ESCOPR believes in integrating the best industry-standard and updated available technology to its projects. The right equipment will improve efficiency and production assuring that operations run smoothly. Scroll down or click on the following Menu links for information on specific equipment and products. For equipment sales information, please call us at 787-782-7103 or send us a message here.
Engine & Turbines
GE´s Distributed Power gas engines offer a diverse product portfolio that includes highly efficient, fuel-flexible, industrial gas engines generating 100 kW to 10 MW of power for numerous industries. GE products are highly-developed and tested, and well-matched to each customer’s specific requirements.
The Jenbacher gas engines give you a power range of 250 kW to 10 MW with fuel flexibility to run either on natural gas or a number of other gases. They furnish onsite power, heat and cooling for a variety of commercial and industrial applications – particularly renewable and waste-to-energy, industrial power generation and cogeneration/CHP, and oilfield power generation.
OPRA provides gas turbine generating sets for customers world-wide within the oil & gas, industrial, commercial and marine sectors. OPRA’s 2 MW class gas turbine is of an industrial, all-radial design, which provides robustness, reliability, and highest efficiency in class and ultra low emissions.
Dual fuel and off-specification fuel options are also available. Complete gas turbine generating sets are engineered to meet customer specific requirements. Single or multiple OPRA units can effectively cover installations from 1.5 to 10 MW electric power demand. The OPRA power generator set has several unique features and benefits and is thereby well suited for a variety of applications including CHP and oil and gas.
- InVerde Inverter-Based Cogeneration:
The InVerde e+ module is the first and only clean natural gas engine-driven CHP system able to operate within the extremely low emission levels of regulated pollutants. Tecogen provides turnkey light solutions. The InVerde e+ module is custom designed with your facility in mind and shipped to your site pre-assembled – speeding installation and ensuring your cogeneration equipment will operate optimally, right from day 1 and for decades to come. Some product features:
- 33% Electrical Efficiency (94% overall) – Best in Class!
- InVerde e+ patented variable speed operation allows for 10 kW to 125 kW output
- Fully scalable from 10kW to multi-MW
- Tecopower Induction-Based Cogeneration:
Tecopower offers the latest advances in engine, controls, heat recovery and low-emissions technology. The Tecopower low and ultra-low emissions cogeneration modules offer among the highest overall efficiencies of any CHP systems, and have the most proven high reliability and serviceability in their class. Tecopower CHP is best suited to facilities that have concurrent and consistent electric and heating demand and ownership with a vested interest in saving money via energy efficiency initiatives. Product add-ons:
- Ultera Emissions Control
- Load Modules and Engineered Accessories
- CHP Insight – Powered by GE
Capstone microturbines are the ideal solution for today’s distributed generation needs. As the world’s leading clean technology manufacturer of microturbine energy systems, Capstone products are supported by over 100 patents to deliver distributed power applications for customers worldwide.
By integrating an innovative turbine engine, magnetic generator, advanced power electronics, and patented air bearing technology, Capstone microturbines continue to define the standard for clean and reliable energy solutions.
Capstone offers a comprehensive product lineup, providing scalable solutions from 30kW to 30MW. Capstone microturbines can also operate on a variety of gaseous or liquid fuels and are the ideal solution for todays distributed generation needs.
The Flex Turbine® provides unmatched uptime compared to competing solutions, ensuring low total cost of ownership and uninterrupted, clean power when you need it. The Flex Turbine® requires only 8 hours of maintenance a year.Wide fuel tolerance, ultra-high uptime and low emissions make the Flex Turbine™ and heat exchangers from FlexEnergy the best choices for your onsite power and heat application.
Emissions and operating costs are decreased with Flex Turbine® CHP/CCHP through efficient energy generation paired with ultra-low emissions and energy security. The Flex Turbine® uses an onboard hot water heat exchanger for an efficient onsite CHP solution, giving energy intensive businesses an alternative to paying for costly utility power and improving their energy efficiency. Effective chiller systems are paired with the Flex Turbine® to reduce facility cooling costs for a 24/7 Combined Cooling Heat and Power (CCHP) solution.
An Absorption Chiller often is the largest significant operating asset in the building HVAC system. Three functions of cooling/heating/hot water integrated in one chiller, reduces equipment investment and machine room footprint. With everything you need in one machine, a one-time investment, there will be less to maintain and less to worry about. Installation time is 10% of time normally needed for a conventional project. This saves a lot of time cost and labor cost for our customers.
BROAD holds dozens of energy-saving patents and the chiller efficiency is 15-30% higher than global industry level. BROAD Packaged Water Distribution System cuts operating electricity consumption by 76%. Broad Absorbers whether they are simple single stage or ultra high efficiency multi-energy two stage chillers all are designed to the same stringent vacuum standard. BROAD’s packaged chiller is factory made and tested to meet all US safety standards.
Thermax chillers are extensively used worldwide for process cooling and air conditioning. Our cooling business offers an extensive range of chillers that use steam, hot water, exhausts gases and other fuels. Thermax chillers integrate well with efficient energy setups such as cogeneration and combined heating, cooling and power (CHPC) systems. As they do not use harmful refrigerants like CFCs, these eco-friendly systems are the natural choice for green energy planners. Some advantages:
- No CFC, hence environment friendly
- Uses water (R 712) as refrigerant
- No noise
- No moving parts, therefore no dynamic load
- No vibration, therefore silent operation
- Negligible maintenance
- Negligible power
- Power required for only small pumps
- Modular Design
- Compact design; on skid delivery
Heat Recovery Steam
Cain Industries is a leading designer and producer of combustion exhaust heat transferproducts. They are the only manufacturer producing a complete spectrum of exhaust heat transferand steam production equipment for the gas and diesel engine cogeneration (CHP), boiler exhaust economizer, industrial combustion heat recoveryand spiral finned tubing markets
Cain is a natural choice for both the retrofit and OEM client. Cain equipment can be adapted and assembled to fit any application or complete installation.Cain Industries offers an extensive selection of cogeneration systems specifically designed for gas and diesel engine, gas turbine and micro turbine generator retrofit applications. Anticipated results:
- Tremendous fuel savings typically pay for equipment and installation within 1 to 3 years of average use.
- Pollution reduction due to lowered annual fuel usage.
- Lower exhaust temperatures and significantly reduced sound output levels (final sound attenuation is typically 15 – 25 dBA).
Organic Rankine Cycle (ORC)
Organic Rankine Cycle (ORC) is a well-known and widely spread form of energy production. ORC is often used in combined-cycle power plant (CCPP) to recover waste heat after gas turbines or diesel engines. Organic Rankine Cycle features many assets that make it the best solution in a lots of heat recovery projects.
- Very high efficiency of the turbine
- Very quiet operation
- Simple stop and start up procedures
- Good system efficiency at partial load
- Very long lifetime, (around 25 years)
- No water consumption
- No need of manpower to run the system
- Simple and low maintenance
- Excellent operational performance: >98% availability
ESCOPR can survey your sitetoprovide you with reliable and cost-effective energy ORC CHP technical and site considerations makingsure switching to ORC will work well for you.We can help design, supply, install and commission a unit that will best suit your site and energy needs.
Engine Drive Chillers
The TECOCHILL Natural Gas Engine-Driven Chillers provide building owners with a reliable, proven, efficient and cost-effective alternative to conventional electric chillers.TECOCHILL is the only natural-gas engine driven chiller on the market. TECOCHILL’s benefits are significant:
- 50% Reduction in greenhouse gas (GHG) emissions normally associated with electricity and hot water production
- 50% Reduction in utility-related operating costs
The most common applications for TECOCHILL chillers are facilities with significant cooling loads and ownership interested in reducing strain on their electrical infrastructure – both day-to-day and during a blackout.
- Tecochill Water-Cooled Chiller
TECOCHILL product lines offer water-cooled engine-driven chillers, ranging from 150 to 400 tons of cooling capacity. Each natural gas engine drives a variable-speed single-screw rotary compressor, connected to a standard vapor compression refrigeration system utilizing environmentally friendly HFC-134a. The benefit to you:
- A dramatic reduction in your energy costs while reducing strain on your electrical and standby power systems – freeing valuable electrical capacity for other useful purpose
- Tecochill Air-Cooled Chiller
TECOCHILL product line offers air-cooled engine-driven packaged chillers with 50 tons of cooling capacity. These engine-driven chillers produce chilled water without the need for a cooling tower, and are installed outdoors for ambient air-cooling of the condenser. Each chiller’s natural gas engine drives a reciprocating-type piston compressor, as part of a standard vapor compression refrigeration system.
TECOCHILL’s chillers utilize environmentally friendly HFC-404a refrigerant. These chillers can be customized to suit your particular application with special options, including engine emissions controls, engine heat recovery, low-ambient control, hot gas bypass, coil guards and ultra-quiet fans.
Heat Pump Water Heater
- Ilios Water Source
Our Water-Source Heat Pump heats water at more than two times the efficiency of traditional boilers, while providing chilled water as a free by-product. This system provides domestic hot water, while producing free chilled water for air-conditioning. The Ilios high efficiency heat pump offsets current oil boiler plants, cutting fuel usage to heat water in half. The free chilled water reduces electricity consumed in the existing electric chiller plant.
By producing the heat more efficiently with less fuel and offsetting electricity use, the carbon reduction realized will be dramatic. In addition to saving money and cutting your carbon footprint, the Ilios product line comes equipped with an industry leading emission-control system. The patented Tecogen Ultera® system reduces criteria pollutants (in particular, carbon monoxide, nitrogen oxides and hydrocarbons) to near-zero levels, meeting the toughest air quality standards in the country today.
- Ilios Air Source
By using a combination of clean burning natural gas and renewable energy found in the surrounding air, the Air-Source Heat Pump unit will offset fuel use in existing boiler plants by producing domestic hot water at a much higher efficiency; thereby saving energy, reducing operating costs and lowering greenhouse gas emissions for facilities. Product features and benefits:
- Twice the efficiency of a conventional boiler
- 400,000 to 600,000 BTU/hour of hot water ideal for DHW, swimming pools, space heating and process heat
- Hot water delivery temperature 100°f to 160°f with near zero criteria pollutants
- COP of up to 2.2 utilizing a highly efficient heat pump with reclaimed engine waste heat
- 50% reduction in carbon footprint
- Ultra-low emissions with near-zero criteria pollutants
Cooling & Heating
Electrical Heat Machine
- Daikin (Templifier Scroll Water Heater)
Daikin Templifier heat recovery water heaters use a unique technology to recover large amounts of heat that would typically be rejected from the building and then use that heat for processes, building heat or domestic hot water.The scroll compressor Templifier heat recovery water heater can produce up to 160°F water for use in service hot water heating or reheat applications. Both HVAC and process applications can reduce energy costs by using a Templifier water heater.
How a Templifier Unit Can Save You Money
- Saves energy by heating water more economically than fuel-fired boilers or electric resistance heat
- Off-loads overloaded boilers or cooling towers, delaying or eliminating capital expenditures to increase their capacity
Secondary benefits include:
- Saves tower make-up water
- Reduces chemical treatment costs and sewer charges
Magnetic Bearing Chiller
- Smardt Air Cooled Chiller
The Smardt air-cooled chillerrange – 60 TR to 450 TR– offers the smallest footprint on the market, the quietest operation on the market and the highest air-cooled operating efficiencies on the market.Standard features include state-of-the-art weather protection for V-shaped condensercoils, to optimize heat rejection and footprint. Coils are baked and double-coated as standard enhancing the high-efficiency operating life of the total chiller unit.
- Smardt Water Cooled Chiller
Smardt’s water cooled chiller range – 60 TR through 2500 TR – is designed for a 30-year operating life, with the lowest lifetime operating costs in the market. Smardtoil-free centrifugal chillers offer flooded shell-and-tube evaporation, low power consumption, low maintenance costs and high reliability with only one main moving part. Smardt’s standard 120 TR – 180 TR water-cooled chillers deliver an IPLV of .37 kW/tr under AHRI conditions. Compare the energy savings with your currently installed equipment.