Select region and country
Diesel < 2601 kVA
Gas < 1183 kVA
Diesel < 228 kVA
Diesel
Gas
Diesel < 9.9 kVA
Diesel < 51 kVA
Diesel < 2536 kVA
Diesel < 2579 kVA
My products
Resources
Downloads
We have detected that you are using Internet Explorer
For a better user experience on our website, we recommend that you access with another browser, such as
| Chrome | Firefox | Edge | Safari |
If you decide to continue browsing with Explorer, we inform you that many functionalities, menus, banners..., will not run correctly.
Hemos detectado que estás usando Internet Explorer
Para una mejor experiencia de uso en nuestra web, te recomentados que accedas con otro navegador, como por ejemplo
Si decides seguir navegando con Explorer, te advertimos que muchas utilidades, menús, etc de este website no funcionarán bien con él.
Project Summary:
Location: Orellana Province (Ecuador)
Installed power: 5 x 975kW | 5 MW (COP)
Generator Sets: 5 HGS 975 T5 WG units in a special container
Client: Energy Solutions
Special Configuration:
Generator sets powered by associated gas in a tropicalised container with special ventilation and protection against extreme weather conditions. These generator sets have been designed to work in parallel with other diesel generator sets.
Gas generator power plant in the Ecuadorian Amazon
Flanked by the Napo River (a tributary of the Amazon River), the Block 43 oil extraction zone is a large oil field located in Ecuadorian Amazon, in the eastern part of the province of Orellana, to the west of Ecuador. Its certified oil reserves amount to 1,672 million barrels, equivalent to approximately 41% of the country's crude oil reserves; this means that this extractive region has been declared an area of National Interest by Ecuador's National Assembly.
Implemented by Petroamazonas EP, it is estimated that the Block 43 project will reach its maximum production level in six years' time, with an approximate extraction level of 330,000 barrels of oil per day. This project has been developed using the most advanced technology and environmental measures, minimising the environmental impact on the Amazon ecosystem; this includes directional and horizontal drilling, which make it possible to use a smaller drilling surface by placing several wells on the same platform.
With the aim of contributing to sustainable development, HIMOINSA, through Energy Solutions, has designed an power plant powered by wellhead gas, with 5MW (COP), integrated with the other diesel power plants.
ENVIRONMENTAL SUSTAINABILITY
Generator sets that reduce carbon, CO2 and NOx emissions.
INNOVATION
Gas-powered generator sets that use the associated gas generated by the crude oil extraction process itself as a source of energy, thus converting waste that is harmful to the environment into energy.
DURABILITY & SAFETY
A tropicalised container, IP34 protection (antiparticles and water ingress), as well as fire, ATEX gas leakage and vibration sensors.
PARALLEL CONNECTION
Using a Woodward Easygen control panel, the gensets are controlled by the oil plant and can operate individually or in parallel with other diesel plants, depending on the power requirements of the complex.
REDUCED ACOUSTIC EMISSION
Canopy soundproofed with high-density rock wool to mitigate sound emissions.
OBJECTIVE
The project objective has been twofold: On the one hand, to provide continuous power to meet the growing power needs of the extraction plant, in parallel with other existing diesel generators; on the other hand, to reduce the flaring released by the crude extraction process itself, preserving the natural environment of the site.
From the beginning of the project, generator sets were required that were designed to withstand the extreme conditions of heat and humidity typical of the Amazon jungle, adhering to the compliancy requirements of the extraction plant itself.
SOLUTION
In this project, the key objective for HIMOINSA has been to offer an innovative solution that offers the perfect balance between performance, power, safety and environmental sustainability; generator sets with high power engines, driven by associated gas, connected in parallel to generate 5 MW of constant power to the plant.
These generators have been installed inside bespoke containers that are insulated against heat and humidity, as well as incorporating multiple safety sensors and a watertight container specially designed to avoid any expulsion of fluids to the outside.
This project has posed a great challenge for two reasons: A very low quality gas supply and adverse environmental conditions. We managed to solve both problems satisfactorily, helping to reduce considerably emissions from the associated gas flaring, thus helping to preserve the environment of the Amazon rainforest.
Technical Specifications:
Engine
Gas engines with high mechanical resistance have been used, capable of generating 975kW of continuous power, fuelled by a gas with very low compressibility and reduced levels of particle, NOx, SOx and CO2 emissions.
Control Panel
The plant is managed by Woodward Easygen control panels which allow it to operate independently or in parallel with the rest of the diesel plants installed in the oil field.
Container
IP34 external protection that ensures correct insulation against solids with diameters greater than 2.5 mm and 360º protection against water spray. It is also prepared to withstand temperatures of over 40 ºC and a relative humidity greater than 70%.
Safety
The container is equipped with different sensors that prevent gas leakages, fire vibrations, as well as a watertight compartment with a special seal to ensure that, in the event of any type of spillage, the fluid does not leak out of the container.
A cookie or computer cookie is a small information file that is saved on your computer, smartphone or tablet each time you visit our website. Some cookies are ours and others belong to external companies that provide services for our website. Cookies can be of various types: technical cookies are necessary for our website to function, they do not need your authorization and they are the only ones that we have activated by default. The rest of cookies are used to improve our page, to personalize it based on your preferences, or to be able to show you advertising tailored to your searches, tastes and personal interests. You can accept all these cookies by pressing the ALLOW ALL button, accept or reject their use by clicking on each of them and then on the ALLOW SELECTED button. Cookies policy
Necessary Statistics Marketing Show details
Necessary
Technical cookies are strictly necessary for our website to function and to be able to navigate through it. These types of cookies are those that, for example, allow us to identify you, give you access to certain restricted parts of the page if necessary, or remember different options or services already selected by you, such as your privacy preferences. Therefore, they are activated by default, your authorization is not required in this regard.
Statistics
The analysis cookies allow us to study the navigation of the users of our website in general (for example, which sections of the page are the most visited, which services are used the most and if they work correctly, etc.). Based on the statistical information on navigation on our website, we can improve both the operation of the page itself and the different services it offers. Therefore, these cookies do not have an advertising purpose, but only serve to make our website work better, adapting to our users in general. By activating them you will contribute to this continuous improvement.
Marketing
Marketing cookies are used to track visitors on web pages. The intention is to show ads relevant and attractive to the individual user, and therefore more valuable to publishers and third-party advertisers.
