A.H.T. Syngas N.V. ∙ 5652AH Eindhoven ∙THE NETHERLANDS For services/cooperation partners, customers Administration: 51491 Overath ∙ GERMANY 1 / 9 Version V07 2019-01-10
References and Project Overview
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Content
1 Introduction – Historical Overview ... 3
2 Most Recent Projects and Installations (2020 – 2006) ... 4
3 Installations based on earlier A.H.T. Technology before spin-off ... 6
4 Installations by KHD 1980ies to -90ies ... 7
A.H.T. Syngas N.V. ∙ 5652AH Eindhoven ∙THE NETHERLANDS For services/cooperation partners, customers Administration: 51491 Overath ∙ GERMANY 3 / 9 Version V07 2019-01-10
A.H.T. Syngas Technology N.V. registered in the Netherlands with its administrative office in Overath near Cologne /Germany is proud of its direct descent from the inventor of the ubiquitous gas Otto-engines, Mr Nikolaus Otto. He was the founder of the “Gasmotoren-Fabrik Deutz AG” which later became the famous German “Klöckner-Humboldt Deutz (KHD)” company with a large portfolio in the fields of engines, special purpose machines, utility vehicles – and gas generation plants.
As in Europe and particularly in Germany fossil oil and gas
was not available in quantities during the first quarter of the 20th century, the need of gas
generation for electricity and power generation from alternative fuels like coal and wood emerged, making the company a world-wide supplier for gas generators all over the world. During that time, the twin-fire gasification technology was developed, combining the advantages of up-draft and down-draft gasification for the production of an exceptionally clean synthesis gas suitable for the combustion in engines.
With the wide abundance of fossil oil and gas with the beginning 1950ies, the demand for gasification of alternative fuels declined and the gasification technology of KHD was outsourced in the late 1970ies. During the 1980ies, not least triggered by the first oil crisis and a growing environmental awareness regarding the ecologic disadvantages of massive fossil fuel consumption, the need for alternative and more environmentally friendly power and heat generation, according technologies experienced a renaissance. This encouraged a U.S. based entrepreneur to reactivate the ingenious KHD twin-fire concept together with their former gasifier technology department leader.
From here, the success story continued, finally leading to the present A.H.T. Syngas Technology N.V. – a lean-structured and modern company which adapted the core technology to nowadays’ requirements towards clean, efficient and environmentally friendly gas, power and heat solutions for the world. As a consequence, A.H.T. looks back on the experience of more than 15,000 world-wide installed gas generation plants. A.H.T. partners with investors and manufacturers of peripheral technologies on all continents of
this planet in order to offer tailor-made and affordable bio-waste to energy and coal gasification solutions at competitive prices.
A.H.T. Syngas N.V. ∙ 5652AH Eindhoven ∙THE NETHERLANDS For services/cooperation partners, customers Administration: 51491 Overath ∙ GERMANY 4 / 9 Version V07 2019-01-10 2 Most Recent Projects and Installations (2020 – 2006)
USA
Commissioning: in execution – design engineering for a carbonisation
facility
Installation Site: Spring City
Feedstock: Sewage Sludge
Throughput: 30 kg/h
Germany
Commissioning: September 2020, in execution
Installation Site: Lindlar
Feedstock: Various biomass waste within a trial plant
Throughput: 30 kg/h
Switzerland
Commissioning: March 2020
Installation Site: Chur
Feedstock: Various biomass waste/ HTC Bio Char from manure/
sludge
Electrical Output: 200 kWel
Indonesia
Commissioned: August 2019
Installation Site: Surakarta
Feedstock: Various biomass waste (from MSW)
Electrical Output: 150 kWel
Switzerland
Commissioned: March 2020
Installation Site: Chur
Feedstock: HTC Bio Char from manure/sludge
Project: Engineering, Supervision of a HTC unit Malaysia
Delivered: 2016
Installation Site: Negeri Sembilan (50 km SE of Putrayaya)
Feedstock: Various biomass waste
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Commissioned: 2015
Installation Site: Heat and Electricity production
Feedstock: Wood
Electrical Output: 600 kWel
Japan
Commissioned: 2015
Installation Site: Kesennuma, Miyagi
Feedstock: Wood
Electrical Output: 800 kWel
Austria
Commissioned: 2012
Installation Site: Amtzell
Feedstock: Wood
Electrical Output: 200 kWel
Austria
Commissioned: 2013
Installation Site: Amtzell
Feedstock: Wood
Electrical Output: 150 kWel
Indonesia
Commissioned: 2011
Installation Site: Tayan, Kalimantan
Feedstock: Coal
Electrical Output: 6,000 kWel
India
Commissioning: 2017 delivered
Installation Site: Busantpur, Odisha
Feedstock: Coal
A.H.T. Syngas N.V. ∙ 5652AH Eindhoven ∙THE NETHERLANDS For services/cooperation partners, customers Administration: 51491 Overath ∙ GERMANY 6 / 9 Version V07 2019-01-10 3 Installations based on earlier A.H.T. Technology before spin-off
Germany
Commissioned: 2008
Installation Site: Stuttgart-Vaihingen, Baden-Württemberg
Feedstock: Woodchips
Electrical Output: 100 kWel & 145 kWth
Commercial operation stopped – reutilisation for research projects with micro gas turbines by DLR
Germany
Commissioned: 2006
Installation Site: Euskirchen, North Rine-Westphalia
Feedstock: Woodchips
Electrical Output: 200 kWel & 385 kWth
Germany
Commissioned: 2006
Installation Site: Rhein-Erft District, North Rine-Westphalia
Feedstock: Woodchips
Electrical Output: 100 kWel & 145 kWth
Italy
Commissioned: 2006
Installation Site: Klausen, South Tyrol
Feedstock: Woodchips
A.H.T. Syngas N.V. ∙ 5652AH Eindhoven ∙THE NETHERLANDS For services/cooperation partners, customers Administration: 51491 Overath ∙ GERMANY 7 / 9 Version V07 2019-01-10 Germany
Commissioned: 1985
Installation Site: Leutkirch, Bavaria
Feedstock: Saw mill residues
Electrical Output: 430 kWel and engine heat utilisation for fuel drying
Brazil
Commissioned: 1984
Installation Site: Porto Alegre, Rio Grande do Sul
Feedstock: Saw mill residues, tropical wood
Electrical Output: 200 kWel
Costa Rica
Commissioned: 1984
Installation Site: Horquetas
Feedstock: tropical waste wood
Electrical Output: 200 kWel and engine heat utilisation for fuel drying
The plant was built/ delivered on the base of an international bid issued by the U.S. American government.
Germany
Commissioned: 1983 (research and development plant)
Installation Site: Cologne, North Rine-Westphalia
Feedstock: various biomass and lignite
Electrical Output: 200 kWel
USA
Commissioned: 1982
Installation Site: Manchester, New Hampshire
Feedstock: waste wood
A.H.T. Syngas N.V. ∙ 5652AH Eindhoven ∙THE NETHERLANDS For services/cooperation partners, customers Administration: 51491 Overath ∙ GERMANY 8 / 9 Version V07 2019-01-10 5 Historical Installations in the late 19th Century by Deutz
Last but not least we would like to present some historical references from the early times of KHD’s and A.H.T.’s success story as we are proud to look back on the unrivalled and literally mature technology which had been proven to be reliable and efficient all over the world already in the early high-times of industrialisation.
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