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What you can expect from APROVIS gland steam condensers: - Can be used in regenerative and conventional applications - A complete system including blowers - Materials are adapted to the relevant application - Acceptance currently according to PED 2014/68/EU and the ASME Code; additional certifications to follow

The steam boiler CSBs low emissions already comply with future requirements of the MCP Directive (EU) 2015/2193. — Large output range from 300 to 23,600 kg/h for pressures ranging between 0.5 and 16 bar — High efficiency thanks to the integrated economiser and helical heat exchanger pipes — Versatile design for use with different fuel types and as a multi-fuel firing unit (oil, natural gas, bio gas, up to 20 % hydrogen) — Compliant with even strict emission levels when used in combination with our burners and controls — Telescopic reversing chamber makes cleaning, maintenance and inspection simple — Easy to operate with CSC boiler control (up to 4,000 kg/h) and boiler control

— For the convenient operation of steam boilers up to 4,000 kg/h of steam — Appealing price-performance ratio for steam boilers up to 4,000 kg/h of steam — Colour touch display for easy operation and clear visualisation of operating status — Flexible installation and small space requirement: installed on the boiler at the factory or loose control cabinet for wall mounting — Power electronics for fuel supply, feed water pump, blow-down and desalting — Optional: fully automated and conductivity-controlled blow-down and desalting

When operating with green energy, the boiler allows your company to achieve a CO2-neutral steam supply. — Generate up to 7.5 t/h steam in a highly efficient way using just electricity – no combustion, no emissions — High steam quality, excellent dynamics, full flexibility — Reduced expenditure: No flue gas, no fuel supply — Application-specific design and particularly reliable operation — Smart boiler control and seamless system integration — System equipment and service from a single source

— 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

— Three-pass boiler for a small to medium steam demand of 200 to 2,000 kg/h at up to 16 bar — Lower space requirement for easy installation — High level of efficiency due to the integrated economizer — Versatile design for use with different fuel types and as a multi-fuel firing unit — Intuitive touchscreen operation and PLC control — Easy wiring on site thanks to plug-in connections

Two independent firing units and flue gas paths offer very high flexibility in the ZFR thanks to a doubled modulation range. — Very high efficiency across the entire power range — Reliable solution for highly fluctuating steam demand — Project-specific equipment and optional components, for example superheated steam generation — Future-proof with options for low-NOx and CO2-neutral operation — Smart boiler control and seamless system integration — Stable supply and durable design Made in Germany

With impressively low emissions and its ability to be converted for biofuels or hydrogen, the UL-S is designed to be future-proof. — Very high efficiency for low running costs and emissions — Complete system with customer-specific equipment and future-proof technology — Extremely well proven design “Made in Germany”, highly durable and easy to maintain — Consistent steam quality for reliable supply — Custom designs available for heat recovery boilers, hybrid or superheated steam — Smart boiler control and seamless system integration with digital assistants

With the effective recovery of flue gas heat, you can save up to 14% on fuel and, at the same time, reduce emissions. — Effective heat recovery and reduction of flue gas losses — Maximum efficiency gain when using condensing technology — Fuel savings of up to 7%, or up to 14% when using an additional downstream condensing heat exchanger — Intelligent control for a long service life and high level of efficiency — Compactly integrated into the boiler or as a stand-alone version for simple retrofitting — Feed water cooling or combustion air preheating as alternatives to the condensing heat exchanger

* High-temperature heat exchangers * Gland steam condensers

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

Through integration of the segmented disc valve technology, the desuperheater type 5090 is able to control steam pressure and temperature in the steam network easily. By using four injection nozzles and finely tuned water conditioning, process steam is generated from superheated steam at 3 20 K above the saturated steam temperature.

The sliding gate manual valve type 8050 in long design with on/off and control operation is suitable for a wide range of process applications. Media such as steam, liquids, gases, etc. can be shut off safely with low actuating force and can be controlled excellently.

The sliding gate motor valve type 8036 is suitable for a wide range of process applications. Media such as steam, liquids, gases, etc. are easy to handle. Metal bellows Position electronics Analog stroke feedback Limit switch Fail safe feature . . . Control actuators or 3point actuators Voltage 230 VAC, 110/120 V AC, 24 VAC, 24 VDC

Hydraulic oil for use in all areas of the food processing technology Compressor oil for screw and multiple vane rotary vacuum pumps at required oil ISO VG 68 Lubrication of other machine elements, such as rolling and friction bearings in the food processing technology Advantages and benefits NSF H1 registered Long operating times through excellent oxidation stability Good low-temperature behaviour Wide operating temperature range Resistant to cold and hot water, water steam, disinfectants and cleaning agents Reduces friction and wear Good corrosion protection Free of mineral oil Conforms to VDL requirements

— For distributing the steam mass flow to the relevant consumers — Reduction in network loss due to centralised distribution in systems with complex consumer structures — Savings thanks to centralised operation and maintenance Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

— For increased system efficiency and reduced fuel consumption of up to 2% — Prewarming of the combustion air takes over a small portion of the thermal output of the burner — Lower investment costs in comparison with conventional solutions, low amortisation time — Lower maintenance and servicing costs

— Project-specific control system for optimum control of steam or hot water boilers — Maximum supply and operating reliability thanks to integrated monitoring and protection functions — Condition monitoring for consistently high system efficiency and availability of steam, hot water and heating boiler systems — Intuitive operation with graphical symbols and state-of-the-art touchscreen displays — SUC start-up, standby and shutdown system allows fully automatic high pressure steam boiler operation — Easy connection to higher-level visualisation and control systems as well as remote access via MEC Remote

— For covering short-term peak loads — Compensates for brief power peaks — Reduces water entrainment and counteracts its negative effects — Reduces switching frequency of steam generator — Reduces energy consumption and wear Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

Suitable for best suited for and universally usable on bearing lime or cement plaster, concrete, masonry, gypsum plaster and dispersion or silicate-based paint. Our product has been annealed using silica sol and it is free of solvents. It is naturally resistant to mold and washable.

Nash has been designing, manufacturing and troubleshooting steam jet air ejector systems since 1986. Steam ejectors provide vacuum in many process industries and utility companies. Combining low capital cost, simple operation, high reliability and the ability to handle large volumes at very high vacuum levels, they can be optimized to contribute to process enhancement and operational efficiency.

Steam Ejectors & Liquid Ring Vacuum Pumps Engineered for optimum efficiency, Nash Hybrid Systems now offer a 15% reduction in steam consumption. This was achieved through extensive R&D efforts, resulting in innovative design improvements. Nash has designed and manufactured hybrid systems since 1979, and our hybrid systems are recognized worldwide for reliable performance and low greenhouse gas emissions. As the new standard for Nash hybrid designs, these systems maintain traditional benefits, while offering accelerated payback through increased energy savings, condensers designed per HTRI specifications and a faster response time through regional sourcing. Nash is the only company to manufacture both the pumps and ejectors that go into a hybrid system, and offers a complete system warranty. All Nash hybrid systems are backed by global aftermarket support, decades of engineering expertise, and a proven history of reliable, dependable installations. Existing all ejector systems can be upgraded to more efficient hybrid systems by replacing or modifying stages. Nash engineers can evaluate your specific systems and recommend a custom hybrid design that will optimize your energy savings. Through reduced operating costs, upgraded systems can offer a payback of 2 years or less. Nash hybrid systems are used in industries and applications where deep vacuum is required and system reliability is critical. In operations where efficiency is key, emissions are a concern, or if there is a scarcity of steam in the plant, Nash hybrid systems are the optimal solution for efficiency.