Design & construction of $3.6 Mil boiler plant.
For over 26 years, DanaTech has been designing or improving energy equipment and systems such as boiler plants, independent power plants, cogeneration plants, central heating and cooling plants, heating and drying systems, and RDF to energy plants. We also provide engineering services for emissions control systems and permits.
Design and build cogeneration plant for food processing plant. Two gas turbines with heat recovery boilers for 350 psi steam generation.
Design, construction management, start-up of new cogen plant 12,000 ton capacity cooling tower & pumping station.
Design, construction management, start-up of new cogen plant 3000 ton chiller.
Design, construction management, start-up of new cogen plant 800 ton chiller.
Design, construction management, start-up new 70,000 lb/hr boiler plant and plant wide system.
Design, construction management, start-up of 3.0 mW geothermal steam turbine plant in Cerro Prieto, Mexico.
Design, construction management and start-up of replacement auxiliary fired heat recovery units for dual gas turbine cogeneration plant.
Cogeneration feasibility study for 4000 kW steam/hot water system for hotel. Engineering design, start-up of 1100 kW i.c. cogen plant for casino. Cogeneration plant feasibility study 4.2 mW i.c. engine; steam/hot water system for hotel.
Design review, construction management, operations, and maintenance management for West Covina, California 6 mW landfill gas-fired turbine plant. Plant design of 3 mW bottoming cycle with G.T. intake chilling system in Fullerton, California.
Cogen plant design, installation, and startup 1.4 mW gas turbine 35 mmBTU/hr hot air drying system.
Complete Thermal DeNOx system design for refinery CO boiler. First system to utilize feed forward computer controls.
Development, engineering design services for 9mW waste-to-energy project utilizing process engineered fuel from MSW (municipal solid waste) and designed for ultra low emissions.
Development, engineering design services for 20 mW integrated solar-biomass plant fueled with cow manure.
Design ultra low emission gas turbine cogen plant, 5 mW and 60,000 lbs/hr process steam.
Energy analysis for expansion of LA County Central Heating Cooling Plant to add 25 mW electrical capacity and 10,000 tons chiller capacity.
Engineering design review and recommend changes to existing cogeneration system comprised of 3x1500kW gas engine generators in CHP configuration.
Design & construction of two steam turbine generator systems.
Cogeneration study for 1800 kW engine base plant.
Complete design for 250 kW gas engine cogeneration plant.
Design for new energy plant for paperboard production facility, including a 4.6 mW cogeneration system.
Control systems co-design and startup for two 2.5 mW Allison 501‑KB gas turbine generator cogen system. First Allison water injection system design.
Control systems design and factory startup for 2.5 mW Allison 501-KB gas turbine generator.
Control systems design and factory startup for 2.5 mW Allison 501-KB gas turbine generator.
System startup for onw 2.5 mW Allison 501-KB emergency Diesel turbine generator.
Design and test over 20 2.5 mW EMD reciprocating engine Diesel generator projects.
Complete design for 385 kW gas engine cogeneration plant.
Design and start up for switchgear and controls systems, for 10 mW for two Allison 571 gas turbine generators.
Controls System design and startup for one 3.8 mW Allison 501 KB5 gas turbine generation cogen system.
Controls system design and startup for two Allison 501KB5 gas turbine generators for 7 mW Cogen plant.
Controls system design and startup for one 6 mW Allison 501KB5 steam injected gas turbine cogen. (First of its kind.)
Controls system design and startup for one 6 mW Allison 501KB5 steam injected gas turbine cogen system.
Controls system design and startup for four 20 mW Allison 570 gas turbine generator cogen system.
Controls system design and startup for one 2.5 Allison 501KB5 gas turbine generators cogen system.
Complete design for 676 kW gas engine cogeneration plant.
Control systems co-design and startup for two 2.5 mW Allison 501‑KB gas turbine generator cogen system. First Allison water injection system design.
Feasibility study, Cogeneration Plant Phase I expansion project, 3.5 mW.
Feasibility study, cogeneration, and new boiler plant.
Feasibility study for new cogeneration and boiler plant.
Feasibility study for c13 to 50 mW Cogeneration plant.
Design and Startup for one 3 engine generator, 1.5 mW, rotating uninterruptible power system, and 2 single engine generators, each 500 kW, rotation uninterruptible power system.
Feasibility analysis of cogeneration design options for 50 mW combined cycle landfill gas fired cogen plant in Long Island, New York.
Feasibility study, preliminary design, equipment procurement for 6.15 mW landfill gas rankine cycle power plant.
Complete design of cogeneration plant for 2400 kW natural gas I.C. engine.
Feasibility study & preliminary design, 14 mW combined-cycle cogen plant with 6,000 ton chilling capacity/hot water/steam.
Cogeneration plant engineering design, 8.16 mW combined cycle central heating & cooling plant.
Engineering design, procurement, and start-up, 7100 kW landfill gas fired steam plant.
Feasibility study for cogeneration design, construction management and startup of 3.7 mW, 100,000 lbs/hr steam cogen plant.
Feasibility study for cogeneration design for 1.2 mW I.C. engine/hot air drying plant.
Feasibility study for 2400 kW cogeneration plant.
Feasibility study, preliminary design for 1000 kW power plant to burn coal seam gas.
Feasibility study, design construction management and startup for 7.4 mW, 200,000 lbs/hr steam cogen plant.
Feasibility study and financial analysis for cogeneration 38 mW gas turbine, 160,000 lbs/hr steam.
Small power production feasibility study using low BT well gas; 2.5 mW slow speed I.C. engine.
Feasibility study to use fluidized bed boilers burning coal and rubber scrap, producing 20 mW, 200,000 lbs/hr steam.
Design complete air injection system for NOx control on large Ingersol-Rand sewage gas fired engines.
Design SCR system on gas turbine for 5 ppm NOx concentration.
Project management for supply & installation of ultra-low NOx burner retrofit on packaged water tube boilers.
Supply complete SCR system for new cogeneration plant to meet 7 ppm NOx limit on two gas turbines.
Demonstration project to reduce NOx emissions from radiant burners using gas.
Design installation of new boiler plant with Cannon LTO process to achieve 4 ppm NOx.
Complete design of NOx control system for a steel company in mainland China.
Design, supply complete NOx control system for a steel company in Taiwan.
Design low NOx burner replacement for 200,000 lb/hr packaged boiler.
Design, construction management, and start-up of replacement auxiliary fired heat recovery boilers for 5.9 mw gas turbine cogen plant using ultra low NOx burners.
Design pollution control system to reduce HC, CO, and DeNOx emissions by 90% for 2900 hp Diesel dredge.
Design 9 mw gas turbine cogen oxidation catalyst feasibility study & system.
Prepare comprehensive bid specification to retrofit 3 boilers up to 200,000 lbs/hr steam capacity with new low NOx burners.
Burner retrofit for NOx control on packaged boilers.
Experimental test of ammonia injection for NOx control on hydrogen reformer heater.
Burner retrofit for NOx control on gas fired Dow Therm heater.
Design gas cooling system to optimize exhaust gas temperature for SCR control on 6 mw Diesel plant.
Design and manage test program to assess flue gas recirculation, urea injection, and ammonia injection for NOx control on 50 mw landfill gas fired power plant.
Identify and solve NO2 plume problem on gas turbine.
Review design of water injection system for 6 mw landfill gas fired turbine.
Design ammonia supply system for Thermal DeNOx system on refuse fired boilers.
Process design, equipment specifications for turnkey Thermal DeNOx system for glass plant.
Thermal DeNOx system on refuse fired boiler. Installation by customer.
Thermal DeNOx design and installation system for 10 mw wood fired cogeneration plant.
Boiler temperature calculations for identifying proper location within super heater section of landfill gas fired boilers for Thermal DeNOx. Balance of system by Exxon and customer.
Review Thermal DeNOx system installation on municipal refuse fired boiler. Installation by boiler owner.
Boiler temperature calculations for identifying proper location within superheater section of landfill gas fired boilers for Thermal DeNOx. Balance of system by Exxon and customer.
Design water injection system for NOx control on 1.4 mw gas turbine cogen system.
Design, fabricate, supply, and start-up of Thermal DeNOx system for grass-roots oil refinery. Total of 4 refinery heaters. Installation by General Contractor.
Design, fabricate, supply, and start-up of Thermal DeNOx system for oil refinery expansion project. Total of 13 refinery heaters, 11 new, 2 existing, plus 1 refinery boilers. Installation by General Contractor. (Fluor)
Design engineering on Themal De DeNOx system for boiler.
Design and install Thermal DeNOx system for flat glass plant.
Design, fabricate and supply Thermal DeNOx injection system for Mohawk Refiner (now Getty Oil Co.) Total of six refinery heaters and two process boilers. First known commercial post-combustion system in the US.
Engineering study to develop cost estimates for retrofitting utility boilers with SCR and Thermal DeNOx.
