ENERGY

Cleaner energy
solutions to support a sustainable future

Energy plays a key role in promoting social and economic progress — and technological advancements have created new opportunities to improve how we bring power to communities worldwide.

Our customers are accelerating their efforts to reduce carbon emissions and achieve a future of net zero emissions. Today, more than half of global gross domestic product is produced in countries and regions that have committed to decarbonization targets. Ahead of the next UN climate change summit, the focus is on the shift to a carbon-free global economy.

Carbon capture, hydrogen and circular economy solutions, including bioenergy, can help you meet the growing demand for downstream products in a cleaner and more sustainable way and our SMARTECH Energy team are is continually  focused on the application of proven and emerging technologies to lower carbon emissions.

We can also help retrofit your existing assets to make them more energy efficient or convert them to alternative power sources. Whether that is implementing new technology that converts gas to electric drives adding carbon capture systems to existing fossil fuel plants, prolonging the life of nuclear power plants, or industrial-scale production of renewable fuel, our solutions will help to deliver on your sustainability commitments.

SMARTECH has spent twenty years helping customers navigate shifts in energy consumption, technological change, and a sharpening focus on sustainable alternatives. Our commitment to you is to help turn today’s political and social momentum for energy change into a reality, and work together to ensure our planet thrives for many generations to come.

Early Production Facility

The delay from reserves discovery to positive cash flow following the typical timeline for facility delivery is lengthy and locks up too much cash. Engineering requirements, supply chain, and change orders compound and push out construction, commissioning, and ultimately time to first oil.

The flexible, modular early production facility enables you to start production faster than ever—accelerating the time to first oil and gas. The modules, designed by Schlumberger to meet all international standards and regulatory requirements, can be selected to suit your needs. That enables you to fast-track production schedules, providing available production capacity when and where it is needed for early cash flow.

Take the fast track to first oil
Early production facility modules are designed for transportability, connectivity, operability, upgradeability—and, most importantly, availability. Early production facility standard designs process up to 20,000 bbl/d, with first oil achievable in months. Think of them as your fast track to first oil.
Manage project economics with flexibility
The resulting flexible, modular early production facility can be used to monetize small reserves accumulations that would be financially marginal or uneconomical with traditional permanent production facilities. You can also use Schlumberger early production facilities to temporarily or permanently upgrade production systems during the life of a field rather than designing expensive facilities for transient peak production rates.

COMPRESSION

We are committed to being your long-term partner in providing top-of-the-line compression packages. Our proposed packages are designed to cover the complete range of applications and gas inlet streams, from low-horsepower / low-pressure coal seam gas and solution gas vapour recovery units (VRUs) to high-horsepower, multi-train centralized field or processing plant compression.

We prioritize superior operating and production uptime, reliability, durability, and cost-efficiency in all of our products.

Reciprocating Solutions for Every Operational Challenge
SMARTECH sees a trend towards both larger horsepower for more centralized compression to optimize field operating costs, and lower horsepower for the slower producing, maturing wells to maximize field production. We also have extensive experience with electric-drive motors.
SMARTECH supplies retrofit, overhaul, and after-market services on all units and facilities.
SMARTECH could offer pre-engineered packages designed for speed of delivery and faster gas-to-market. Our lean manufacturing processes and continuous improvement initiatives allow for short turnaround times, while economies of scale in manufacturing and purchasing power are passed on to customers.

Electric power

SMARTECH serves a broad range of industries, including oilfield, heavy industrial, and commercial entities such as power utilities, communications providers, land drilling contractors, upstream producers, gas processing and midstream companies, mining, aviation lighting projects, foodservice, manufacturing, solar energy producers, municipalities, and water treatment facilities

Multiple Fuels, Multiple Uses, Global Reach

SMARTECH provides electric power solutions ranging from 20 kW to 30 MW using reciprocating, gas-driven engines that operate on a variety of fuels, including natural gas, biogas, sewage gas, landfill gas, syngas, solution gas, flare gas, and propane. Configurations include island-mode prime power, fast-response peak shaving, as well as cogeneration and trigeneration (combined heat and power, CHP). Additionally, we offer temporary, standby, and backup power solutions for construction sites, pipeline pumping stations, and electrical grids.

SMARTECH offers comprehensive electric power capabilities and applications: • Equipment supply only or complete engineering and design services
• Co-generation products
• Remote off-grid island operations
• Wide range of fuel-source options
• Complete turnkey solutions, including field construction
• 24/7 support

GTI BiFuel System

The GTI Bi-Fuel System operates by blending both diesel fuel and natural gas in the combustion chamber. This is achieved using a fumigated gas-charge design, whereby natural gas is pre-mixed with engine intake-air and delivered to the combustion chamber via the air-intake valve. The air-gas mixture is ignited when the diesel injector sprays a reduced quantity of diesel fuel into the chamber. This diesel « pilot » acts as the ignition source for the primary air-gas combustible mixture. Because the Bi-Fuel System utilizes the OEM air-intake and diesel injection systems, no internal engine modifications are required for installation.

SMARTECH is ALTRONIC, LLC’s GTI Bi-Fuel® system in North Africa, an innovative technology that enables operators of heavy-duty diesel engines to substantially reduce operating costs and emissions by substituting lower-cost, cleaner-burning natural gas for diesel fuel.

The GTI Bi-Fuel® system works by mixing diesel and natural gas in the combustion chamber. This is achieved by a fumigated gas charge design, in which natural gas is pre-mixed with the engine’s intake air and introduced into the combustion chamber through the air intake valve. The air-gas mixture is ignited when the injector sprays a small amount of diesel into the chamber. This diesel “pilot” acts as the ignition source for the primary fuel mixture of air and gas. Since the Bi-Fuel system uses the OEM air intake and diesel injection systems, no internal engine modifications are required for installation.

  • Conventional heavy and light diesel engines
  • No engine modification
  • Can be installed in the field or as OEM equipment
  • No loss of power or efficiency
  • Natural gas can be substituted for up to 70% (max) of the diesel fuel required to maintain a given speed and load
  • Allows use of interruptible gas

Renewables ENERGY

Helping our clients find the right solution
Developing an integrated energy system combining low-carbon solutions like solar, onshore and offshore wind, biofuels and hydrogen will be central to making a net-zero world possible. We understand the complexities of decarbonisation and how a more responsible approach to our global energy sources will be required in a sustainable transition.
With an increased focus on energy transition and efficiency, we continue to deliver low-carbon solutions for clients as they aim to achieve carbon reduction goals. We offer advisory services to enable our clients to assess the feasibility and reach final investment stage, and implement practical solutions to enhance performance, extend the value and increase return on investment.

SMARTECH is ALTRONIC, LLC’s GTI Bi-Fuel® system in North Africa, an innovative technology that enables operators of heavy-duty diesel engines to substantially reduce operating costs and emissions by substituting lower-cost, cleaner-burning natural gas for diesel fuel.
The GTI Bi-Fuel® system works by mixing diesel and natural gas in the combustion chamber. This is achieved by a fumigated gas charge design, in which natural gas is pre-mixed with the engine’s intake air and introduced into the combustion chamber through the air intake valve. The air-gas mixture is ignited when the injector sprays a small amount of diesel into the chamber. This diesel “pilot” acts as the ignition source for the primary fuel mixture of air and gas. Since the Bi-Fuel system uses the OEM air intake and diesel injection systems, no internal engine modifications are required for installation.

  • Conventional heavy and light diesel engines
  • No engine modification
  • Can be installed in the field or as OEM equipment
  • No loss of power or efficiency
  • Natural gas can be substituted for up to 70% (max) of the diesel fuel required to maintain a given speed and load
  • Allows use of interruptible gas

TRAINING

Downstream Training for the Energy Industry


Downstream organizations must build organizational strength with a focus on workforce development and talent management to assure a sufficient supply of qualified recruits to meet the growing requirements and a commitment to building management and technical capabilities by combining conceptual training with on-the-job learning.

  • Energy Transition Training
    The energy industry is facing major challenges, such as the need for clean energy, new business models, emerging technologies, and the reallocation of oil and gas professionals to low carbon or renewable energy. These challenges are driving the requirement for new skills and competencies.
  • Carbon Capture, Storage, and Sequestration
  • Hydrogen
  • Greenhouse Gas
  • Wind
  • Solar

O&M and Operator Training for the Oil and Gas Industry
Successful organizations begin with successful operations. From courses, e-learning, and simulator training for operators to maintenance and process safety training, we can help your staff gain the knowledge and skills to operate safety and effectively.

  • Operations & Maintenance
  • Gas Processing Operations
  • General
  • Maintenance
  • Mechanical Maintenance
  • Pipeline Operations
  • Process Safety
  • Utility, Safety and Facility Systems
  • Electrical Maintenance