smoke. Furthermore, our facilities do not require a landfill for secondary disposal. Compared to environmental factors of other disposal methods the CETRA-ES is clearly in a class of its own. Additional costs to persuade residents Difficult to build waste disposal facilities Eco-Friendly Efficiency of the CETRA-ES System Test Items Dust CO HCI Sox NOx Dioxin Allowance Value 80 mg/nm3 200 ppm 40 ppm 50 ppm 100 ppm 5 ng/nm3 Supplies energy for residents Minimized civil appeals and rapid business start-up Measurement Value 2.78 mg/nm ppm 0.17 ppm 44.3 ppm 71.3 ppm 0.06 ng/nm3 CETRA-ES The CETRA-ES technology is a one-of-a-kind waste treatment and energy recovery method, which achieves maximum efficiency. The proprietary Tornado combustion device is capable of full combustion, harnessing maximum heat from waste treatment and emitting virtually no harmful discharges.

8 Waste&to&Energy&Technology&Comparison Method Analysis Feasibility Stoke Inchineration Introduced to the world as waste treatment option in the 1960 s, this method basically involves simply buming garbage in a fumace Not feasible ECONOMIC&EXCELLENCE The CETRA-ES is capable of treating mass amounts each day of combustible waste streams and generate high amounts of electric power. Kiln Incineration Fluidized-Bed incineration Shaft Plasma CETRA-ES This method utilizes a kiln shaped furnace, utilizes an outer heat source. The process generates high amounts of residuals, which for the most part, need to be landfilled upon treatment This method involves utilization of solid fuels an air in its combustion process. Additional facilites would be required for treatment of polymer material such as vinyl and plastics and for energy recovery. The ash this method creates. which consists of arsenic acid, is highly hazardous. This method involves pre-heating of the fluidized bed portion, dropping input wastes onto a gasification layer. Various materials such as Cokes, limestone and wastes are treated generated gases are refined, oils are separted and refined and applied in engines. The oil can used in steam production but additional attachments are necessary. This method utilizes electricity to generate extreme temperatures of 10,000 o C for treatment of water. Such systems incorporate attachments to perform recovery of iron or treat low level radioactive waste materials. Additional attachment are necessary for such Optimal combustion efficiency, optimal thermal efficency, minimal hazardous discharges, no additional attachments necessary Not feasible Not feasible Not ideal Not ideal IDEAL CETRA-ES CETRA-ES utilizes an All-In-One Combustion technology. While other methods require a separate combustion chamber, which causes heat loss and thermal inefficiency, the All-In-One Combustion featured on the CETRA-ES system promotes maximized residence times, maintaining of high temperatures efficiently and eliminating heat loss concerns. 12

9 CETRA0ES$Treatment$Process The$Structure$of$the$CETRA0ES$Treatment$Processor CETRA-ES is a new resolution to incineration and landfill concerns, guarantees minimal emissions of harmful pollutants such as smoke dioxins and CO2, which are causes for global warming. The CETRA-ES is capable of treating mass amounts each day of combustible waste streams and generate high amounts of electric power. The combustion temperature is at an excess of 1300 degrees Celsius. MSW MBT MT Pre-Treatment Renewable products PET/PVC Scrap Metals SRF BT Bio SRF Compost ① SRF Hopper, ②P&G Combustor, ③ Integrated Steam Boiler, ④ Pre-heater for feeding water, ⑤ Caustic Soda Tank, ⑥Solidifier Water Tank, ⑦Multi-cyclone, ⑧S.D.S, ⑨Bag filter, ⑩ FD Fan, ⑪ID Fan, ⑫Stack, ⑬Cooling water tank in combustor, ⑭Feeding water tank CETRA-ES Tornado Combustion Treatment Standard Plant Overview Electricity Renewable Products & Energy Electricity Steam Hot water Recyclable materials Steam Hot Water System Complete Endothermic and Tornado Combustion Processing Plant Production Cycle - Continuous 24-hour operation, continuous input of feedstock, continuous treatment Capacity - Treats 70 tons/day using pressed or non-pressed SRF Renewable Energy up to 2.5 MW/h of electric power CETRA/'Emulsification'Process Renewable Energy

10 Complete Endothermic Treatment and Energy Recovery Apparatus Facilities RDF Emission Test Results Fuel Type Test item Measure Measured Value Dust Below 40mg/S m Sulfur oxides Below 50PPM Nitrogen Oxides Below 100PPM CO Below 200PPM 5.00 RDF HCl Below 20PPM Hg Below 0.1mg/S m As Below.5PPM Pb Below 1.5 mg/s m CS2 Below 30PPM Cd Below 0.1mg/S m Choong-Chung Gong- hae Power Generation Analysis Location Tongyang Cement & Energy Corp. (South Korea) Location Shinchang Paper-mill A-san Factory (South Korea) Location Samcheok Cement & Engineering Corp. (South Korea) Test Items Unit Specification Capacity (70TPD) Thermal efficiency Calorific Value Boiler efficiency Generator efficiency Vaporization Calorie Power efficency Generated Power TPH % Kcal/Kg % % Kcal/Kg/Kw % MWh % 4,300 85% 30% % PER Buchang Exhaust and Emission Test Results Test Items Unit Allowance Value Measurement Value Dust CO HCI Sox NOx Dioxin mg/nm 3 ppm ppm ppm ppm ng/nm Korea Testing Laboratory

11 About the Developer Awards & Certificates Developer Jeom Ryoung Kang Mr. Jeom-Ryoung Kang is the inventor and developer of the Buchang Tornado Combustion System, also known as the CETRA-ES technology. Mr. Kang currently serves as the Chairman of Buchang Inc., Korea. He is an alumnus of Samcheok Technical College in Gangwon Province, Korea and holds a Master s degree in Waste Treatment Engineering from Hanyang University s Graduate School of Environmental Engineering. He has spent his entire professional career dedicating his efforts to the research and development of waste to energy methods starting with POSCO then with the Korea Institute of Energy Research and later as an Executive Director of Korea Environmental Technology, Inc. He has spent the last 38 years studying waste to energy, and developing the CETRA-ES (Buchang Tornado Combustion System) technology as a result. Name Title with PER Other Position Education W2E Career R&D Period Miscellaneous Jeom Ryoung Kang Inventor/Developer of CETRA-ES technology Chairman, Buchang Inc., Korea - Hanyang University Graduate School of Environmental Engineering (Master s of Waste to Energy Engineering) - Samcheok Technical College Resource Development Department - BUCHANG: Chairman ( ) - KT&RE: President ( ) - Korea Environmental Technology Inc.: Executive Director (1993 to 1997) - KIER (Korea Institution of Energy & Research) : Senior Researcher ( ) - POSCO: Researcher ( ) 1977 Current (Over 38 years) - Korea Environment Institute of Connemara Tech: Combustion Technology Consultant - Korea Institute of Energy Technology: Technical Evaluation Committee member - Korea Invention Promotion Association Vice Chairman - Korea Technology Commercialization Advisory Board Member (Technical Evaluation)

12 &CETRA3ES& CETRA&Waste&Treatment&Process Virtually Emissions Free No landfills needed Production of clean and efficient energy Mass amounts of wastes treated Economic value