Our project rationale provides the basis to engage an environmental resource management(ERM) approach in our business model. We deploy sorting lines with high speed RDF balers at our Transfer Station to provide us a comparative advantage in our RDF production line. The transfer station sorting facility features a single-line 25-30tph auto-sorting, and waste recycling module which has the capacity to process up-to 700tons/day.

The semi-automatic sensor based sorting facilities presents an advantage to effectively sort MSW for processing into organic fertilizer and RDF for alternative fuel. To achieve our goals for a high speed sorting and baling facility, we engage the Beston MRF collection and auto-sorting technology and the Macpresse MAC 110/1 baler for our transfer station facility.

At our dumpsites and landfill, we engage in the remediation, reclaiming and re-sorting of waste into feedstock, through recycling by separation into Heavy Fuel Oil, Carbon Black, Steel wire, and baling of feedstock into RDF, plastics, paper, metals and reuse through conversion into fertilizer and power.

MACPRESSE EUROPA, our landfill remediation partner is one of the biggest companies worldwide operating in the field of plants for waste and recyclables treatment. The business has primarily been family owned since its set-up in 1875. Macpresse, today is present in over 50 countries worldwide, with an extensive network of service centres. Being on the global market for over 50 years – with more than 15 patents owned – Macpresse invests in innovation and research to enhance production efficiency and optimize costs for its customers.

The establishment of an IWMF is critical to our strategy. Our IWMF features 2-lines 25-30tph auto-sorting, and waste recycling modules which have the capacity to process up-to 1500tons/day. The optimization achievable from sensor based auto-sorting facilities presents an advantage to efficiently sort MSW for processing into RDF, organic fertilizer and power as the case is. At our IWMF, we shall engage the PLAZMA MAKINE collection and auto-sorting technology for our MRF. Consequently, we shall develop a mechanical biological treatment arrangement which will deliver zero waste as MSW is sorted and organic content are converted into fertilizer through a seamless arrangement.

PLAZMA MAKINE is a Turkish based manufacturer of MRF plant which includes machinery production and assemblage. Each Sorting line is designed to process 100,000-150,000tons of MSW per year with two shifts. The MRF facility consists of two alongside sorting lines for which when engaging a third shift it has an annual capacity of 300.000 tons/year.

The MRF at WasteConv shall process recyclable materials for use in its fertilizer and power plants. The MRF takes in a broad stream of solid waste and separates out recyclable materials through manual and mechanical sorting. The recyclables are processed mainly for its use as HDPE and tyres are utilized by its pyrolysis plant to produce HFO for use in its intermediate generating plant to provide power to the MRF and fertilizer plants, as well as the start-up of the gasification plant, while the syn-gas produced is reused in the pyrolysis. The MRF is semi-automated and uses ultraviolet optical scanners and magnet to simultaneously sort paper, cardboard, aluminum, plastics, glass and metals while workers augment the sorting of items by hand.

WUXI-TOGO Thermophilic Digestor Technology Our organic fertilizer partner, WUXI-TOGO is a China-based green technology company that specializes in solution for agricultural and environmental industries. A firm believer and an advocate in environmental sustainability, WUXI-TOGO stand tall among Asian rivals as a hallmark of environmental excellence and a role model for sustainable development.

The most notable of WUXI-TOGO technologies is the patended Rapid Thermophilic Digestion Technology (RTDT).The technology allows its users to convert organic wastes into a pathogen-free and odorless premium-grade bioactive organic fertilizer in twenty-four (24) hours. The WUXI-TOGO's RTDT is designed to provide a sustainable solution to the challenges withnessed in the industry. It is a revolutionary technology in orhanic waste management and an aerobic Rapid Thermophilic Digester to produce commercially marketable end products.

The state-of-the-arts rapid thermophilic digestor provides an optimum working environment for the enzymes as they operate in an enclosed and controlled system.

Competitor Technology

  • Biogas (high capital input and need to treat the by-product i.e sludge).
  • Vemi-composting (takes at lest 60days to treat)
  • Windrow (takes at least 2-3 months to treat)
  • Pile composting (takes at least 2-3 months to treat)

  • Dewater, heat and dry treatment (takes 6 hours but bad smell remains and cannot apply immediately for growing crops and plants)
  • Land- fillng (will run out of space and need to let the gas build-up to escape to prevent combustion)
  • Treating food wastes by burning (not energy efficient).

Our IWMF is powered by waste derived heavy oil as we embark on a low carbon footprint at our conversion plants. WasteConv’s IWMF shall engage the Shangqui Jinpeng tyre waste pyrolysis technology. The tyre pyrolysis plant is an environmental protection system which uses the continuous liquefaction technology and catalytic breakdown reaction to convert HDPE plastics and tyre into renewable resources, such as fuel oil, carbon black, steel wire, and combustible gas. The end products can be applied to diesel engines and generators directly, or come into high ranking diesel and gasoline through Shangqui Jinpeng’s pyrolysis oil distillation plant.

With annual sales income of about 180 million RMB and about 16 million USD of foreign exchange through exports per year, Shangqiu Jinpeng Industrial Co., Ltd is at the forefront of research development and deployment of waste pyrolysis technology world-wide.

Our intermediate power partner, NingBo C. S. I., has been committed to the development of its own brand, and is currently the enterprise with the largest variety of products, the widest power coverage and the largest in-line single machine power in China's own brand medium speed engine industry. The company adheres to the concept of "deep cultivation of power and horizontal expansion", adheres to scientific and technological innovation to promote transformation and upgrading, strengthens investment in emerging strategic sectors.

NingBo C.S.I. power & machinery Group Co., Ltd., formerly known as Shunji machine factory in 1900, is a key backbone enterprise specialized in the production of marine diesel engines and generator sets by the former Ministry of machinery industry of the people's Republic of China. At present, it has developed into an industrial enterprise with high-power medium speed engine, power station generator set as the core industry, vacuum equipment, injection molding machine and other precision machinery as the leading role, international engineering, trade and investment as the wings. Since 1999, Ningbo C.S.I. has built more than 200 power plants with power capacity from 1MW to 42MW all over the world. The main products cover N170, N210, G300, GN320, DN330, DN340 series generator set, with unit power range from 200kW to 3500 kW.

Most of the power plants are 24 hours continuously operating ones. The fuel used varies from diesel, heavy fuel oil, petroleum, bio-fuels, dual fuels and etc. The power plants were widely used in various industries such as cement, textile, mining, wharf, steel and so on and are used in towns and cities as main power supply or emergency backup power supply at the peak power demand time.

Our primary energy partner, Henan Haiqi Environmental Protection Technology Co., Ltd. is a subsidiary equipment manufacturer of Haiqi International Holdings (UK) Co., Ltd., which was founded in 2000 by Mr. Su Zhenjiang (senior engineer, Harbin Institute of Technology, Thermal Power), and is engaged in energy and environmental protection in China. The professional organization for the development and utilization of energy-saving technologies and related products is an industrial and trading enterprise integrating scientific research, development and manufacturing of biomass-specific equipment. Henan Haiqi has 20 years of hard work, having obtained more than 30 patents, including 7 invention patents, and has passed ISO9001-2000 international quality management system certification, CE certification, SGS certification and other qualifications.

HaiQi International Holdings (UK) Ltd, specializes in gasification technology which provides us with a comparative advantage to produce 18MW green power. The gasification technology is proven beyond doubt: in 2009 seven operating plants built since 1997 had accumulated a combined total of 400,000 hours. The existing plants achieve outstanding environmental results, with minimal impact on the local community. Henan Haiqi pyrolysis gasifier uses the principle of pyrolysis gasification to treat waste, ensuring the stability and high efficiency of combustion conditions. Our strategy to produce electricity from pyrolysis gasification provides us with a zero waste at landfill model as we are able to completely convert all waste at the dumpsite at Aba Eku into useable products – fly-ash and electricity. Our plan to deploy an efficient gasification technology is predicated on the waste assessment of the existing feedstock at Aba Eku and the design of an effective waste collection program which is being put in place for waste collection in the six LGAs – Ona Ara, Oluyole, Egbeda, Ibadan SE, Ibadan SW and Ibadan NE surrounding the plant location.


The Pyrolysis gasification technology is called “third generation” waste treatment technology. The excellent environmental performance is the biggest advantage of this pyrolysis gasification technology. The most fundamental difference between this technology and waste direct incineration technology lies in its capability to solve the problem of smoke pollution, no secondary pollution, and the smoke reaches the standard by which it suppresses the production of dioxins.

Our energy software solution provider, ETAP® is the most comprehensive electrical engineering software platform for the design, simulation, operation, and automation of generation, transmission, distribution, and industrial systems. As a fully integrated model-driven enterprise solution, ETAP extends from modeling to operation to offer a Real-Time Power Management System. ETAP consist of a base package, network analysis module, and intuitive as well as integration module. It provides a robust architecture and a seamless integrated system.

ETAP® Real-Time™ power system enterprise solution can maximize the entire production process, reduce losses, and increase profits through continuous monitoring, simulation, and optimization of the system.

OPERATIONS: The ability to seamlessly integrate process information with electrical system constraints is essential to a reliable operation. Virtual testing of operator actions (predicting system response) prior to implementation can reveal potential problems, hence reducing human errors and the risk of service interruptions. ETAP assists operators in making informed and logical decisions to reduce operating costs and improve system reliability.

MAINTENANCE: Real-time maintenance alerts and assessments of system components ensures just-in-time predictive maintenance of critical plant equipment. Mean-time-to-repair and mean-time-to-failure rates are calculated to evaluate the network and equipment online reliability indices. This translates into cost reduction and prevention of expensive unplanned shutdowns.

ENGINEERING: As the world leader in power system and engineering analysis tools, ETAP integrates with data acquisition devices to provide actual system operating conditions for the purpose of real-time simulation. ETAP takes the guesswork out-of-system analysis.

FINANCIAL: ETAP can interface with accounting and billing systems to provide up-to-the minute energy usage and fuel cost information, while providing recommendation and prediction scenarios to minimize peak power consumption and eliminate tariff penalties.

PLANNING: System planners can improve performance of production scheduling, thus increasing the system capacity using adaptive planning tools provided by ETAP’s trending and prediction functions.