To be a world leader in market-driven innovation and engineering for industrial applications of plasma.
Greener Life: Reducing environmental pollution and improving health and well-being
Optimized Results: Maximizing energy efficiency and economic benefits through Waste
to Energy revolution and advancement of materials
New-Concept Manufacturing: Flexible and customized project-based design and
manufacturing.
Win-win: seek to share success in all our interactions with customers, suppliers or colleagues
Collaborate: everyone will benefit if we share ideas
Care: provide help when we can
Openness: encourage participation and new ideas
Integrity: build trusted relationships by always doing what’s right
Dedication: apply ourselves to achieve results
Medical waste (MW) poses high risks of infection and injury to human health, particularly for the individuals exposed to the waste, so disposal is highly regulated. Gasification with thermal plasma is a promising, environmentally friendly solution for a growing problem.
Medical waste (MW) poses high risks of infection and injury to human health, particularly for the individuals exposed to the waste, so disposal is highly regulated. Gasification with thermal plasma is a promising, environmentally friendly solution for a growing problem.
The medical waste management market (collection, processing and disposal) was worth $US14.5 billion in 2012 and is expected to increase up to $US 20.1 billion by 2019. Growth is driven by an aging population, increasing MW generation rates in developing countries and stricter government requirements for MW management and disposal.
Aplas believes that plasma gasification offers a dramatic improvement to environmental impact and energy production over current disposal solutions (incineration). Thermal plasma technology is an established technique for generating a high temperature plume that is a mixture electrons, ions and neutral particles. The benefits provided by plasma to MW disposal are a high energy density and temperature and a large quantity of radicals that promote the desired reactions for destroying toxic matter.
A shift from incineration technology to non-incineration technologies has started in countries like United States, Japan, Germany, France and the United Kingdom. In China, many MW disposal facilities have exceeded their design service life. There are significant opportunities world-wide for advanced MW disposal technologies. Aplas will develop plasma gasification designs for medical waste treatment that are superior to incineration.
Municipal solid waste (MSW) refers to byproducts generated during the urbanization of human society.
Municipal solid waste (MSW) refers to byproducts generated during the urbanization of human society. The annual amount of MSW generated globally is estimated at 1.3 billion tonnes and is expected to increase to approximately 2.2 billion tonnes by 2025. The MSW market (collection, processing and disposal) earned revenues of $160.52 billion in 2013, and will increase up to $296.86 billion in 2020. There is significant opportunity for novel technologies that reduce the cost of disposal, improve environmental impacts and generate maximum revenue from the un-recyclable fraction of MSW.
Integrating plasma into a MSW gasification system has several benefits over current thermal treatment processes (incineration):
Slag production:
Vitrifying bottom ash residues into non-toxic slag that can be sold as high-value products such as abrasives and filter media.
Fuel production:
Supplying extra heat for the gasification reactions means less air is required and the calorific value of the syngas increases.
Miniaturization:
Due to the high energy density, heat flux, and temperature the plasma torch provides, the waste disposal reactor can be relatively small and the emission controls system simplified. These leads to portable applications and remote community applications.
Environmental performance:
The reaction chemistry of plasma gasification will not produce the dioxins and furans generated by the oxygen rich incineration process.
Governments are looking for alternatives to landfills and incinerators to manage increasing amounts of unrecyclable MSW. Landfills use a lot of space, threaten groundwater sources and generate methane which is a significant GHG. Incinerators are resisted by communities because of environmental concerns.
Aplas will develop plasma gasification designs for MSW treatment that satisfy government and community requirements.
Advanced materials refer to both new materials created and existing materials modified to obtain superior performance in one or more characteristics that are critical for the application under consideration.
Advanced materials refer to both new materials created and existing materials modified to obtain superior performance in one or more characteristics that are critical for the application under consideration.
Plasma technology is a versatile tool useable for the modification of material. It is also an economical and effective materials processing technique. It is possible to extend the material properties (such as mechanical, electrical, hydrophilicity, hydrophobicity, etc.) beyond the typical. For example, plasma-processing technology may be used to generate nanopowders, which can be consolidated in-situ to form nanocrystalline materials, or can be thermally sprayed to create layered nanostructures. Nanostructured coatings have been implemented in aircraft gas turbine engines, increasing durability by 3 to 5 times compared to thermal barrier coatings. Therefore, the use of plasma technology is of growing interest in the field of advanced material processing.
We believe strongly that, in the future, plasma based technology will be a key and critical tool in advanced material processing. Aplas will develop plasma-based processes to produce advanced material from lab scale to commercial applications.
Aplas will develop plasma-based processes to produce superior metal powders for sale.
The application of plasma-based techniques is quite diverse.
The application of plasma-based techniques is quite diverse. Examples of applications include:
The versatility of plasma technology and its benefits favour the adoption of the technique through designing dedicated systems to meet specific requirements in plasma application fields.
Aplas believes plasma technology is emerging as a new and most efficient technique in a wide range of applications. We boast a team of engineers and researchers with strong backgrounds in plasma related areas. Their enthusiasm and ability to explore plasma technology in various industrial fields will definitely take Aplas to the next level.
Aplas provides healthcare facilities (hospitals, medical waste disposal centres) and other medical waste producers with environmentally friendly waste treatment, while achieving the energy and resource recovery for their needs. A pilot-scale facility (with capacity of 3 tons of MW per day) is already running by China
Tianying Inc. in Nantong, China. Meanwhile, a larger capacity commercial demonstration plant
in Tongzhouwan, Nantong, China is in design and will be commissioned in Q4 2017.
Aplas provides healthcare facilities (hospitals, medical waste disposal centres) and other medical waste producers with environmentally friendly waste treatment, while achieving the energy and resource recovery for their needs. Already adopted by China Tianying Inc. on a pilot-scale facility (capacity of 3 tons of MW per day) in Nantong, China, a 20 TPD demonstration plant is in the design phase and will be commissioned in Q4 2017.
This figure shows an overview of the Aplas MW plasma gasification system. Bagged medical waste is collected at healthcare facilities and transported to the disposal site. Loaded on a conveyor belt, the bags of waste are carried to a feeding system where they are cut one-by-one prior to entering the gasifier. A mechanical unit mixes the feedstock with oxidizing agents, preventing the formation of a hotspot or high temperature zone which are major pollutant contributors. The bottom ash residue produced is discharged from the gasifier and conveyed to a plasma melting chamber where it is vitrified to form a non-toxic glassy slag. The raw syngas at the exit is controlled to approximately 600˚C. The raw syngas passes through a cyclone which removes most of the solid particles. Aplas offers a variety of options for the processing and application of the syngas at this point.
The syngas can be combusted in a chamber equipped with a plasma torch at the inlet that eliminates pollutants to a much lower level. The hot flue gas leaving the combustion chamber experiences a rapid quench in a fire-tube boiler, from a temperature above 1100˚C to 220˚C, avoiding the reformation of dioxins. After a set of cleaning units (baghouse, scrubber, wet ESP, etc.), the pollutants are reduced to an extremely low level and the flue gas is emitted to the atmosphere through a stack.
Alternatively, the syngas can either be used for producing electricity in a gas turbine or as a raw material for chemical synthesis. Compared to incineration technologies, the Aplas hazardous/medical waste disposal system dramatically reduces the amount of dioxins generated during the thermal degradation of waste.
Furthermore, advanced plasma technologies are integrated into the gasification process which can both further eliminate the trace amount of dioxins in the gas stream and neutralize the solid by-products. The neutralization of these by-products (fly ash, bottom ash residue, etc.) is done by either breaking down the toxic components or solidifying them into glass (vitrification).
Features of the Aplas technology include:
Aplas provides small communities, industry and other sectors a cost-effective, environmentally friendly solution to dispose of small quantities of solid waste. It is a compact and light-weight, portable plasma-gasification unit. The disposal unit is light-weight and easy to move to the users to treat the waste locally after a quick assembly, avoiding the transportation of the collected waste to alternative treatment. It is an easy-to-operate, highly reliable and robust system in which the integrated advanced plasma units eliminate the pollutants effectively, ensuring an extremely low emission while maintaining a low maintenance cost.
Aplas provides small communities, industry and other sectors a cost-effective, environmentally friendly solution to dispose of small quantities of solid waste. It is a compact and light-weight, portable plasma-gasification unit. The disposal unit is light-weight and easy to move to the users to treat the waste locally after a quick assembly, avoiding the transportation of the collected waste to alternative treatment. It is an easy-to-operate, highly reliable and robust system in which the integrated advanced plasma units eliminate the pollutants effectively, ensuring an extremely low emission while maintaining a low maintenance cost.
Features of the technology include:
Integrating plasma into a MSW gasification system has several benefits over current thermal treatment processes (incineration):
• A compact, portable, easy-to-operate system with a high reliability and a low maintenance cost.
• Adaptable to variable feedstock: big ranges of moisture content, heating value, etc.
• An environmentally friendly process that effectively eliminates pollutants via advanced plasma technologies.
Applications of the design include waste disposal for Arctic communities, island communities, industry with non-hazardous waste and waste disposal in ships like research vessel (scientific expedition) and business cruises.
Aplas is dedicated to developing plasma-based metallic powder technologies. Aplas provides solutions for producing and supplying high-quality and spherical Titanium and Titanium alloy powders for additive manufacturing and powder metallurgy as well as other 3D printing related industries. Plasma technologies are integrated in the process for producing highly spherical and high-density particles, which are highly desirable for additive manufacturing. Figure 1 shows an overview of the metal powder process.
Aplas is dedicated to developing plasma-based metallic powder technologies. Aplas provides solutions for producing and supplying high-quality and spherical Titanium and Titanium alloy powders for additive manufacturing and powder metallurgy as well as other 3D printing related industries. Plasma technologies are integrated in the process for producing highly spherical and high-density particles, which are highly desirable for additive manufacturing. Figure 1 shows an overview of the metal powder process.
Raw material, fed from the top of the atomization reactor, gets melted with the assistance of the thermal plasma torches and subsequently atomized in the impact of high-speed Ar flow. The produced droplets get quenched quickly and solidified to form fine spherical powders. The particles are collected at the bottom of the atomization reactor and sieved for the desired fraction in a sieving machine. After separation from the metal powder in a sieving machine and a cyclone, the Ar gas is cleaned in a fine filter to remove ultrafine particles and recycled for use in the atomization reactor. The gas recycling decreases the gas consumption significantly and strengthens the economic competitiveness
Through innovation, collaboration and partnerships, Aplas has developed a novel plasma-based melting technology that provides a solution for treating highly-concentrated solid pollutants, such as fly ash. Figure 1 displays the plasma ash melting process.
Through innovation, collaboration and partnerships, Aplas has developed a novel plasma-based melting technology that provides a solution for treating highly-concentrated solid pollutants, such as fly ash. This figure displays the plasma ash melting process.
The ash is mixed with the additive at a regular and controlled rate in a tank and pelletized to produce small granules by a roll forming machine before being transported to a storage tank. The formed granules are then vitrified at 1350˚C in a plasma melting furnace. All inorganic compounds are melted in the plasma melting furnace and the discharged slag is non-toxic vitrified glass after cooling. The gaseous effluent from the plasma chamber is quenched and gets saturated in a water cooling tower and then enters an acoustic chamber in which the entrained fine particles grow bigger with the liquid droplets and thus can be easily removed in a cyclone. Subsequently, the flue gas is neutralized to remove acid gas components by injecting alkali solutions in an absorber, before emitting to the atmosphere through a stack.
China TIANYING’s Plasma Application Laboratory (PAL) is a collaborative research lab for APLAS developed plasma technology demonstration and application. The Laboratory advances the coupled fields of waste treatment, advanced material, new energy and plasma physics research, and, with APLAS, is developing the scientific understanding and key innovations needed to realize enterprise strategy and social responsibilities.
About the Lab
China TIANYING’s Plasma Application Laboratory dedicates to solving the problem which relates to the people’s livelihood, implementing the general design and the key technology for the research and development on related projects. An associated mission is to positively develop the research fields those are of strategical, prospective, and foundational in the related projects. APLAS participate in the management of PAL, which is part of the international laboratory system funded by China TIANYING. The Laboratory is sited on TIANYING’s headquarter in Hai’an, Nantong, China, which covers an area of 2 arces and four-storey building.
The PAL has already established 5 research and project divisions which are focused on (i) Fly ash melting; (ii) Bio-Medical Waste Gasification; (iii) MSW Gasification and Waste-to-Energy research; (iv) Advanced metal/ceramic powder manufacture; (v) Coal gasification; and (vi) Plasma generator development and applications in five divisions. Currently, it includes several essential aspects in the research for waste treatment, advanced material and new energy industry.
Through our efforts to build and operate the projects, PAL is supposed to gain extensive capabilities in a host of disciplines including melting technology, gasification technology, advanced computational simulations, vacuum technology, mechanics, materials science, electronics, computer technology, and high-voltage arc systems. In addition, APLAS researchers and engineers are applying knowledge gained in plasma research to related theoretical and experimental areas, including the development of plasma generator and thrusters. The Laboratory’s Office of Technology Transfer assists industry, local government and Canadian relevant authority in transferring these technologies to the commercial sector.
Mission Statement
China TIANYING’s Plasma Application Laboratory (PAL) works with APLAS across the globe to develop plasma as an energy source for the world, and conducts research along the broad frontier of plasma science, technology and application, as well as nurtures the research atmosphere in these fields.
Bio-Medical Waste Gasification
Plasma provides a method for completely removing the hazardous nature of bio- medical waste from thermal treatment processes while recovering the overwhelming majority of the material as useful by-products for resale and reuse, thus improving the environmental credentials of medical waste disposal.
In order to meet with China TIANYING’s globalization strategy, Aplas Ltd. is responsible for
the development of a Commercial Plasma Gasification Demonstration Plant for bio-medical
waste treatment. The plant is constructed for the purpose of demonstrating CNTY’s capability of
bio-medical waste innocent treatment and promoting the technology to the Chinese market.
The project is supposed to be conducted in two steps: First, a 3TPD pilot plant will be built at
PAL for conceptual validation and technology optimization; once the pilot plant is proven to be
successful, the system will be scaled up, and to be built at Rudong, Jiangsu Province. The whole
project is expected to last about two years, starting from July 2016 to June 2018, at which the
3TPD pilot system is expected to be built and tested by the second half of 2017, and then the
commercial plant will be built, fully commissioned and ready for demonstration as well as
marketing promotion.
Fly Ash Melting
Plasma technology is unaffected by future variations in waste composition as fly ash becomes more concentrated and more hazardous over time, in contrast with many alternative methods of treatment where such changes present considerable challenges. This gives the technology future-proofing against potential changes in taxation, gate fees and regulation, thereby removing a key business risk.
With the growth of this sector set to continue and the increasing stringency of environmental regulation, it seems certain that many more commercial fly ash plasma treatment plants will be installed in the coming years. The integration of plasma with modern WtE technology virtually eliminates all secondary hazardous wastes, thereby improving the overall environmental performance, and is an essential component of future sustainable waste management infrastructure.
Aplas Ltd. participate in the development of a 40TPD Plasma Melting Demonstration Plant for fly ash disposal. The plant is constructed for the purpose of demonstrating CNTY’s capability of fly ash disposal and promoting the technology to its own WtE projects and Chinese market.
The project is supposed to be conducted in two steps: First, a 0.5TPD pilot plant is built at PAL and supposed to be operated in March, 2017; 40TPD scaling-up projects is now under conceptual design, and to will be built and operate at Rudong, Jiangsu Province by late 2017, which will solve the problem of secondary pollution of WtE projects to a large extent.
Aplas offices are in Ottawa, a hot-bed of research and development with 1800 high-tech companies and two comprehensive universities.
Aplas is establishing a Plasma Technology Research Facility in Ottawa, Ontario. The purpose of the facility is to enable Aplas’ vision of being a world leader in market-driven innovation and engineering design for industrial applications of plasma.
The 10,000 ft2 research space will house equipment and supporting analytical laboratories for research into plasma torch development and refinement, powder manufacturing for 3D printing and novel applications of plasma that can be introduced into the market.
A 3000ft2 interim research space will be commissioned in 2017 to start practical research and development while the permanent facility is built and fitted-out.
Aplas is the wholly-owned subsidiary of China TIANYING, an environmental
protection & new energy enterprise.
Guaranteed continuous cash flow
Low cost manufacturing
Large potential market in China and worldwide through
Urbaser SA
GExperienced Chinese engineering support
and assistance
TIANYING’s mission is to meet the needs of society and make great contributions to the improvement of the environment through remarkable technology, high-quality products, a full range of service and continual innovations. TIANYING will do this by adhering to the spirit of enterprise and social responsibility with values of “high quality, fast rhythm, advanced technology, outstanding service”.
TIANYING designed, delivered and operates six MSW thermal treatment plants in China and has another six in construction or design. While doing so, TIANYING demonstrated its innovative drive by obtaining 14 patents of invention and 239 patents for utility models. In addition, TIANYING manufactures and sells environmental protection equipment to the Chinese market.
In 2016, TIANYING collaborated with China Energy Conversation and Environmental Protection Group and others to purchase the Spanish waste management company Urbaser S.A. for $1.3 billion. In doing so, TIANYING is starting a new era as an international enterprise in the fields of environmental protection and new-energy generation.
Also in 2016, TIANYING established Aplas to develop new technology and engineering designs of plasma applications to support TIANYING’s growth in the fields of solid waste treatment, waste-water treatment, energy generation and the manufacture and supply of related equipment and facilities. TIANYING is looking to Aplas to become a world-class centre of innovation in plasma-related technologies.
Our people are the most valuable asset and we are dedicated to creating a culture to deliver the value so that we can develop the most innovative and effective technology.
We are also committed to making a positive team environment to maximize our people’s contribution to Aplas. With global expansion, we are offering a bright career path to employees and meanwhile providing great opportunities to work for us.
What I like the most is Aplas’ working environment, which gives me the chance to contribute my experience and skills gained from many years of working in technological and industrial fields.”
Senior Mechanical Engineer, Alan D.
Aplas is a great place to fulfill your dream of working in plasma technology, engineering design, and environmental protection. I believe that with a group of technical experts focusing on advanced technology development, Aplas can take and fly.
Personally I am amazed by what we have already accomplished in the past six months in the medical waste project.”
Process Design Manager, Liang Z.
To apply, please refer to specific instructions within the job description.
Position type:
This is a permanent, full-time position, based in Ottawa, Canada.
Job summary:
We are looking for a Process Manager to strengthen our process engineering team. An ideal candidate must have 10+ years’ experience in leading a team to effectively execute process design work on projects of varying sizes in the process field.
Responsibilities
Qualification
HOW TO APPLY:
If you’re interested, please send the following documents in your application to HR@aplas.ca
We thank you for your interest. Only those selected for further screening or an interview will be contacted.
Position type:
This is a permanent, full-time position, based in Ottawa, Canada.
Job summary:
We are looking for an experienced and motivated Process Engineer to join our process engineering team for project and innovative technology development.
Responsibilities
Qualifications
HOW TO APPLY:
If you’re interested, please send the following documents in your application to HR@aplas.ca
We thank you for your interest. Only those selected for further screening or an interview will be contacted.
Position type:
This is a permanent, full-time position, based in Ottawa, Canada.
Job summary:
We are recruiting some imaginative and dynamic individuals for our R&D Department. The candidates should have a Ph.D in thermal engineering, chemical engineering or other related disciplines, and have demonstrated research experiences in R&D work.
Responsibilities
Experience and Qualifications
HOW TO APPLY:
If you’re interested, please send the following documents in your application to HR@aplas.ca
We thank you for your interest. Only those selected for further screening or an interview will be contacted.
Position type:
This is a permanent, full-time position, based in Ottawa, Canada.
Job summary:
The role primarily involves Products Development and Design to support Production and R & D Activities. The position requires the successful candidate to have a university degree in Materials or Mechanical Engineering and ten (10) years of directly related work experience with a minimum of five (5) years of performing products design material selection and analysis (metal and non-metal). Membership in the provincial association for professional engineers is required. The position also requires knowledge of varies material properties, as well as an understanding and knowledge of engineering theories, principles and practices, industry codes and standards. The successful applicant will also possess effective communication and problem solving skills, strategic and analytical thinking, ability to use educated and intuitive judgement, ability to manage projects.
Responsibilities
Qualifications
Skills Required
Required experience:
HOW TO APPLY:
If you’re interested, please send the following documents in your application to HR@aplas.ca
We thank you for your interest. Only those selected for further screening or an interview will be contacted.
Position type:
This is a permanent, full-time position, based in Ottawa, Canada.
Job summary:
The role primarily involves working with Solidworks to develop 3D Mechanical Drawings required to support Production and R & D Activities. Creating P&ID by AutoCad.
Responsibilities
Qualifications
Skills Required
Required experience:
HOW TO APPLY:
If you’re interested, please send the following documents in your application to HR@aplas.ca
We thank you for your interest. Only those selected for further screening or an interview will be contacted.
Position type:
This is a permanent, full-time position, based in Ottawa, Canada.
Job summary:
We are looking for an experienced and motivated Electrical Engineer to join our company for project and innovative technology development.
Responsibilities
Qualifications
HOW TO APPLY:
If you’re interested, please send the following documents in your application to HR@aplas.ca
We thank you for your interest. Only those selected for further screening or an interview will be contacted.
I&C Engineer R1
Mechanical Designer
Mechanical Team Leader
Plasma Engineer
Position type:
This is a permanent, full-time position, based in Ottawa, Canada.
Job summary:
Reporting to the General Manager, the Accountant is responsible for supporting Budget Development, Financial Reporting and the day-to-day accounting functions of the company, including posting journal entries, budget preparation, tracking cash flow and bank reconciliations, ensuring effective, efficient, and accurate financial and accounting operations. This position is also responsible for supporting project work towards effective and timely completion.
Responsibilities
Qualifications
HOW TO APPLY:
If you’re interested, please send the following documents in your application to HR@aplas.ca
We thank you for your interest. Only those selected for further screening or an interview will be contacted.
Position type:
This is a permanent, full-time position, based in Ottawa, Canada.
Job summary:
We are looking for a highly organized, flexible, detail-oriented, and enthusiastic team player to join our team as Office Manager. The office manager will work together with our Office Assistant and help us with a wide variety of tasks, including general office operations, accounts payable, vendor management, meeting coordination, and administrative support for special projects.
Responsibilities
Qualifications
HOW TO APPLY:
If you’re interested, please send the following documents in your application to HR@aplas.ca
We thank you for your interest. Only those selected for further screening or an interview will be contacted.
On October 23rd, 2016, Aplas’ General Manager, Mr. Qinglin Zhang, signed a contract with Nantong Tianlan Environmental &Energetic Equipment Co., Ltd., to collaboratively develop plasma-based technologies in the fields of waste management, environmental protection, and additive manufacturing.
Nantong Tianlan is a high-tech company that provides solutions for waste incineration for power generation, as well as turnkey process equipment packages from design, manufacture, installation, commissioning, operation to handing over. In recent years, Nantong Tianlan has expanded its fields of interest to include plasma applications. The partnership between Aplas and Nantong Tianlan will be a strong stimulus to plasma technology research and development.
From October 4th to 6th, 2016 Aplas’ General Manager, Mr. Qinglin Zhang, attended the 35th International Conference on Thermal Treatment Technologies & Hazardous Waste Combustors in Baton Rouge, Louisiana, USA. At the conference, Mr. Zhang delivered a presentation on “Performance Analysis of Aplas Medical Waste Plasma Gasification Process”, and exchanged ideas and information on plasma technologies in waste management innovations with other experts present.
In October 2016, China TIANYING and Aplas began work together on the construction of a test centre for plasma technologies in Hai’An, China. The Test Centre has 2,500 sq. m of space, and will cover a wide range of industrial applications, including medical waste and hazardous waste gasification, fly ash vitrification, additive manufacturing, and petrochemical operations. According to the intended schedule, the Centre will complete first-stage construction and commence operation in March 2017.
On August 20-30, 2016, Aplas’ General Manager, Mr. Qinglin Zhang, attended the 9th International Conference on Combustion, Incineration/Pyrolysis, Emission and Climate Change (CIPEC) in Kyoto, Japan. The Conference was organized by the Agency of Health, Safety, and Environment, the Graduate School of Global Environment Studies & the Graduate School of Engineering of Kyoto University, the Society of Material Cycles and Waste Management (JSMCWM), and the Korea Society of Waste Management (KSWM). At the conference, Mr. Zhang delivered a presentation on “Economic and Environmental Analysis of Aplas Medical Waste Plasma Gasification Process”, and exchanged ideas and information on plasma technologies in medical waste and hazardous waste with other experts present.
On August 1st, 2016, Aplas moved in to its current office location at 359 Terry Fox Drive, Suite 210 in Kanata, Ontario. Kanata is one of the top high-tech cities in Canada, home to many industry leaders such as Siemens, IBM, Amazon, Cisco, and Huawei, etc. Aplas is superbly located in the centre of the high-tech community of Kanata North with convenient proximity to Highway 417. The new office occupies around 3,300 sq. ft., with a boardroom, a printing room, a pantry, and a reception area. It can accommodate up to 30 employees.
359 Terry Fox Drive, Suite 210
Ottawa, Ontario, K2K 2E7, Canada
Tel: +1 (613) 271-0668
Fax: +1 (613) 271-8660