Combined heat and power - Import export

Engines for combined heat and power plants are operated with different fuels, including hydrogen, natural gas, biogas, sewage gas and special gases, plus diesel and other liquid fuels. In an exhaust gas heat exchanger, the hot exhaust gas from the CHP engines or CHP gas turbines is cooled, in the process heating water, a water-glycol mixture or thermal oil. This thermal energy can be used in a local or district heating system or for other industrial purposes.

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.

COST EFFECTIVE SYSTEM FOR THE NON PRESSURISED STORAGE OF BIOGAS, LANDFILL GAS AND SEWAGE GAS In biological processes, gas production is not continuous. That is why the utilisation of gas (e.g. in a combined heat and power plant) requires an accumulator in order to compensate for fluctuations during gas production and to bridge downtimes for plant repairs and maintenance. Besides high functional and operating safety, other important criteria for the construction and operation of gas tanks include the economic aspects of investment and maintenance costs. DVGW approval held High functional and operating safety Highly accurate radar measurement enables exact content to be displayed Low investment and maintenance costs Quick construction Low maintenance Long service life Leak tightness can be checked

LIPP® Gas Accumulators were developed as a system for the nonpressurised storage of dry gas which has been used for over 300 projects worldwide over the past years or more. Sizes from 30 to 5000 m³ are available according to the gas yield in each case. The gas accumulator consists of two parts a bubbleshaped storage balloon and a steel container to protect the balloon against mechanical damage and the effects of weathering. Speciality Accurate level measure of stored gas. In biological processes, gas production is not continuous. That is why the utilisation of gas (e.g. in a combined heat and power plant) requires an accumulator in order to compensate for fluctuations during gas production and to bridge downtimes for plant repairs and maintenance. Besides high functional and operating safety, other important criteria for the construction and operation of gas tanks include the economic aspects of investment and maintenance costs.

Our 1375 kVA gas generators are cost-effective, low emission generators. Whether you need reliable off-grid power or wish to implement a combined heat and power package - we can help. Data is based on 50 Hz. For more information please request a data sheet. Generator shown may not be representative of equipment available at the time. Our 1375 kVA gas generators significantly lower nitrogen oxide (NOx), carbon monoxide (CO) and particulate matter (PM) emissions. Both the generator and skid are housed in a space-saving 20ft ISO container. Can be run with natural gas, biogas, coalbed gas, shale gas and wellhead gas. Extensive fleet of transformers available for operation at low voltages up to 33 kV. Supporting ancillary equipment allows a wide range of gas supply pressures to be accepted. Heavy-duty, turbo-charged, after-cooled engines are suitable for continuous operation in harsh environments. Supported by a highly-skilled and experienced team of engineers.

Our 375 kVA gas generator hire service offers cost-effective, low emission power. Whether you need reliable off-grid power or wish to implement a combined heat and power package - our 375 kVA generator can help. Data is based on 50 Hz. For more information please request a data sheet. Generator shown may not be representative of equipment available at the time. Our 375 kVA generators significantly lower nitrogen oxide (NOx), carbon monoxide (CO) and particulate matter (PM) emissions. Skid is external to the container and the gas ancillary module (GAM) is stacked on top to greatly reduce footprint. Extensive fleet of transformers allows for operation at low voltages up to 33 kV. Can accept a wide range of gas supply pressures with supporting ancillary equipment. Can be run with natural gas, biogas, coalbed gas, shale gas and wellhead gas. Turbo-charged, heavy-duty after-cooled engines are suitable for continuous operation in harsh environments.

What you can expect from APROVIS steam generators: - Efficient steam generation in combined heat and power plants - Cost-saving and reliable operation of the systems - Maximum functionality, safety and service - Performance areas: 1 to 25 baro, 100 to 25,000 kg/h - Certifications: PED 2014/68/EU, ASME Code, EAC - Can be used in all plants with exhaust gases from hydrogen, natural gas, biogas, sewage gas and special gases, plus diesel and other liquid fuels - Geared to international standards and directives - Single, double or triple version for operation with one, two or three engines with completely separate exhaust gas sections - The APROVIS Controlling System (ACS) is individually adapted to each project and is delivered in the required language - Access to the ACS using a modem enables easy fine-tuning of the system or remote maintenance for swift support if and when discrepancies occur during operation

What you can expect from APROVIS exhaust gas heat exchangers: - Efficient hot water generation in combined heat and power plants - Heating of thermal oil as an energy source - Individual solutions and compact designs - All the main components for the exhaust gas section and gas treatment are combined under one roof: proprietary products developed in-house - Cost-saving and reliable operation of the systems - Maximum functionality, safety and service - Temperature ranges: up to 600°C on the exhaust gas side or up to more than 1,000°C in the high-temperature range - Maximum functionality, safety and service - Temperature ranges: up to 600°C on the exhaust gas side or up to more than 1,000°C in the high-temperature range - Certifications: PED 2014/68/EU, ASME Code, EAC - Can be used in all plants with exhaust gases from hydrogen, natural gas, biogas, sewage gas and special gases, plus diesel and other liquid fuels - Geared to international standards and directives

Solar power plants, wind parks and combined heat and power systems have established in energy generating technology. To achieve a high operating reliability, MicroControl solutions ensure perfect system control and precise transfer of measurement data. As for example in the adjustment of solar panels, in temperature measurement in block-type thermal power plants or in torsion measurement in wind power stations.

— Conventional fired heat generator with additionally integrated smoke tube pass for waste heat utilization — Environmentally friendly generation of thermal heat or process heat through the utilisation of waste heat sources — High supply reliability thanks to self-firing function — Robust, reliable and durable — Versatile design for use with different fuel types and as a multi-fuel firing unit (oil, gas, biogas, hydrogen) — Ideal for combination with combined heat and power units or gas turbines

— Ideal for combination with combined heat and power units or gas turbines — Environmentally friendly generation of steam and hot water from available waste heat — High efficiency through efficient tubular heat exchanger and thermal insulation — Cost-efficient to purchase and operate as no burner is necessary

— Environmentally friendly generation of steam from available waste heat — The perfect addition to energy concepts involving combined heat and power generation — High efficiency through efficient tubular heat exchanger and thermal insulation — Additional efficiency gain thanks to optional integrated economiser — Matched, modular system for easy planning and fast installation

DI20 uses dry saturated steam technology for deep cleaning of machinery and environments. It was made primarily for external cleaning and is easily transportable. The combination of heat and pressure creates a powerful cleaning solution that removes all kinds of dirt, grease, oil, tree yield and bird droppings like no other system can.

This new addition to our product line is a compact heat exchanger made from high-alloyed stainless steel and can handle temperatures up to 550°C. Its compact and modular design makes it extremely versatile and easy to service. Our exhaust gas heat exchanger is designed to recover heat from exhaust gas produced for example by combustion engines used in combined heat and power plants. The heat exchanger transfers the heat from the exhaust gas to a liquid (water or water-glycol solutions). When heated up, this liquid can be used in central heating systems; for preheating air in the combustion chambers of furnaces and turbines; to dry coal, pulp, wood and other materials as well as for generating electricity with a Rankine process.

Cane sugar is produced by means of technologies rather similar to those used in a beet sugar plant that are also fully mastered by DSEC. Sugar cane is however a totally different plant compared to sugar beet: whereas sugar beet is sowed and can be harvested after +/- 6 months, cane takes longer to grow but grows back after it has been cut and can therefore be harvested several consecutive years (4 to 6) before being replanted. Cane can be cut either manually or mechanically before being directly processed in the mill. Cane plantation location in relation of the plant is of paramount importance so as to reduce sugar losses by the degradation of the plant after cutting as well as to minimize logistic costs. DSEC will select the most appropriate methodology for extracting the juice from the cane after its first shredding. The extraction operation will be performed using mill tandem or cane diffusion while additional mills will press the residual solid (bagasse) in order to increase its fiber content while additional mills will press the residual solid (bagasse) in order to increase its fiber content. Pressed bagasse will be used as fuel for the plant combined heat and power generation that will generally export electricity on the public grid. The choice between mill tandem and diffuser will be highly dependent on plant capacity, cane characteristics, expected extraction performances and plant general concept.

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.

ERC Guard Kinetic supplements light heating oil with additional characteristics which optimise it for stationary engines and enables the operation of diesel CHPs with more affordable heating oil. THE EFFECT ERC Guard Kinetic was specially developed for combined heat and power plants and other stationary engines which can be operated with any type of less expensive heating oil instead of diesel. The exclusively formulated combination of active ingredients lends the heating oil the characteristics which it lacks for effective and gentle operation in diesel engines. ERC Guard Kinetic is suitable for all heating oil types with a bio share of up to 20% and improves the characteristics of standard diesel. The heating oil with additive is primarily used for combined heat and power plants, from the macro to the mini, to the future micro CHPs designed for individual homes.

Hamon Deltak Inc. has been designing and fabricating Combined Heat and Power (CHP) Waste Heat Boilers (WHB) since 1977.Complex Systems Require Custom Solutions.CHP systems provide their greatest return on investment when energy usage from the waste heat boiler is maximized. CHP waste heat boilers are no longer off the shelf products. It is critical to design a properly sized WHB for the greatest efficiency possible. Let the most experienced team in the industry provide an optimal WHB design for your facility. The value of a properly executed CHP project is dictated by more than price alone.

Colloide designs and builds customised energy centres which generate heat which can then be distributed to buildings or district heat networks. We can also incorporate CHP units within the energy centre, providing electricity along with heat and a low carbon heat and power solution. Our energy centres are often designed to have more than one energy source, allowing the plant operator to vary the energy sources in relation to the energy demand and the best value for money at a given time. The energy sources may include: Gas fired boilers. Biomass boilers. Heat pump. Oil fired boilers. Combined Heat and Power (CHP) unit Our centres are engineered to include the energy sources, thermal stores, instrumentation, control systems, pumping and pipework network – building in as much flexibility as possible so that the plant can be operated as efficiently as possible.