TRU Energy Assignment Examples
RESOURCES + RECOVERY + SYSTEMS + EQUIPMENT + DEVICES + STORAGE + TRANSMISSION
Cleantech Renewable and Conventional Energy
|
TRU Energy Assignment Examples |
|
RESOURCES + RECOVERY + SYSTEMS + EQUIPMENT + DEVICES + STORAGE + TRANSMISSION Cleantech Renewable and Conventional Energy
|
▼ This page is only a small sampling of TRU work - Please call us about YOUR need!
TRU Group Inc |
 |
Strategy, Planning and Financing
Product Substitution &
Demand Estimation
Detailed Feasibility of Clean Coal Technology Energy Complex TRU undertook a detailed feasibility study of a coal based energy complex comprising a coal coking plant, coke-oven-gas, coal gasification, Integrated Gasification Combined Cycles IGCC, power plant, coal handling and coal mining. Studied options and determined best technical, environmental and economic conclusions. Obtained quotations from suppliers in the west and China. Also assessed local coal resource, coal mining issues and mining costs. Detailed operational and financial plan compiled. Technology Forecasting & Econometric Modeling Green versus Conventional Energy TRU evaluated the integrity and usefulness of comprehensive MITRE technology foresight model. The model is multivariate containing technology, manufacturing, and use factors for both conventional and renewable energy. Other econometric models used in analyzing aspects of renewable energy production and use were compared. New Product Launch in the United States TRU conducted a market study in a United States regional market to assess the acceptability of a new insulation product to be sold to contractors and homeowners. Surveyed contractors and retailers. Made solid conclusions and provided client with product launch strategy.
Market and Competition
Analysis
Market, Techno-economic and
Industry Assessment
Electric Vehicles & EV Batteries 2020
for Mitsubishi Corporation
Summary at Lithium Supply & Markets 2009 IM Conference :detailsNRC R&D Plan for Energy Building Research Energy Conservation in Buildings TRU worked with the National Research Council to develop research and development priorities for energy conservation in buildings. TRU advised and facilitated a Task Force to examine technological issues that affected energy use in buildings and ways in which R&D could address those issues. Set objectives and scoped out the R&D plan.
Data Gathering and
Survey Survey of Potential Manufacturing Sector Energy Conservation TRU undertook a surveys of manufacturing companies to obtain data on their use and attitude towards energy conservation. This was for a major electric utility that was interested in encouraging energy conservation and looking for ways to manage peak power loads on their network.
Marketing Study for
Start-up Company
Consumption,
Application and Industry Assessments
TRU conducted an in depth survey of insulation markets and competition with the objective of measuring the impact of the Government's "Home Insulation Program". Effectiveness of insulation products were evaluated. TRU Interviewed contractors and insulation manufacturers, and used concurrent homeowner surveys to assess market demand.
Investor Due Diligence
Diesel Power Generation Plant Design . . . consult TRU on your energy project ! |
 |
BIOMASS
CLEANTECH
CLEAN COAL TECHNOLOGY
ENERGY CONSERVATION
ELECTRIC & HYBRID VEHICLES HEV
BATTERY SYSTEMS & CELLS
FUEL CELLS
GEOTHERMAL ENERGY
HYBRID ENERGY SYSTEMS
SMALL SCALE HYDRO POWER
INSULATION
PASSIVE SOLAR
PHOTOVOLTAIC
RENEWABLE ENERGY
THERMAL SOLAR
SOLAR CELLS & PANELS
TIDAL AND WAVE POWER
WIND POWER & ENERGY
NATURAL GAS
GASIFICATION
COAL
COAL COKING
PROPANE
OIL & GAS RECOVERY
OIL & GAS EQUIPMENT
PIPELINES
ELECTRICITY POWER
DIESEL |
|
Tucson Arizona USA + Toronto Canada + Sonora Mexico Working throughout North America and Internationally |
|||
panel market. In depth survey of application and consumption of solar cells. Examined methods and techno-economics of manufacturing cells. Compared products on the market and in the pipeline. Technology foresight modeled and demand forecasts made.
TRU assessed energy requirements and designed the diesel generation plant for a major smelter to be located in a remote location but with possibilities for connection to a low tension power grid. Specified the basic design for the diesel gas-turbine-generators and related switchgear and controls. Obtained supplier quotations for the plant.