Cogeneration - Import export

Cogeneration or combined heat and power (CHP) is the use of a heat engine or power station to generate electricity and useful heat at the same time. Trigeneration or combined cooling, heat and power refers to the simultaneous generation of electricity and useful heating and cooling. Containers (for cogeneration and trigeneration systems) is a high-quality unit which can be deployed where economical and speedy installation is required. Generator, compressor etc. in order to reduce the disturbing sound pollution emitted by sound generating devices to the desired values by the customer, in-room sound ins4ulation, sound dampening tapes, stalactical sound cutters etc. production and assembly.

Fuel tanks used in diesel generator applications are classified as daily tanks and main fuel tanks depending on generator fuel consumption and capacity. Fuel tanks are available in a wide range of versions, from prismatic or cylindrical, above-ground or underground, single-walled or double-walled, horizontal or vertical versions, to suit specific application.

Exhaust gas bypass systems are made as additional equipment in exhaust gas heat exchangers. 3-way flap is required for bypass systems. By-passing the gas flow makes it possible to adjust temperature inside boiler (exhaust gas heat exchanger). Before delivery, we do a thorough test drive for every single damper, using actuator and special measurement equipment, to make sure that they function as expected and are ready to serve reliably on site. Availaible in steel, stainless steel or heat resistant materials Flange type and size depending on customer needs We develop dampers in different sizes and various temperature ranges Actuator options; Pneumatic actuator, Electrical actuator

Silencers/Mufflers; diesel and gas engine exhaust noise is designed based on required target noise levels and current pressure drop. In addition to the standard silencers for stationary engines, special silencers are designed and manufactured according to customer specifications. In addition to reducing exhaust noise, extremely compact designs are made with the available space in mind.

Considering combined energy production systems are considered, only systems where heat and electricity production are made simultaneously are called cogeneration systems. In cogeneration systems; The heat energy, which is the side output of the electricity production system, is evaluated. As a result, since losses are greatly reduced, fuel consumption is significantly reduced and profitability based on energy efficiency emerges.

DSEC is your trusted partner for the construction of your biomass energy plants. Biomass to energy via cogeneration is a sustainable power source, its valorisation can be done trough many different processes. The choice for the suitable technology depends on its various characteristics (moisture, size, ashes melting point, chlorine content, ashes content, ...). Several applications can be developed, from heat production to power generation or even combined heat and power plant. Through its numerous references in biomass valorization, DSEC is able to provide the right expertise to the customer. De Smet Engineers & Contractors is an actor into the green heat and electricity field, developing realizations from concept to start-up. Thanks to our wide turnkey experience, we may give warranties on the schedule, the investment and the performances. Developed biomass energy via cogeneration projects concern pellet production, biomethanisation, wood chips gasification, straw combustion, sunflower husks, bagasse and other agricultural residues valorization for direct steam production or electricity production with back pressure or condensing turbine. De Smet Engineers and Contractors offers you turnkey solutions fitting with your specific needs, that can start with Conceptual Engineering and FEED studies and finally evolve into a Full EPC biomass energy plant project.

Cogeneration and heat recovery ATTSU's BV is a steam boiler designed to recover the heat from engine or turbine exhaust at cogeneration facilities.

Waste heat boilers are the equipment used in the production of process fluids such as steam, hot water or hot water by recovering this heat in processes where there is high temperature waste heat. For example, cogeneration plants, cement plants, glass factories or steel production process chimneys are potential sources for waste heat boiler application. Design and production with CE/ASME mark can be made according to EN12952 & EN12953 & ASME standards with smoke tube, water tube or combined. Depending on the operating time of the system, the payback period for installing such boilers may be limited to several years, so they are quite attractive systems to invest in. Our team has deep experience in the design, manufacture and turnkey installation of such systems.