Our role on the energy transition road in 2021

The world energy system is currently transforming to reduce fossil fuel dependence, boost efficiency, and open the way to renewable energies. As stated by Wood Mackenzie’s senior research director, Rory McCarthy, there are five relevant trends to follow in European energy markets in 2021.

  • Laying the foundations to implement the EU Green Pact
  • A record year for renewable energy auctions
  • The comeback of energy demand
  • The supply balance is starting to narrow
  • Energy markets become more integrated

However, all these trends that promote the path towards energy transition require us to do our part in addressing that process. It is a job for everyone and by everyone.

So, I start by emphasizing the critical role of energy companies. The industry has the dual challenge of investing in research and innovation to develop new, more sustainable, and environmentally responsible forms of energy while also meeting consumers’ needs.

On several occasions, I have reflected on what I believe the energy mix for the world should be in the short and medium-term. In this sense, reality shows that we need to evolve towards a renewable energy model, but it is also true that non-renewable energies such as oil continue to occupy a large part of the supply request. At this point, the role and commitment of companies like Nakasawa Resources are trying to cover those needs from an ethical and responsible vision, optimizing processes to bring them closer to a “greener” way of operating.

Furthermore, institutions need to assume a full commitment to encourage measures and policies that promote this transition, as well as to allow market participants to focus on taking the initial but substantial steps towards the net-zero objectives. For example, we can mention the European Council, which has endorsed a regionally binding 55% emissions reduction target for 2030. This is an important step that emphasizes the priorities of the Green Pact by committing to the immediate path to net zero emissions by 2050.

It is also relevant to highlight the importance of the business community to commit to acquiring or setting targets to achieve 100% renewable energy within their production chains. Companies play a catalytic role in the unfolding of renewable energies by adopting them within their models as strategic priorities, thus showing leadership and commitment.

For example, in Spain, we have the Siemens-Gamesa case, which has committed to increasing the share of renewable energies in the energy mix to 32% by 2030, with room for an upward revision in 2023.

And finally, for the energy transition to become a reality, it is vital that all of this leads to a change in consumer behavior. Their commitment will be critical to address the energy transition successfully.

As we have seen, we all have a fundamental role in this whole process. Industries must research and develop new energy alternatives, and institutions must encourage and promote their implementation through policies executed by both companies and citizens so that we all behave more responsibly towards the environment.

The Environmental Sustainability of the Oil Industry

It is no secret that environmental pollution goes hand in hand with the oil industry. The industry’s impact on the environment is extensive and expansive and has significant global repercussions that could even be irreversible.

Nevertheless, despite all the environmental impacts resulting from oil production around the world, the truth is that this resource still provides about 40% of the global energy, with many countries completely dependent on oil to meet their energy needs. It is precisely because of this dependence that we are seeing a progressive energy transition, where there is a development of new models of renewable energy and there are also advances in optimizing traditional energy processes.

This process is slow but necessary. There is no doubt that progress towards environmental sustainability in the oil industry is increasingly pivotal, but change must be addressed by ensuring the availability of energy supply.

Meanwhile, the need for more sustainable and environmentally friendly processes throughout the oil value chain has become a determining factor in the long-term viability of the industry.

Oil companies looking to survive the changes carried by the future of the energy sector are already adopting and working with greener business models. And without a doubt, technological innovation is our great ally in designing processes that allow us to maximize the production of cleaner oil, reduce costs, and minimize the impact on the environment.

Scenarios for global oil sector post Covid-19

Over the last decade, the oil industry has been known for its volatility and uncertainty, and its share in the global economy has fluctuated. For example, between 2010 and 2013, 10% of the market capitalization by companies listed in the world stock market was accounted by the oil industry. However,  this figure dropped to 6% by 2018.

In addition to market share, in the past five years, the energy industry has also been affected by enormous volatility in prices, with prices getting lower and lower.

Finally, this year we must add the Covid-19 pandemic to the context analysis, which has caused worldwide governments to stall economic activity and restrict mobility freedom to billions of people, affecting energy consumption and, consequently, oil demand.

This scenario makes it very difficult for any company in the oil industry to carry out its activity and maintain its economic performance levels. That is why all industry actors are trying to adapt to the new reality by implementing different measures, but what are the prospects for doing so? What is the long-term future of the industry? Wood Mackenzie has looked into these questions and published a report that presents three potential scenarios.

The first is the ‘full recovery’ scenario where Wood Mackenzie contemplates a strong rebound in the world economy, with the global GDP level recovering without any long-term effects from the pandemic.

The second and the third scenario are more conservative regarding the pandemic impact on the economy and the recovery of the energy sector.

The report labels the second scenario ‘Go it alone’ and includes a reversal of globalization, with an economic slowdown and reduced growth. In this scenario, 2023 expected oil demand would not be reached until 2030.

Last, it presents a third scenario, called ‘greener growth,’ which relies on an ‘accelerated energy transition’ and where programs such as the European Green Deal and the Green New Deal in the US reduce the increase in oil use. In this scenario, oil demand would stabilize in the 2020s before falling sharply in the 2030s.

Which scenario is the right one? I do not have the answer, but the pandemic will leave consequences both in markets’ and consumers’ minds. We can only wait to witness it and then rethink our products, services, and business models to continue to serve our customers with quality and innovation, prepared for any context.

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Nakasawa – ONGC Mesana Assam Field Visit

Nakasawa, a company composed of professionals specialized in designing upstream technologies and large scale equipment manufacturing, dedicated solely on servicing the Thermal Enhanced Oil Recovery (EOR) niche market. During the fourth quarter of 2019 Nakasawa introduced their innovative EOR technologies, that have been successfully implemented in the Faja del Orinoco Heavy Oil fields in Venezuela, to the engineers at the ONGC Mehsana Asset Fields in Mehsana, India.

Throughout the technical meeting Nakasawa presented various business models that they believe are best suited for the India Heavy Oil Market. Following the technical meeting the engineers from Nakasawa traveled to the Mehsana Oil Fields that have been selected as candidates for Steam Injection utilizing CSS, the overall visit was mutually beneficial and the future looks bright for potential EOR implementation in India’s heavy oil fields. Although ONGC is in the early stages trialing EOR techniques into their Mature Oil Fields, they have the potential to develop these fields into a major source of revenue in jobs created and increased oil production that will become a considerable benefit for the country’s economy.

EOR techniques, specifically Cyclic Steam Stimulation have proven to be one of the top and quite possibly the most beneficial method of recuperating oil production from an aging heavy oil reservoir. With a multitude of real world before and after CSS production samples that reaffirm the Thermal EOR processes, such as Venezuela’s Faja del Orinoco Heavy Oil Fields, The Sultanate of Oman’s Mukhaizna Oil Fields, and China’s Xinjiang Oil Fields.
For this exact reason Nakasawa has since its inception solely focused on furthering the development of innovative Steam Injection technologies along with the feedback from the operators at the well sites Nakasawa has been able to achieve major milestones in the designs of their Thermal EOR equipments.

NAKASAWA MINING & ENERGY LTD., integrated expertise is available to organize, streamline and deploy resources – human, material, and technology to address immediate operator challenges and accelerate value accrual from EOR Steam Injection.

Improve the Average Recovery Factor

  • Nakasawa has introduced the SUPER MATROID HEATER an innovative technology that helps reach and recover more oil in tertiary recovery operations.

Designed to be Economical and Quickly Implemented.

  • Our manufacturing facility is a high-tech fully automated mega assembly plant, capable of mass-producing reliable and efficient steam injection systems for immediate deployment.
  • We are continuing to invest in innovating our products in collaboration with customers to create sustainable innovations that are tailor-made for the unique needs of each market.

Nakasawa – Oil India Limited Meeting

Nakasawa, a company composed of professionals specialized in designing upstream technologies and large scale equipment manufacturing, dedicated solely on servicing the Thermal Enhanced Oil Recovery (EOR) niche market. During the fourth quarter of 2019 Nakasawa introduced their innovative EOR technologies, that have been successfully implemented in the Faja del Orinoco Heavy Oil fields in Venezuela, to the engineers at the Oil India Limited (OIL) New Delhi, India main offices.

Throughout the technical meeting Nakasawa presented their innovative EOR technologies that they believe are best suited for the India Heavy Oil Market. Although OIL has begun to introduce EOR techniques into their Mature Oil Fields, they have the potential to still farther advance the development of these fields into a major source of revenue in jobs created and increased oil production that will become a considerable benefit for the country’s economy.

EOR techniques, specifically Cyclic Steam Stimulation have proven to be one of the top and quite possibly the most beneficial method of recuperating oil production from an aging heavy oil reservoir. With a multitude of real world before and after CSS production samples that reaffirm the Thermal EOR processes, such as Venezuela’s Faja del Orinoco Heavy Oil Fields, The Sultanate of Oman’s Mukhaizna Oil Fields, and China’s Xinjiang Oil Fields.
For this exact reason Nakasawa has since its inception solely focused on furthering the development of innovative Steam Injection technologies along with the feedback from the operators at the well sites Nakasawa has been able to achieve major milestones in the designs of their Thermal EOR equipments.

NAKASAWA MINING & ENERGY LTD., integrated expertise is available to organize, streamline and deploy resources – human, material, and technology to address immediate operator challenges and accelerate value accrual from EOR Steam Injection.

Improve the Average Recovery Factor

  • Nakasawa has introduced the SUPER MATROID HEATER an innovative technology that helps reach and recover more oil in tertiary recovery operations.

Designed to be Economical and Quickly Implemented.

  • Our manufacturing facility is a high-tech fully automated mega assembly plant, capable of mass-producing reliable and efficient steam injection systems for immediate deployment.
  • We are continuing to invest in innovating our products in collaboration with customers to create sustainable innovations that are tailor-made for the unique needs of each market.

Nakasawa – Dongying Oil & Gas Conference

Nakasawa, a company composed of professionals specialized in designing upstream technologies and large scale equipment manufacturing, dedicated solely on servicing the Thermal Enhanced Oil Recovery (EOR) niche market. During the third quarter of 2019 Nakasawa participated in and exhibited their innovative EOR technologies and equipments at the 12th Annual China Dongying International Petroleum and Petrochemical Equipment & Technology Exhibition.

During the three day exhibition Nakasawa’s EOR equipments were on display for all visitors to inspect and walk-through. We are truly pleased with the feedback we received from the attendees and to the generosity and care of the Chinese people as a whole, the exhibition was an excellent example of a well organized successful technological conference.

EOR techniques, specifically Cyclic Steam Stimulation have proven to be one of the top and quite possibly the most beneficial method of recuperating oil production from an aging heavy oil reservoir. With a multitude of real world before and after CSS production samples that reaffirm the Thermal EOR processes, such as Venezuela’s Faja del Orinoco Heavy Oil Fields, The Sultanate of Oman’s Mukhaizna Oil Fields, and China’s Xinjiang Oil Fields.
For this exact reason Nakasawa has since its inception solely focused on furthering the development of innovative Steam Injection technologies along with the feedback from the operators at the well sites Nakasawa has been able to achieve major milestones in the designs of their Thermal EOR equipments.

NAKASAWA MINING & ENERGY LTD., integrated expertise is available to organize, streamline and deploy resources – human, material, and technology to address immediate operator challenges and accelerate value accrual from EOR Steam Injection.

Improve the Average Recovery Factor

  • Nakasawa has introduced the SUPER MATROID HEATER an innovative technology that helps reach and recover more oil in tertiary recovery operations.

Designed to be Economical and Quickly Implemented.

  • Our manufacturing facility is a high-tech fully automated mega assembly plant, capable of mass-producing reliable and efficient steam injection systems for immediate deployment.
  • We are continuing to invest in innovating our products in collaboration with customers to create sustainable innovations that are tailor-made for the unique needs of each market.

Nakasawa – PetroChina Karamay Field Visit

Nakasawa, a company composed of professionals specialized in designing upstream technologies and large scale equipment manufacturing, dedicated solely on servicing the Thermal Enhanced Oil Recovery (EOR) niche market. During the third quarter of 2019 Nakasawa visited China’s largest heavy oil fields in Karamay, Xinjiang Province. The location is where the two (2) 60MMBTU Steam Generators equipped with Nakasawa’s patented Super Matroid Heater for PetroChina Xinjiang are currently working successfully.
The results of the Super Matroid Heater speak for themselves, with lower required treated water, lower burner fuel consumption, producing higher steam quality (up to 95%) to be injected into the oil reservoir that translates into even higher increased production than standard steam injection methods. All of this without the need for any auxiliary heat exchangers or other external equipment.

EOR techniques, specifically Cyclic Steam Stimulation have proven to be one of the top and quite possibly the most beneficial method of recuperating oil production from an aging heavy oil reservoir. With a multitude of real world before and after CSS production samples that reaffirm the Thermal EOR processes, such as Venezuela’s Faja del Orinoco Heavy Oil Fields, The Sultanate of Oman’s Mukhaizna Oil Fields, and China’s Xinjiang Oil Fields.
For this exact reason Nakasawa has since its inception solely focused on furthering the development of innovative Steam Injection technologies along with the feedback from the operators at the well sites Nakasawa has been able to achieve major milestones in the designs of their Thermal EOR equipments.

To learn more about Nakasawa’s Super Matroid Heater, please contact us directly.

NAKASAWA MINING & ENERGY LTD., integrated expertise is available to organize, streamline and deploy resources – human, material, and technology to address immediate operator challenges and accelerate value accrual from EOR Steam Injection.

Improve the Average Recovery Factor

  • Nakasawa has introduced the SUPER MATROID HEATER an innovative technology that helps reach and recover more oil in tertiary recovery operations.

Designed to be Economical and Quickly Implemented.

  • Our manufacturing facility is a high-tech fully automated mega assembly plant, capable of mass-producing reliable and efficient steam injection systems for immediate deployment.
  • We are continuing to invest in innovating our products in collaboration with customers to create sustainable innovations that are tailor-made for the unique needs of each market.

Nakasawa – PDO Meeting

Nakasawa, a company composed of professionals specialized in designing upstream technologies and large scale equipment manufacturing, dedicated solely on servicing the Thermal Enhanced Oil Recovery (EOR) niche market. During the second quarter of 2019 Nakasawa introduced their innovative EOR technologies, that have been successfully implemented in the Faja del Orinoco Heavy Oil fields in Venezuela, to the engineers at the Petroleum Development Oman (PDO) main offices located in Muscat, Oman.

Throughout these technical meetings Nakasawa presented various business models that they believe are best suited for the Sultanate of Oman’s Heavy Oil Market. Although PDO has already gone through many pilot tests of different EOR techniques into their Mature Oil Fields. Nakasawa believes they have the potential to further increase the production of these fields by implementing a massification of steam generator units which will translate into a major source of revenue in jobs created and greater recuperation of oil production that will become a considerable benefit for the country’s economy.

EOR techniques, specifically Cyclic Steam Stimulation have proven to be one of the top and quite possibly the most beneficial method of recuperating oil production from an aging heavy oil reservoir. With a multitude of real world before and after CSS production samples that reaffirm the Thermal EOR processes, such as Venezuela’s Faja del Orinoco Heavy Oil Fields, The Sultanate of Oman’s Mukhaizna Oil Fields, and China’s Xinjiang Oil Fields.
For this exact reason Nakasawa has since its inception solely focused on furthering the development of innovative Steam Injection technologies along with the feedback from the operators at the well sites Nakasawa has been able to achieve major milestones in the designs of their Thermal EOR equipments.

NAKASAWA MINING & ENERGY LTD., integrated expertise is available to organize, streamline and deploy resources – human, material, and technology to address immediate operator challenges and accelerate value accrual from EOR Steam Injection.

Improve the Average Recovery Factor

  • Nakasawa has introduced the SUPER MATROID HEATER an innovative technology that helps reach and recover more oil in tertiary recovery operations.

Designed to be Economical and Quickly Implemented.

  • Our manufacturing facility is a high-tech fully automated mega assembly plant, capable of mass-producing reliable and efficient steam injection systems for immediate deployment.
  • We are continuing to invest in innovating our products in collaboration with customers to create sustainable innovations that are tailor-made for the unique needs of each market.