Dokumen - Tips Saacke Boiler House Log Book Saacke Boiler House Log Book Saacke Service Contract
Dokumen - Tips Saacke Boiler House Log Book Saacke Boiler House Log Book Saacke Service Contract
Dokumen - Tips Saacke Boiler House Log Book Saacke Boiler House Log Book Saacke Service Contract
For owners and operators of heat generating plants in the UK and Ireland
We are pleased to announce an exclusive partnership between Direct use of gas turbine flue gas for
SSE Enterprise, part of one of the leading energy suppliers combustion – with over 90% overall
in the UK and Ireland, and SAACKE Combustion Services efficiency at the turbine
Limited, the leader in innovative solutions for combustion and
heat generation, to bring substantial savings to local markets by The idea of using excess heat from generating electricity that
using SAACKE’s proven micro gas turbine CHP system utilising would otherwise be lost, for raising process steam or hot water,
gas turbine flue gas burner technology. is not new. It could better be described as a logical step, because
the hot flue gases of a block heat and power plant or gas turbine
You can generate your own electricity, feed-in the surplus to the contain great quantities of valuable energy.
National Grid AND use 100% of the turbine exhaust gases as
combustion air in a unique burner firing on a conventional new While the hot flue gas of a traditional combined heat and power
or existing boiler/furnace, thereby maximising overall plant plant (CHP) is directed immediately through a heat
efficiency. SSE bring their design and turnkey project exchanger or waste heat boiler, in the solution now available
management expertise to bear together with project funding and from SAACKE the gas turbine exhaust gases supply a DDZG-GT
attractive payback options. series gas turbine flue gas burner as combustion air.
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In this way SAACKE not only opens the way to new Direct use of gas turbine flue gas for
high-temperature processes for CHP plants, but also makes combustion – with over 96% efficiency
production more flexible and profitable overall. The system can
achieve overall efficiencies of over 90%, and is not only very With the “micro CHP” principle, SAACKE introduces a highly
economical, but also environmentally friendly. cost effective method for generating electricity for conventional
heat generators.
Conventional CHP plants have most commonly been
implemented in the low and medium load range with block heat Initial systems have been based on a Capstone micro gas
and power plants, and are very maintenance-intensive. turbine. These proven electricity generators were originally
developed for use by the US army. They combine turbine,
However, SAACKE is now offering an alternative: an extremely generator and line synchronisation in one compact sound-
low-maintenance combination of micro gas turbine with proven proofed housing. They are typically operated with natural gas,
SAACKE burners known as “micro CHPs”. A gas turbine but are also able to use biogas, fuel oil or biogenic oils.
generates from 50 to 200 kW of electrical current, with its flue
gas used to supply a SAACKE gas turbine flue gas burner, which Because all movable parts of the electricity generator run on a
fires in the downstream heat generator. single (air-cushioned) shaft, the maintenance intervals of the
micro gas turbine are extremely long, with a total service life of
Depending on the layout and configuration of the heat up to 80,000 hours for the turbine.
generator, a CHP plant of this type produces heat, steam or hot
water with conventional heat generators – and also produces
valuable electrical energy.
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The current that is generated can be fed back into the electrical
network or used solely internally. Firing systems featuring high
operating hours and continuous heat consumption are naturally
suited to CHP solutions, however, the turbine and burner can
optionally be operated independently of each other.
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You will also learn about the latest guidelines and legislation
covering the essential aspects of operating a boiler plant.
We are partway through the 2016 programme but there are still
places available at the following venues:
“As always first class service from The new statutory regulations are the Chinese government’s response to rising
SAACKE.” air pollution and smog formation, especially in urban areas. These are the
result of released nitrogen oxides, which are unwanted by-products of
combustion processes that use high temperatures in many sectors of industry or
“I would like to take this are also released by motor vehicles in traffic.
opportunity to thank you personally
for all your help over the last few
days with regard to the boiler at the “We want to use our technology to contribute to a
DVLA. I totally understand your better climate and better living circumstances for
team were under contractual
pressures and had some major the inhabitants”
installations to complete. They
however managed to make the time
to help us out during this very says Dr Norbert Schopf, Director, Business Development at SAACKE. “The
difficult situation. Can you please guidelines for new plants may only enter into force from 2017, but they also
pass on my thanks to your engineer affect power stations that supply heat. The goal is to be able to commission the
Chris Ball. He was absolutely first SAACKE Low NOx burners at the start of the 2016/2017 heating period.”
fantastic and worked tirelessly to
resolve the issue we had. My engineer Plants that are already in operation can also be fitted with the technology, so
spent a lot of time with him that they can continue to be used.
yesterday and was blown away by
Chris’s knowledge and skills. I Cost-effective and efficient compliance with limit
cannot stress how grateful we are for values
all your help.”
The reduction of nitrogen oxides in industrial processes is generally achieved by
Denise Laing - Contract Manager, cooling the flame temperature in the burner, such as by installing cooling fins
CBRE or water injection.
However, all of these options increase fuel consumption, material costs and the use of necessary additives at the operator’s expense.
By contrast, the SAACKE LONOX UCC system is based on an internally developed technology, whose core elements are a swirled
and particularly stable spherical flame as well as a specially-engineered flame control. “This function has proven itself in practice
over many years and has undergone constant optimisation”, explains Dr Norbert Schopf.
The SAACKE burner fires all gaseous fuels cost-effectively and efficiently in compliance with the limit values of 30 mg/m³ NOx
based on 3.0% dry O2 – with a low flue gas recirculation rate of < 30%. Specifically, measurements by the TÜV Nord, under low,
partial and full load, resulted in NOx values (averaged over half an hour) of < 19 mg/m³ at an output of 1 MW, < 28 mg/m³ at
4 MW and < 24 mg/m³ at 8 MW. The CO value is below 100 mg/m³.
The SAACKE LONOX UCC system does not require any external measures for NOx or CO, and has a capacity range of 8 to 64 MW,
making it suitable for plants with shell boilers or water-tube boilers with capacity ranges between 10 and 80 tons per hour.
The burner solution is also ideal for extremely short furnaces due to the special flame geometry.
The SAACKE LONOX UCC system can be customised to customer requirements and the local infrastructure. Besides the test plant
at the research and development location in Bremen, a 32 MW demonstration plant is also in planning at SAACKE’s Chinese site
in Qingdao.
If you are reading this newsletter but don’t receive your own personal copy and would like to be sent one directly, please
contact Susie Bell via s.bell@saacke.com or on 023 92 333831
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Congratulations
Adam Hartin
(Aftersales Engineer, Havant)
UK team snippets
20th March. They both finished in 2
Lee Cornwell hours, crossing the finish line together
(Spares Co-Ordinator, Havant) and raised a fantastic £1167.75 for
Parkinson’s UK, a charity that has
who have both recently celebrated 10 supported David’s father and House of
years with SAACKE UK Companies. Bread, a Stafford based charity that
assists the homeless locally.