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Translation of a technical description document: a new type of wind turbine developed by a spanish company famous in this field
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Translation of several docs and PPTs about drone-mounted system to map and survey underground mine, a world-leading brand in this field.
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manuals for manufacturing lightweight solar cells
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Equipment and device translation for artificial insemination of farm animals, such as boar, bull, cow, turkey, for a famous company specialized in biotechnology field
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Instructions on electromagnetic compatibility, French to Chinese, 1302 words. for a famous medical device company.
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English to Chinese: Text for translation- V60 product book Mar 17.doc General field: Tech/Engineering Detailed field: Mechanics / Mech Engineering
Source text - English Text for V60 product book
March 12, 2009
PAGE ONE -- Front Cover
Title:
The V60-850 kW,
• China’s most high-tech KW turbine
• The most advanced KW turbine, made for China
• Innovative technology, tailored for China
• New technology, reliable product
• Industry-leading KW technology, made for China
PAGE TWO AND THREE -- Inside Cover
Title:
Innovation for a sustainable China, a partnership for the future (BEST)
PAGE 4 -- Turbine Intro & Customer Voice
Title: Best in Class
The V60 850KW turbine is new product that breaks new ground in China. Designed for Chinese wind and weather conditions, the V60 850KW is a more productive and efficient turbine that uses Vestas’ latest technological innovations – building on the well-proven and reliable V52 (series of KW machines). The V60 850KW is optimized for medium and low wind sites, making it an efficient and powerful turbine for China’s biggest available wind classes. In other words, the V60 opens the doors to 75 per cent of China’s onshore wind resources.
The V60 850KW was built in China to meet Chinese customers needs: based on Vestas’ 23 years of experience in the Chinese wind energy, it was conceived in China, and designed with industry-leading expertise from Vestas’ global research and development team.
The V60 850 KW is more efficient, more productive and more flexible turbine – it can generate more electricity than other KW turbines in the 850KW class.
With the V60, Vestas is ready to partner with China’s wind industry in entering the next stage of development.
PAGE FIVE – Customer Voice
Title: Solving the challenges together
Our customers told us that a competitive new KW product based on Chinese market conditions was needed, and we set out to make this product.
Our customers told us that they needed a more productive turbine for Class IIb sites and adapted for the harsh climate of China’s most windy areas. Our customers wanted a more powerful and efficient KW turbine that delivers a better return on investment. They wanted a turbine that is easier to transport and install in challenging sites and is easier and less costly to maintain. We designed the V60 850KW to meet all of these goals.
We developed the V60 850KW by applying our ground-breaking technology to our well-known and popular KW platform. We listened to our customers, and the result is the first-ever Vestas turbine tailored to a specific market.
PAGE SIX -- Selling Points of V60
Title: Cutting-edge blades deliver more power
What makes the V60 a more productive turbine are its newly-designed, 29-meter blades. The product of our latest and most innovative technology, these blades feature a new structural design with an enhanced aerodynamic profile delivering high lift and enabling a low cut-in wind speed. The use of new materials on the V60 blades keeps its weight to a similar level as our 25-meter blades, with an increase of only 80 kilograms per blade.
In spite of the longer blades and larger swept area, the size of the nacelle remains unchanged. This is only possible with a set of newly designed components ranging from drive train, bearing housing and gearbox
English to Chinese: The history of hydrocarbon filling of Danish chalk fields General field: Tech/Engineering Detailed field: Petroleum Eng/Sci
Source text - English The history of hydrocarbon filling of Danish chalk fields
In an oil reservoir, the geometry of the interface between water and oil is critical in determining the volume of oil trapped below the top seal. If the interface is planar and horizontal, the volume calculation is fairly simple, but if the interface is tilted or undulating, estimation of the volume of the trapped oil is complex as it depends on the combined structural and fluid contact geometry. Since accumulation of the oil may take place over a time span of several million years, while the reservoir is experiencing burial and compaction, the charge history must be studied using dynamic methods that account for these changes and for flow in both the oil and water phases. These processes have been studied quantitatively at the Geological Survey of Denmark and Greenland (GEUS) in a project that has combined the burial model with a fluid flow simulator. The modelling study shows that filling of a chalk reservoir can have a very long and complex history dominated by very low fluid flow rates (cm/year). The resulting modelled present-day situation exhibits a very irregular oil distribution and a non-planar geometry of the fluid contacts, and shows marked similarities to that shown by the field data.
Oil–water contact and free water level
The positions of the oil–water contact (OWC), the gas–oil contact (GOC) and the associated free water level (FWL) in an oil- and gas-field are some of the most important factors in estimating the in-place hydrocarbon volumes of a given field. Thus it is important to be able to analyse and predict tilted or irregular fluid contacts (Dennis et al. 2000; Moss etal. 2003; Dennis et al. in press; Vejbæk et al. in press). The fluid contact can be defined in two radically different ways: The OWC is defined by setting a threshold for the oil saturation, whereas the FWL is defined where the pressures in the water and the oil phases are equal. In the chalk reservoirs in the North Sea, the relationship between the OWC and the FWL can be described in simple cases by the capillary characteristics of the reservoir rock. In the central North Sea (Fig. 1), the fluid contacts in the Chalk can be naturally tilted by hydrodynamic activity due to a regional flow of water in the chalk. A regional pressure gradient in the chalk aquifer has been described from available pressure measurements (Megson 1992), and later refined using more data (Dennis et al. in press).
The regional lateral pressure gradient reflects differential compaction caused by rapid Neogene deposition with the highest burial rates in the central Ekofisk area (Japsen 1998). The water therefore migrates laterally away from this area and towards the periphery of the North Sea.
Analysis of burial history by backstripping and decompaction shows that this pressure was probably caused mainly by rapid deposition in the time interval from latest Miocene to Recent times, as the magnitude of the pressure corresponds to the thickness of these deposits (Japsen 1998). Thisis consistent with a very low regional permeability of the chalk (and adjacent sedimentary packages) probably not exceeding 1 mD.
Fig. 1. Map showing top chalk depth structure for the Danish North Sea area. Producing chalk fields are shown, with oil fields green, and gas fields red. Colour interval is 100 m and contour interval 50 m. The red line on the Kraka field shows location of the profile studied (see Fig. 3). Full black lines are major faults. Dashed black lines are offshore sector boundaries.Modified from Vejbæk et al. (in press).
The flow of water and the accompanying pressure differences will influence the position of the FWL (Fig. 2A). If the oil is also flowing due to either buoyancy equilibration or active migration, it will affect both the FWL and the GOC (Fig. 2B, C).
Factors that modify the position of the FWL include tilting due to structural movements, and the presence of oil migrating from the underlying source rocks into the reservoir. The reason that these processes influence the present geometry of the FWL is that both oil and water flow take place at very low velocities (cm/year), due to the low permeability of the chalk. Even though structural movements are very slow, the flow is not able to respond quickly enough to equilibrate the system, even on a scale of millions of years.
The petrophysical properties of the North Sea chalk reservoirs are mainly governed by their high-porosity/low-permeability aspect with porosities usually around 20–40% and average permeability of 1 mD.
Case study
The Kraka field in the southern Danish North Sea (Fig. 1) has been chosen as the subject of a case study of primary oil charging and remigration. To study the interaction of the different processes, reservoir fluid flow simulation techniques have been applied in combination with burial modelling, including compaction (Vejbæk 2002). The results show that a time span in the order of 2 Ma is required for the hydrocarbons to reach the top of the reservoir in an approximately equilibrium state, if they enter the reservoir section from a flank position. However, not even dynamic equilibrium can be fully obtained in this time span if re-perturbation by structural movements leads to changing water-zone pressure gradients.
English to Chinese: Influenza_CN.doc General field: Medical Detailed field: Medical: Health Care
Source text - English Dear all,
Influenza A (H1N1) again seems to intensify in different parts of the world, and several countries are currently affected to such a degree that the situation can be characterized as a pandemic. This, however, does not mean that there is any reason for panic, but instead we should prepare by following the situation intensively.
As of today a specific Influenza A (H1N1) website has been launched on Control Systems’ intranet, and will continuously inform on the development of the situation related to our organisation. In addition to links to different health authorities, the website contains guidelines as to how we can minimize the risk of Influenza A (H1N1) spreading, through healthy and considerate behaviour. It is important information, which everyone at Vestas Control Systems should be aware of, so that we can prevent bacteria from spreading and thereby protect ourselves and each other. For this reason I encourage you all to visit the intranet site, and continuously keep yourselves informed. For employees that do not have access to the intranet I ask that their immediate managers bring forward this information.
Link to Control Systems’ Influenza A (H1N1) website: http://intranet/C6/C6/C9/index/default.aspx
English to Chinese: SPE-119890 General field: Tech/Engineering Detailed field: Petroleum Eng/Sci
Source text - English Abstract
Ultra-low permeability shale reservoirs require a large fracture network to maximize well performance. Microseismic
fracture mapping has shown that large fracture networks can be generated in many shale reservoirs. In conventional
reservoirs and tight gas sands, single-plane fracture half-length and conductivity are the key drivers for stimulation
performance. In shale reservoirs, where complex network structures in multiple planes are created, the concept of a single
fracture half-length and conductivity are insufficient to describe stimulation performance. This is the reason for the concept
of using stimulated reservoir volume as a correlation parameter for well performance. The size of the created fracture
network can be approximated as the 3-D volume (Stimulated Reservoir Volume or SRV) of the microseismic event cloud.
This paper briefly illustrates how the Stimulated Reservoir Volume (SRV) can be estimated from microseismic mapping data
and is then related to total injected fluid volume and well performance. While the effectively producing network could be
smaller by some proportion, it is assumed that created and effective network are directly related. However, SRV is not the
only driver of well performance. Fracture spacing and conductivity within a given SRV are just as important and this paper
illustrates how both SRV and fracture spacing for a given conductivity can affect production acceleration and ultimate
recovery. The effect of fracture conductivity is discussed separately in a series of companion papers. Simulated production
data is then compared with actual field results to demonstrate variability in well performance and how this concept can be
used to improve completion design, and well spacing and placement strategies.
Introduction
Fisher et al. (2002), Maxwell et al. (2002), and Fischer et al. (2004) were the first papers to discuss the creation of large
fracture networks in the Barnett shale and show initial relationships between treatment size, network size and shape, and
production response. Microseismic fracture mapping results indicated that the fracture network size was related to the
stimulation treatment volume. Figure 1 shows the relationship between treatment volume and fracture network size for five
vertical Barnett wells, showing that large treatment sizes resulted in larger fracture networks. It was observed that as fracture
network size and complexity increase, the volume of reservoir stimulated also increases. Fisher et al. (2004) detailed
microseismic fracture mapping results for horizontal wells in the Barnett shale. This work illustrated that production is
directly related to the reservoir volume stimulated during the fracture treatments. In vertical wells, larger treatments are the
primary way to increase fracture network size and complexity. Horizontal well geometry provides other optimization
opportunities. Longer laterals and more stimulation stages can also be used to increase fracture network size and stimulated
reservoir volume. Mayerhofer et al. (2006) performed numerical reservoir simulations to understand the impact of fracture
network properties such as SRV on well performance. The paper also showed that well performance can be related to very
long effective fractures forming a network inside a very tight shale matrix of 100 nano-darcies or less.
Translation - Chinese 摘要
超低渗透页岩储层必须有大范围的裂缝以提高油气井产能。微地震裂缝成像结果表明，许多页岩储层都可以形成大范围的裂缝网络。对于常规储层和致密含气砂岩，单面裂缝的半长和导流能力是提高产能的主要因素；对于页岩储层，其裂缝为多面复杂网络结构，采用单一的裂缝半长和导流能力不足以描述压裂增产。这就是采用储层增产体积（SRV）概念作为气井动态相关参数的原因。储层形成裂缝网络的规模可以近似为微地震事件云的三维体积。本文简要论述了如何通过微地震成像数据估算SRV，以及SRV与流体总注入量和油井动态的关系。虽然有效的开采网络可能较小，但通常认为整个裂缝网络和有效裂缝网络有一定的直接关系。然而，SRV不是提高油井产能的唯一因素，对于某一给定的SRV，裂缝间距和导流能力也同样重要。因此，本文主要阐述了SRV和裂缝间距两者对油井增产和最终采收率的影响。裂缝导流能力的影响在许多同行先前的论文中已经进行了论述。通过对比增产数据与现场实测结果，说明油井产能具有可变性，而且SRV可以用于提高完井设计以及油井间距和布局。
English to Chinese (China: Translators Association of China, verified) French to Chinese (Université Paul-Valéry Montpellier 3 - UFR 2 Langues et Cultures Étrangères et Régionales, verified)
Memberships
Conseil National des Compagnies d'Experts de justice, TAC
Software
Adobe Acrobat, Adobe Photoshop, DejaVu, Frontpage, Indesign, memoQ, MemSource Cloud, Microsoft 365, Microsoft Excel, Microsoft Word, SDLX, Subtitle Edit, Trados Studio, Wordfast, XTM
I am a France-based professional translator with over 19 years of experience, specializing in English/French to Chinese (Simplified & Traditional) language services.
I support clients with a full range of language services, including translation, revision, MTPE, and subtitling, particularly in corporate, medical, legal, luxury, and technical content.
Before becoming a freelancer, I worked for 5 years as an in-house translator in a translation and consulting agency in China, where I translated over 5 million words. This experience has shaped both my linguistic precision and my ability to deliver efficiently under tight deadlines.
I hold a Master’s degree in Trilingual Translation (French–English–Chinese) from Université Paul-Valéry Montpellier 3 and a Law and Public Service Translation and Interpretation Diploma from ESIT (École Supérieure d'Interprètes et de Traducteurs), and I am also:
Certified by CATTI (China Accreditation Test for Translators and Interpreters)
A member of the Translators Association of China
A sworn interpreter at the Court of Appeal of Versailles (France)
A member of Conseil National des Compagnies d'Experts de justice (France)
Over the years, I have collaborated with international brands and organizations such as Apple, Microsoft, IBM, Hermès, Gucci, Lancôme, Safran, Airbus, and Chaumet, delivering high-quality translations aligned with brand tone and terminology.
What I bring to your projects:
Consistent, publication-ready Chinese output
Strong attention to terminology and style guide compliance
Reliability and clear communication
The ability to handle both large volumes and specialized content
I would be happy to discuss how I can support your projects and contribute to your team.
Thank you!
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