Richmond, BC
Levelton Consultants Ltd. provides environmental, materials and geotechnical engineering services for development of new projects, and the operation and maintenance of existing industrial plants and infrastructure.
Environmental services are provided for air quality, water quality, contaminated soils, pollution prevention and energy systems. Levelton Consultants has developed expertise to assist industry with the reduction of emissions via pollution prevention and add-on controls systems. Also, projects have been completed for government agencies to formulate air quality management plans, to investigate alternatives to traditional regulatory approaches, and to prepare emission inventories and forecasts. Projects have been completed for industry and developers to assess the environmental impacts of proposed industrial plants and transportation networks, and to remediate contaminated land. Advanced services are provided for coal and oil fired boilers to reduce emissions of NOx and greenhouse gases and to improve boiler output and efficiency through combustion modification and performance tuning techniques.
Levelton Consultants is working towards export of its expertise to assist industry and governments in developing countries. The areas of expertise identified for application in developing countries are:
Environmental impact assessments for development of natural resources. Levelton has completed environmental impact assessments for a wide range of industrial facilities, such as natural gas plants and associated pipelines, petroleum processing plants, compressor stations, power plants and coal mines. In addition, Levelton has extensive experience with assessing the impacts of transporation infrastructure, such as highways, bridges and port facilities, on air quality and the environment. The scope of work typically includes air and water quality impacts, biophysical impacts and cumulative impacts. Levelton assists the design engineers to develop an environmentally sustainable project.
Preparation of air quality management plans for urban areas where air quality is deteriorating as a result of growth in population and industrialization. Levelton has unique experience with analysis of existing emissions, forecasts of emission growth, control strategies, pollution prevention strategies, air quality monitoring programs, market-based control strategies and other relevant aspects of air quality planning programs.
Complete services for measurement of emissions from industrial sources. Levelton provides: stack sampling services and can mobilize equipment for test programs overseas; EPA classroom courses and practical training for stack sampling; opacity reading and calibration and manufactured components for sampling equipment.
Remediation of soils contaminated with petroleum products using advanced bioremediation and composting technologies.
Baseline studies and reviews to characterize existing air quality, water quality and soils. These projects are typically needed prior to an industrial development or for use by regulatory agencies or financial institutions. Levelton provides full field sampling and analytical capabilities.
Alternative technologies for conversion of waste flyash from power plants into usable construction aggregate, or for addition to cement.
Levelton is interested in selling its services overseas and is giving priority to projects in Malaysia. The firm has established a joint venture arrangement with an environmental companty in Malaysia and is working to develop environmental projects. Levelton has completed large studies for APEC on options to reduce emissions from the transportation sector and from power generation facilities in all APEC economies by use of improved and alternative fuels and technologies. This work has provided the firm with a good knowledge of existing environmental issues and means to reduce environmental impacts of future development, in addition to business contacts. Levelton is interested in environment and alternative energy projects in Malaysia, China and other countries in Southeast Asia.
150-12791 Clarke Place
Richmond, BC V6V 2H9
CA
150-12791 Clarke Place
Richmond, BC V6V 2H9
CA
Legal Name: Levelton Consultants Ltd.
Number of Employees: 140
CA
Levelton has world-wide information on climate and meteorology for use in building design and project evaluations. This expertise would be useful to companies designing and constructing projects overseas.
Levelton also has advance capabilities in remote measurement of meteorolgical data and operates its own meteorological systems that can be deployed for clients.
Title: Vice President
Area of Responsibility: Export Sales & Marketing
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Title: President
Area of Responsibility: Domestic Sales & Marketing
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Title: Mgr, Air Quality Modeling and Assessment
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Levelton provides the following environmental services:
Air Quality Services
Management
Systems
Assessment and Remediation of Contaminated Soil and Groundwater:
Disposal and Other Treatment Technologies
Comprehensive Environmental Impact Assessments and Applications for Regulatory Approval
Greenhouse Gas Emissions: Inventories, Reduction Strategies and Off-Sets
Indoor Air Quality and Asbestos Consulting
Boiler Tuning, Combustion Modification to Reduce Emissions and Power Plant Engineering
Chemical Testing Services
Mini Series is a low cost voice processing system for small office applications. It includes voice mail, automated attendant, and Audiotex software. It integrates with most key systems, comes in 2 or 4 voice mail ports, with unlimited mailboxes and up to 300 hours of storage.
Levelton Engineering developed a comprehensive basis for an air quality management plan for the Greater Vancouver region of British Columbia, Canada. The plan remains the first of its kind in Canada. The regional government has approved, and is proceeding with implementation of the air quality management plan for the region.
Levelton Engineering provides engineering and planning services to assist government and industry with the development of measures to improve urban air quality. These include assessment of local air quality and monitoring programs, preparation of emission inventories and emission growth forecasts, analyses of the benefits from possible emission control strategies, and preparation of air quality management plans.
Staff are specialists in the preparation of emission inventories and the control of emissions of common and toxic pollutants from mobile, industrial and commercial sources. Past studies of emissions and control strategies have included motor vehicles, power plants, refineries and chemical plants, evaporative solvent loss, gasoline marketing, consumer products, marine vessels, aircraft and most other sources present in urban areas. With regard to motor vehicles, analyses have considered vehicle fleet characteristics, traffic data, future tailpipe standards, the effectiveness of vehicle inspection and maintenance programs, gasoline reformulation and gasoline vapour controls. Forecast of future emission with and without implementation of additional controls has been done using estimates of growth in source activity levels, and technological data on the types and performance of possible emission controls.
Levelton Engineering sells and maintains computer software to store and report emission inventories for mobile, point and commercial sources. The user-friendly software simplifies initial inventory preparation and inventory updates, stores activity levels, emission factors, growth factors, emission control assumptions and other critical information, and generates estimates of present and future emission levels for the control strategies of interest. If desired, Levelton Engineering will train local client personnel in emission inventory techniques which best suit local issues and sources of information, and in the use and maintenance of the computerized inventory.
Due to the high cost associated with remediating petroleum contaminated soils using conventional techniques (especially if transport is required), Levelton Engineering offers composting technology as an effective, low-cost alternative treatment. The process uses only natural raw materials and the indigenous bacteriological population to remediate the soil in treatment cells at the site. The advantage of this process is four-fold:
Cost-effective: typical costs are $15-$25/m3 of contaminated soil; environmentally beneficial: composting uses only natural raw materials and the end product can be used for landscaping, backfill, as a soil conditioner etc. Fast: reduced hydrocarbon concentrations to non-regulatory levels in 11 weeks Low-tech, Low Cost: Electric blowers and continuous turning of soils with heavy equipment typically required for conventional techniques are not needed.
Industrial or municipal effluent of suitable quality can be disposed of onto forest or grass land with benefits to plant growth and groundwater availabilty and no adverse environmental effects, provided there is appropriate control of effluent parameters and the application rate. This approach is well suited to cases where alternate means of effluent disposal are not available, or where water needed for irrigation is in short supply.
Levelton Engineering assesses and designs spray irrigation systems for discharge of treated industrial or municipal effluent onto forest and grass land in situations where an environmentally acceptable alternative means of discharge is not available. Levelton Engineering's scope of services includes field investigation of soil, groundwater and vegetation to assess the suitability of the soil, terrain and vegetation for spray irrigation, design of the spray irrigation system and irrigation program, specification of a suitable monitoring program to ensure the system is not adversely affecting soil, vegetation or groundwater, and assessment of potential environmental impacts.
Emissions of NOx from coal or oil fired boilers can be reduced by performance tuning alone or in conjunction with modifications to alter or stage combustion conditions in the furnace. These techniques have been applied successfully and cost effectively to utility and large industrial boilers.
To reduce NOx emissions from boilers using combustion modification techniques, Levelton Engineering first undertakes a testing program to characterize current combustion conditions, emission rates, combustion air flows at each level in the furnace and the effectiveness of boiler controls. Based on these results Levelton Engineering develops recommendations on changes to the boiler that are needed to reduce NOx emissions while achieving the desired energy output levels. These are discussed and refined through consultation with plant staff. Plans are expanded as appropriate to solve other operating deficiencies and constraints on boiler output and performance.
Levelton Engineering works with the plant owner to implement and verify the effectiveness of the combustion modifications and any changes made to boiler instrument control strategies. The scope of work can include engineering design, performance testing, project management and procurement of equipment. These improvements can be followed up with training of operating staff to take full advantage of the modifications and to ensure the NOx reductions are maintained. The improvements achieved by boiler performance tuning include reductions in emissions of criteria contaminants and improvements in boiler efficiency, resulting in associated reductions in emissions of greenhouse gases.
Levelton Engineering staff have provided the described solution to improve boiler performance and reduce NOx emissions for clients across the United States.
The prediction of pollutant dispersion and acidic deposition of industrial emissions in mountainous and rolling terrain is achieved using (1) a automated meteorological monitoring tower and a Sound Detection and Ranging (SODAR) unit for upper air data if not available from nearby stations; (2) remote data acquisition and quality control; and, (3) dispersion modelling using CALPUFF, RTDM, ISC/2 and ADEPT/2, as appropriate.
Levelton Engineering designs, commissions and operates cost-effective meteorological monitoring stations for collection of meteorological data needed to assess the impact of industrial emissions on air quality. System operation and performance is monitored and data is down-loaded remotely via a telephone link. Quality control and quality assurance programs have been developed for field audits of the monitoring station, as well as verification of the acquired meteorological data. Unique expertise has been developed for operation of these stations for long periods, through harsh winter weather conditions and in mountainous terrain. The tower provides data for winds at 10-30 m, while the SODAR provides data for winds at 50-500 m.
Meteorological data collected by the station is processed, then used along with calculated source emission rates to predict ground-level concentrations and acidic deposition rates. The CALPUFF and the ISC/2 models are used for complex and non-complex terrain, respectively. Predictions of wet and dry sulphate deposition rates are made using the ADEPT/2 model. Custom programs prepare the meteorological data for input to the dispersion models and report key system performance and meteorological values. Ground- level pollutant concentrations and acidic deposition rates predicted by the models are used to assess the potential for adverse environmental impacts. Based on these results, Levelton Engineering can develop appropriate air quality and biomonitoring programs.
541330
Malaysia, United States