The Philippines' rich mineral deposits come with unique operational challenges that test even the most robust equipment. From the copper mines of Luzon to the nickel operations in Mindanao, mining companies face intense tropical weather, corrosive environments, and remote locations that demand exceptional reliability from their dewatering systems. This is where Truflo Pumps has established itself as a trusted partner for Philippine mining operations.
Understanding the Philippine Mining Landscape
The archipelago's mining sector operates under some of the world's most demanding conditions. Monsoon seasons bring torrential rainfall that can flood open pits within hours, while high humidity and saltwater exposure create corrosive environments that quickly deteriorate standard equipment.
Add to this the challenge of maintaining operations in remote locations where equipment failure can result in costly downtime and logistical nightmares.
"The Philippine market requires pumps that can handle not just water, but highly abrasive slurries containing everything from fine clays to sharp rock particles," explains Paul Power, international BDM for Truflo Pumps.
"Standard pumps simply don't last long enough to justify their initial cost. That’s why our range of pumps, whether for underground or open-pit mining operations, are the choice of mining sites around the world. They are designed and built specifically for harsh mining environments. They’re engineered to be efficient and reliable."
Engineered for Extreme Conditions
With nearly 40 years of experience in designing dewatering solutions for the mining sector, Truflo Pumps has developed specialised solutions that address harsh mining challenges head on. Their heavy-duty centrifugal pumps feature hardened wear plates and impellers that are engineered to handle abrasive materials while maintaining efficiency.
The company's range of land and water based pumpsets, along with their submersible range and Heliflo pumps have proved themselves time and again in mines around the world.
What sets Truflo Pumps apart is their understanding that harsh conditions demand more than just robust construction. Their pumps incorporate advanced sealing systems that reduce contamination from fine particles, while corrosion-resistant coatings protect against the chemical attacks common in ore processing.
The modular design philosophy means that maintenance can be performed on-site, reducing the need for complete unit replacement and minimising operational disruption.
Smart Pump Control Makes the Difference
Truflo Pumps’ AquaBoss Asset Protection is a state-of-the-art control panel that utilises intelligent curve mapping technology. This innovative feature ensures optimal performance and protection for both your pumping systems and engines, delivering unparalleled reliability and efficiency.
By continuously monitoring the critical performance parameters, AquaBoss ensures that your pumping assets and engines operate within their optimal performance curves. This proactive management reduces the risk of unexpected failures and operational issues.
The advanced technology in AquaBoss not only safeguards the engine but extends the lifetime of the wet-end by minimising the possibility of cavitation. By maintaining ideal operating conditions, AquaBoss reduces wear and tear, ultimately saving you money on replacements and repairs.
Future-Ready Solutions
As Philippine mining operations become increasingly sophisticated, Truflo Pumps continues to innovate and be a leader in dewatering solutions. Their latest generation of smart pumps can incorporate remote monitoring capabilities that allow operators to track performance metrics in real-time, predict maintenance needs, and optimise energy consumption. This technology is particularly valuable for operations in remote areas where on-site technical staff may be limited.
The integration of variable frequency drives and automated control systems improves operational efficiency while reducing wear on mechanical components. These advances translate directly to lower operating costs and improved environmental performance, critical factors as the industry faces increasing regulatory scrutiny.
For Philippine mining operations seeking reliable dewatering solutions that can withstand the country's challenging conditions, Truflo Pumps offers more than just equipment – they provide a partnership built on understanding local needs and delivering consistent performance when it matters most.
A significant global challenge we currently confront is the overwhelming production of waste, especially plastics that decompose gradually into microplastics. The issue of plastic pollution has escalated into a serious worldwide concern, presenting a clear and straightforward solution, yet it remains unaddressed by many.
Plastic pollution persists as one of the most pressing environmental issues on a global scale. Annually, millions of tons of plastic waste are released into oceans and landfills, posing threats to ecosystems, wildlife, and human communities.
In the Municipality of Claver, plastic pollution has emerged as a critical problem, particularly as numerous immigrants opt to settle in Claver for job opportunities. As these challenges continue to develop, Taganito HPAL Nickel Corporation remains committed to combating plastic pollution, especially within the Municipality of Claver.
In June 2025, Taganito HPAL Nickel Corporation spearheaded a series of activities that demonstrates its commitment to environmental stewardship and community welfare. These activities aligned with two major observances: Philippine Environment Month and World Environment Month under the global theme "Ending Global Plastic Pollution."
The commemoration of June 5 started with the Environment Month Kick-Off Activity through a community motorcade that serves as a crucial reminder of the shared responsibility to protect and preserve the environment.
This notable occasion sets the stage for various activities throughout June, with each initiative focused on strengthening the commitment to sustainable living and environmental stewardship.
Parallel events included interactive community-oriented activities, in which the Community Relations Department distributed grafted fruit tree seedlings to the communities in the municipality of Claver.
There were 1,519 seedlings distributed during the motorcade, to which 1,009 are from the Seed Growing Program from THPAL’s scholars, which was launched last December 2024. This activity echoed the United Global Call to Action to “#BeatPlasticPollution,” and THPAL takes it seriously.
In line with the celebration, the Community Relations Department and the MEPEO Section of THPAL collaborated to promote proper waste management in schools, as part of the month-long activities honoring Environment Month.
During the activity, the ComRel Department turned over two sets of trash bins while the MEPEO Section conducted an Information, Education, and Communication (IEC) campaign to various Elementary and High Schools in the Municipality of Claver.
During IEC, the topic highlighted that proper waste disposal is not merely a civic duty but also a matter of personal discipline—one that should commence at an early age.
The students were familiarized with the 3Rs of Waste Management: Reduce, Reuse, and Recycle, which constitute the fundamental hierarchy for responsible waste management.
This collaborative effort exemplifies THPAL’s steadfast dedication to promoting environmental awareness through education. By cultivating young minds today, the company is investing in a cleaner, greener, and more sustainable future.
Part of beating the plastic pollution, the company distributed trash bins were manufactured at the Panatao Recycling Plant Facility, one the Peoples Organization (POs) of THPAL.
The facility is a THPAL-supported project launched in 2018 -- an initiative that highly contributes to the significant decrease of the accumulation of single-use plastics in the municipality of Claver. The Panatao Plastic Recycling Plant Facility utilizes approximately 36 kilograms of plastic to manufacture a single set of trash bins.
Through coordinated campaigns, reforestation efforts, and community-centric programs, THPAL advanced its mission of “Adding Value to the Environment” and nurturing resilient communities in Claver.
As THPAL continues its environmental and social journey, June’s rich tapestry of actions reinforces its role as a leading example of sustainable mineral industry development in the Philippines. At THPAL, going beyond environmental compliance is not just a goal—it is a commitment.
Without comprehensive geotechnical ground investigations, even the most advanced mining projects can face devastating delays, increased costs, and safety risks.
Geotechnical ground conditions are the single biggest risk to establishing a mine, its infrastructure including tailings storage facilities, large earthworks and tunnelling related projects. You must invest in geotechnical investigations sufficient to understand ground risk and develop credible mitigation plans.
There are three components to effectively ensure the value of your investment:
RDCL Specialist geotechnical testing contractors provide high quality ground investigation and in situ measurements using surface and downhole geophysics and Cone Penetrometer Testing (CPT).
The company has the longest track record in the Philippines in the delivery of these tools, being involved in the establishment of many leading mines in the country since the early 2000’s. Our leading engineers acquire high quality data, passed to specialist technicians and reviewed by Lead Discipline experts.
RDCL Philippines is not yet ISO registered so cannot issue under that marque; all work undertaken by RDCL Philippines is to RDCL (NZ) standards and processes which are ISO 9001:2015 certified.
The Value of the Investment
Investing in detailed geotechnical investigations upfront not only reduces operational and safety risks but also minimizes the potential for costly delays and redesigns.
As the mining industry also faces increasing pressure to meet sustainability goals, RDCL's ability to provide precise ground data helps ensure compliance with environmental regulations, builds a knowledge base of data and helps ultimately to prove stability and surety to close the operation.
Scoping with a Bonafide Specialist
RDCL have 25 years’ experience handling complex geotechnical investigations for large scale mines and infrastructure. We hold world records for deep testing and have worked on we would say are all the leading mines in the Philippines.
Our seasoned engineers work intimately with the unique challenges posed by the Philippines' geology and operating environment. Their expertise has consistently delivered results that ensure safety and efficiency in even the most challenging conditions.
We are the most experienced and the best to have on your project.
How Does the Process Work?
You benefit by using us to oversee the technical aspects of your ground investigation program, conduct specialist tests and provide factual completion documentation. RDCL’s mission is to stay on task, manage uncertainty and execute to schedule and budget to avoid delays and overruns.
Our team works closely with yours to develop a detailed investigation plan that aligns with the project’s timeline, budget, and risk profile, ensuring all necessary tests are completed on time and within budget. We can further help you scope and specify and evaluate technical capability of contractors to produce data that accurately reflects the site conditions.
Our approach is to work in productive partnership with you and your team, and we are very adept at problem solving in real-time under difficult conditions. Specialist Tools
Specialist Tests
RDCL has an ongoing track record of specialist ground investigation techniques and making them available in the Philippines to greatly improve project outcomes.
These techniques help us identify geological features such as fault lines, water tables, and rock properties that can impact the stability of mining operations, infrastructure projects, and tailings management.
For example, seismic refraction methods can reveal variations in bedrock depth or provide insights into rock strength, which are crucial for mine design and construction of safe, stable structures. Similarly, electrical resistivity surveys can detect areas of weakness or potential groundwater flow, which is essential for assessing risks to tailings dams or other earthworks.
By integrating surface geophysics with other testing methods like Cone Penetrometer Testing (CPT) or downhole televiewers, we create a comprehensive understanding of the ground conditions, enabling you to make better-informed decisions, mitigate risks, and improve the overall project outcome.
Make RDCL Your First Phone Call
RDCL’s combination of cutting-edge tools, unmatched experience in the Philippine market, and our collaborative approach sets us apart as the preferred partner for mining projects.
We have the people and equipment on the ground in the Philippines to execute high quality ground investigations, and our teams and tools are suited to your projects.
Together we combine our expertise with your design teams to execute any project. Contact us today to discuss how RDCL can enhance your mining project’s success with tailored, high-quality geotechnical services. Let’s set up a meeting to identify how we can support your objectives and deliver results.
In 2024, Johnson Screens® celebrated its 120th anniversary. The company that became synonymous with well screens with the invention of its original Vee-Wire® has diversified its portfolio over the years to provide complete solutions for the water wells industry. This is the story of how it happened.
The story of Johnson Screens began as Edward E. Johnson waited at the train station one cold February morning in Minnesota, USA. There, he received word that a well screen he had been waiting for wouldn't be arriving on the next train. He had ordered the screen over a month before, and now his crew would be held up longer. Johnson's impatience was obvious when the railroad station master suggested he make the same screen himself.
Johnson's reply was, "Nope! If I ever make one, it will be something different and better. Any fool can copy somebody else's idea. I'm going to develop a well screen with a lot more open space for the water to come through."
This conversation prompted Johnson to think about building a better well screen. During the train ride home that very day, Johnson started drawing and making calculations on how to do just that. In March 1904, Johnson completed his first well screen, forever changing the water well industry. After modifying his machine, he made the first Johnson brass strip well screen.
Johnson also envisioned the continuous slot well screen in the early 1900s. He reasoned that it would provide more open area per square foot of screen, allowing more water into the well.
However, he ultimately had to wait until the 1630s for welding technology to catch up.
The widespread use of electric welding and its rapid development in the late 1920s led Edward Johnson to complete his dream of a continuous slot-welded screen using the Vee-Wire concept.
In July 1930, he applied for a patent for this method of manufacturing screens. Later, another patent was obtained for the Electric-Master-Weld screen machine using resistance welding without a switch. The quality of this manufacturing process ensured consistent slot spacing and screen integrity, which ensured the longevity of well completion.
The first continuous slot well screen made with Vee-Wire used for an irrigation well in St. Paul, Minnesota, is a testament to the quality of this manufacturing process.
This screen, installed in 1932 and removed from the well in 1961, was in nearly perfect condition after 30 years, clearly demonstrating the signature durability of a Johnson Screen.
A Global Leader Is Born
The 1960s were a time of rapid growth and global expansion for the company. This trend would continue as the new decade dawned, pushing Johnson Screens ever closer to becoming the organization we recognize worldwide today.
The first Johson Screens international facility was established in Naintré, France, initially to support the company's flagship water well family of solutions.
As the company's workforce continued to expand and new applications for their screening solutions appeared in previously untapped markets, Johnson Screens established additional factories in India (1964), Australia (1967), Japan (1966) and Brazil (2005), all of which contribute to the company's ongoing success.
Johnson Screens also expanded to form its Industrial Screens department, supporting other markets, such mining, pulp and paper, and food and beverage.
In 1966, Johnson Screens published the first edition of the globally recognized Groundwater and Wells book series. That book, known throughout the global water well industry as the "Green Bible" because of its unmistakable green binding, represents a comprehensive guide for designing, installing, and maintaining water wells.
It firmly established Johnson Screens as a technical expert within the water well industry, a role the company has proudly played ever since. In support of the book's teachings, Johnson Screens started to offer Groundwater and Wells Design classes domestically and internationally.
The company was family-owned for the first 60+ years of Johnson Screens' history. That changed in 1966 when the company (then known as "E.E. Johnson Inc.”) was purchased by UOP.
A series of mergers and acquisitions followed that initial purchase. Currently part of the Aqseptence Group, GmbH, Johnson Screens is a sister brand with other historic leader organizations in the water business.
In 2020, a company-wide realignment called ONE Johnson brought all the regional branches together as one global company with one objective: supporting customers and fulfilling their needs.
The company now leverages its global capabilities and expertise under a unified brand identity that resonates with its long-standing history and traditions and aligns with its operational strengths.
Ultimately, the move has consolidated Johnson Screens' mindset as a "solutions provider" rather than a "product manufacturer."
Water Wells Solutions with Tradition in Innovation
That drive is clearly demonstrated in Johnson Screens’ Water Wells portfolio of solutions. Beyond the well screens that initiated its impeccable reputation, the company offers various screening solutions and products with a mission to support our customers on their journey to environmental sustainability with innovative screening solutions
Those complete solutions have been used in high-capacity wells and in challenging environments, such as Managed Aquifer Recharge (MAR) and Aquifer Storage Recovery (ASR) projects, as well as Geothermal and Direct Lithium Extraction (DLE) wells.
Today, after 120 years, Johnson Screens continues to follow Edward E. Johnson's spirit of innovation by creating better solutions with the aim of serving the industry for another 120 years and beyond.
Through this tradition of innovation, the company commits to providing complete solutions for the mining water well industry.
Integrated energy company Semirara Mining and Power Corporation (SMPC) reported a net income of P4.4 billion for the first quarter of 2025, a 33-percent decline from P6.5 billion last year, on improved power segment performance amid continued normalization of coal selling prices.
“We navigated the softer energy market through improved power generation and coal production, strengthened contracting strategies, and disciplined cost management. These fundamentals will continue to guide us in an increasingly dynamic energy landscape,” said Maria Cristina C. Gotianun, SMPC President, Chief Operating Officer and Chief Sustainability Officer.
Quarter-over-quarter, group earnings rose by 11%, from P3.92 billion, driven by stronger contributions from the power segment.
Coal Operating Results
Total production rose by 16%, from 4.9 million metric tons (MMT) to 5.7 MMT, driven by improved access to seams in the Narra mine, following continuous pre-stripping activities in 2024.
Total shipments dipped by 2%, from 4.8 MMT to 4.7 MMT, on lower domestic sales, while foreign shipments remained steady at 2.7 MMT, supported by additional shipments to China, Brunei and Vietnam.
Semirara coal ASP receded by 17%, from P2,978 per metric ton (MT) to P2,481 per MT, reflecting stabilizing market prices and a higher proportion of lower-grade coal shipments.
Global benchmark prices further corrected during the period, with the Newcastle Index (NEWC) declining by 16%, from US$126.0 to US$105.4, while the Indonesian Coal Index 4 (ICI4) fell by 14%, from US$57.2 to US$49.3.
Power Operating Results
Total gross generation increased by 9%, from 1,408 gigawatt hours (GWh) to 1,535 GWh, on expanded average capacity of SEM-Calaca Power Corporation (SCPC) following restoration of SCPC Unit 2’s dependable capacity to 300 MW on May 27, 2024.
In turn, total power sales grew by 11%, from 1,281 GWh to 1,427 GWh, with the majority (64%) of generated electricity sold to the spot market.
The overall average selling price (ASP) remained stable, slipping marginally by 1%, from P4.47/kWh to P4.42/kWh, as improved bilateral contract quantity (BCQ) ASP offset lower spot ASP. Average spot prices in the Luzon-Visayas grid softened by 21%, from P4.61/KWh to P3.63/kWh, on increased supply capacity.
At the end of the period, 40% of the 840MW dependable capacity of the power segment is contracted, in line with Management’s target to contract approximately half of its net selling capacity. Net of station service, which fluctuates periodically, SMPC has 421.60 MW available for sale to the spot market.
Power utility giant Manila Electric Company (Meralco) has signed a strategic cooperation agreement with France’s state-owned Électricité de France SA (EDF) to explore the deployment of nuclear energy in the Philippines, an initiative aimed at bolstering long-term energy security.
EDF will provide Meralco with technical support and strategic guidance in conducting feasibility studies under the two-year memorandum of cooperation, according to a news release over the weekend.
Meralco revealed in November 2024 that it is in talks with the French government on research collaborations.
The studies will focus on evaluating site readiness, grid integration and the economic viability of nuclear energy in the Philippines.
“One of Philippine government’s key objectives is to achieve greater energy security for our country and nuclear power is one viable path toward that goal,” Meralco chair and chief executive officer Manuel V. Pangilinan said.
“We see this cooperation as a significant first step for Meralco, and we are committed to taking a leadership role in advancing nuclear energy in the Philippines,” he added.
EDF, one of the world’s largest nuclear power operators, will also offer tailored training on nuclear reactor technologies and project management.
It will support Meralco in preparing for potential deployment and in seeking financing options, including those from the French government.
“Through this important first step -- and the opportunity to engage in meaningful discussions with you -- we hope to make real progress at your site as well. This is the beginning of what we envision as a remarkable, long-term journey, one that could span the next hundred years,” EDF senior vice president for International Nuclear Development Vakisasai Ramany told Meralco officials.
The collaboration builds on Meralco’s nuclear energy strategic transition initiative and its ongoing engagements with France’s top research institutions.
Through its Meralco Power Academy, the company has partnered with Université Paris-Saclay under the Filipino Scholars and Interns on Nuclear Engineering program to develop future Filipino experts in the nuclear field.
Meralco has also engaged French agencies, including the Nuclear Safety and Radiation Protection Authority and the French Alternative Energies and Atomic Energy Commission, for potential collaborations on nuclear safety and knowledge-sharing.
As the Philippines' largest electric distribution utility, Meralco said the partnership reflects its commitment to exploring innovative, sustainable, and secure energy solutions in response to the country’s growing power needs.
GPCCI and German Embassy’s Sustainability Forum brings climate action to the forefront.
MANILA, Philippines – On 31 January 2025, the German-Philippine Chamber of Commerce and Industry (GPCCI), in collaboration with the German Embassy in Manila, successfully hosted the Sustainability Forum 2025: The Green Economies of Tomorrow.
A significant gathering in the Philippines, this event brought together leaders across government, business, and civil society to explore solutions for climate action, green infrastructure development, and the growth of green jobs.
One of the world’s largest integrated energy and chemicals companies, Aramco, is re-entering the Philippine market by acquiring a 25 percent stake in Unioil Petroleum Philippines, Inc.
The companies announced Wednesday that they signed an agreement for the partnership, led by Aramco Asia Singapore managing director Fai Aldossary and Unioil chief executive officer Janice Co Roxas-Chua.
The planned acquisition is subject to customary closing conditions, including regulatory approvals.
Aramco, which is 90 percent owned by the government of Saudi Arabia, is making a comeback in the Philippines as it aims to take advantage of the increasing demand for high-value fuels in the country.
“This investment represents another step forward in our global strategy to expand Aramco’s retail network, and we look forward to introducing Aramco’s high-quality products and services to customers in the Philippines,” Aramco executive vice president of products and customers Yasser Mufti said in a statement.
“Our international expansion aims to capture additional value and enhance our participation in vibrant economies, in collaboration with established partners.”
Co Roxas-Chua welcomed the strategic investment of Aramco as it will equip Unioil in accelerating its growth, development, and innovation to strengthen its position as a leader in the wholesale and retail fuels market.
“The strategic investment by Aramco is fully in line with our ambition to be the fuel retailer of choice and support our customers with top-tier fuel solutions,” Unioil president Kenneth Pundanera said.
In 2008, Aramco exited the Philippines by selling its 40 percent stake in Petron Corp. to British firm Ashmore Group for USD550 million. By Kris Crismundo
Article courtesy of the Philippine News Agency
The Climate Change Commission (CCC) has reaffirmed the Philippines’ dedication to climate action through green economic pathways.
In a news release on Friday, the CCC said the '2025 Sustainability Forum: The Green Economies of Tomorrow' held on Jan. 31 gathered key figures from the government, business, and international organizations to fast-track the country’s transition to a sustainable, low-carbon economy.
“The private and public sectors are crucial partners in this transformation. The shift to renewable energy, electric vehicles, smart cities, and sustainable agriculture are all areas where we can advance,” Secretary Robert E.A. Borje, Vice Chairperson and Executive Director of the CCC, said.
He underscored the strong collaboration between these sectors would help drive investments in renewable energy, climate-resilient infrastructure, and green technologies.
During the forum, Borje reiterated the country’s commitment to reducing greenhouse gas emissions by 75 percent under its Nationally Determined Contributions (NDCs), a crucial target under the Paris Agreement.
He identified energy, transport, waste, industry, and agriculture as the key sectors driving the NDC Implementation Plan (NDCIP).
Meanwhile, Borje also underscored the importance of a just transition plan to ensure that the transition to a low-carbon economy is fair and inclusive, ensuring that workers and vulnerable communities equitably benefit from green economic policies without being left behind.
The forum, organized by the German-Philippine Chamber of Commerce and Industry (GPCCI) in collaboration with the German Embassy, provides a vital platform for fostering collective action and developing effective climate solutions.
GPCCI president Marie Antoniette Mariano said the forum is a space for meaningful dialogue, alignment of strategies, and strengthened partnerships to drive lasting impact.
The discussions also explored ways to align Philippine climate policies with international commitments while addressing local economic and social priorities.
Borje said the Philippines’ updated NDC, set to be released this year, would incorporate emerging technologies and evolving priorities, further scaling up both adaptation and mitigation efforts.
During the forum, he also encouraged strong collaboration and collective action among countries and stakeholders in realizing their climate ambitions of a climate-smart, climate-resilient, and low-carbon sustainable future.
President Ferdinand R. Marcos Jr. has signed into law a measure establishing a framework for the development of the country’s natural gas industry.
Marcos signed Republic Act (RA) 12120 or the Philippine Natural Gas Industry Development Act on Jan. 8, a copy of which was uploaded to the Official Gazette on Tuesday.
The new law seeks to establish the Philippine Downstream Natural Gas Industry and increase the share of natural gas in the country’s energy mix by promoting it as a safe, efficient, and cost-effective source of energy and an indispensable contributor to energy security.
Likewise, RA 12120 offers incentives to boost investments in the Philippine natural gas industry by allowing the entry of investors under a system of competition, transparency and fair trade, and by providing responsive policy support, with the end goal of attaining low cost energy prices pursuant to RA 7638 or the Department of Energy Act of 1992.
The new law is also seen to help the Philippines meet the increasing local demand for fuel, and develop the country as a Liquefied Natural Gas (LNG) trading and transshipment hub within the Asia-Pacific Region.
Under the Marcos administration, the government has adopted a more aggressive stance to increase renewable energy in the country.
‘Significant step’
Senator Pia Cayetano thanked President Marcos for signing the landmark legislation, saying “this is a significant step toward energy security.”
“By enacting the Natural Gas Industry Development Act, we move closer to our vision of a more energy-secure Philippines that harnesses its own natural resources for the benefit of the Filipino people,” Cayetano said in a news release.
“With this law, we empower families, we empower the Filipino people."
Cayetano, chairperson of the Senate Energy Committee, said she principally authored and sponsored the bill in the Senate.
Citing the stability and generally lower prices of indigenous natural gas compared to the volatility of imported sources, Cayetano said securing a steadier, more reliable local supply will reduce the country’s vulnerability to global disruptions and address future energy demands.
"With more than half of our energy requirements being imported, we are clearly vulnerable to geopolitical conflicts," she said. By Darryl John Esguerra
Emirati state-owned company Masdar has formalized its investment plans worth USD15 billion in the Philippines’ renewable energy (RE) sector by signing an Implementation Agreement with the Department of Energy (DOE).
The DOE announced Thursday that Undersecretary Rowena Guevara and Masdar chief executive officer Mohamed Jameel Al Ramahi signed the Implementation Agreement for the development of RE projects in the Philippines in Abu Dhabi on Jan.15.
It was witnessed by DOE Secretary Raphael Lotilla and UAE Minister of Industry and Advanced Technology and Masdar chairman Dr. Sultan Al Jaber.
The Implementation Agreement is the first deal forged between the Philippines and UAE following the signing of the Memorandum of Understanding (MOU) on Energy Transition Cooperation in November 2024 during President Ferdinand R. Marcos Jr.’s official working visit to the Middle East country.
“Building on the longstanding ties between the Philippines and the UAE, and the recent Energy Transition Cooperation, this partnership with Masdar marks a transformative step in our renewable energy journey,” Lotilla said.
“Under President Marcos Jr.’s leadership, the Philippines is integrating renewable energy into its energy mix on an unprecedented scale, ensuring energy security while fostering sustainable economic growth and environmental stewardship. This collaboration sets a new benchmark for energy transition in the region."
Under the RE agreement between DOE and Masdar, the latter is eyeing to invest USD15 billion to develop at least 1 gigawatt (GW) of solar, wind, and battery energy storage system (BESS) by 2030, and scaling it up to 10GW within the decade. It will develop and oversee commercial, technical, financial, and environmental work streams.
On the other hand, the DOE will assist Masdar in conducting pre-development activities, technical studies, securing the necessary rights, gathering project information, and obtaining all required approvals and permits.
“By leveraging UAE’s world-class expertise in renewable energy and the Philippines’ abundant natural resources, this agreement will create jobs, drive low-carbon socio-economic progress and expand global renewable energy capacity in line with the UAE Consensus,” Al Jaber said. By Kris Crismundo
August 9 marked the celebration of the International Day of the World’s Indigenous Peoples. In conjunction with this observance, Taganito HPAL Nickel Corporation also honored the rich cultural heritage and foundational contributions of our ancestors, represented by our Indigenous Peoples.
The event emphasized the statement, “I’m a proud member of the Indigenous community and I belong to THPAL,” showcasing the pride and sense of belonging felt by the Indigenous workforce within the organization.
This event was dedicated to recognizing the valuable contributions of our Indigenous employees and their significant roles both in the company and the wider community.
THPAL has undertaken considerable initiatives to enhance employment opportunities for Indigenous communities in Claver, Surigao del Norte. Given that Indigenous Peoples are often underrepresented in the labor market, securing job opportunities, particularly within corporate sectors, has proven challenging for them.
By implementing inclusive hiring practices, THPAL guarantees that Indigenous applicants are included in the region's economic development. Historically, these communities have been constrained to the role of guardians of their ancestral lands. However, through THPAL's programs, they are now able to participate in the corporate workforce while preserving their unique cultural identities.
Indigenous peoples in the municipality of Claver are not merely recognized on this day; rather, they receive equal consideration and opportunities to express their identity and talents.
Each September, the municipality places significant emphasis on advocating for the Indigenous Peoples communities, providing them with a platform to display their distinct culture, traditions, and way of life.
This celebration serves not only as a platform for them to demonstrate their talents but also as a means for them to fully embrace their lives within the broader community, ensuring they have the same opportunities as other citizens.
In addition, last September 14, the Taganito HPAL Nickel Corporation held a signing of a Memorandum of Agreement (MOA) for 15 Indigenous People college students who will benefit as scholars of the educational initiative under the Social Development and Management Program (SDMP).
This initiative has been made to primarily assist and educate underprivileged members of the Indigenous People (Mamanwa) to pursue a college education, encouraging them to engage with the evolving society beyond their familiar environments.
By doing so, it empowers them to forge their paths and transform their perspectives on life, ultimately allowing them to elevate their social standing and improve their overall quality of life.
THPAL ensures that IP communities will be uplifted in manner that they will realize their dreams and will create lasting impact as individuals. This will also serve as an avenue to combat discrimination.
Geophysics has evolved into a leading discipline, providing invaluable insights in geotechnical, civil and mining engineering.
Leading Geologist Tom Grace sheds light on the benefit of geophysical methods applied to engineering including geotechnical, civil, mining and water. His aim is to build an appreciation for geophysics and highlight the potential to significantly reduce risk, cost and schedule through proper ground profiling.
Geophysics for Engineering
Geophysics is the measure of the physical properties of the ground and the processes to quantify these properties. It is a transparent, auditable process with repeatable measurements.
Geophysics takes principles from physics, geology, and mathematics to measure, model and analyse the physical composition of the ground, from near to very deep below surface to investigate the subsurface structure, material properties and behaviour.
Geophysics applied to ground related engineering like geotechnical, civil, mining and groundwater enables engineers and contractors to search for anomalies in the composition of the ground, which is analysed through mathematics modelled against the anticipated geological profile.
It is often an iterative process to calibrate the geophysical model against the geological interpretation. This can reveal the previously unknown or unseen, prior to intrusive testing (drilling, CPT etc).
Geophysical methods commonly applied in engineering broadly comprises seismic, electro conductivity and radar-based surveys to map the subsurface. Gravity and magnetic surveys are less common in engineering applications.
Origins of Engineering Geophysics Geophysical methods applications in civil and mining engineering are common now and since inception, gathering critical mass in the early 1970’s, originating out of large oil and gas projects. The people, technology and machinery to support these projects was brought in from mature markets overseas such as Europe.
The coal and mineral mining sector also began applying geophysical methods in the search for carbon-based fuels including coal and metalliferous deposits. Geophysics was used extensively as it had great benefits, particularly when the NZ Government funded it to define the country’s available coal resources and investigate potential for converting coal to liquid fuel as an energy source.
Early Misunderstandings
Initial applications in engineering were possibly less successful due to the scoping and design not being appropriate, leading to inconclusive outcomes. This led to a belief that geophysical data could be easily interpreted, not recognising the complexities involved in data collection, processing and analysis.
With this misunderstanding, project expectations in the geophysics data were often highly backed by a strongly held perception that the Geophysical analyses were more accurate than they were.
In reality, geophysical data usually needs to be corroborated with other data sources, and there can be limitations and uncertainties.
Geophysics Resurgence
Modern Geophysical investigations are cost-effective and fast, especially when compared to the costs of traditional drilling or excavation. Many clients are now realising the potential savings of a mixed approach to ground analysis.
In practicality, different methods are suited for different geological conditions and objectives, requiring careful selection by a specialist Geophysicist. Validity of the method is re-emerging due to improved practice, guided by:
Applications for Today
Geophysical methods and techniques today must be tailored to the setting and engineering problem. The main types applied in modern engineering applications are:
Other methods not as common in our local market include:
Why would I use Geophysics?
Put simply geophysics offers another diagnostic lens. It is not a definitive measure but another tool in the toolbox to understand what is happening below a broad land surface. Geophysical methods:
How has Geophysics worked to provide solutions?
The benefits of geophysics are illustrated in these short case studies to show how Geophysics has helped delineate the problem and provide our client with a smart, cost-effective solution for the project:
Leakage Paths
Seepage paths were assessed in a flood bank control structure using Ground Penetrating Radar and ERT, which identify a likely leakage source and quickly targeted remedial works which were reduced.
The client had a flood mitigation structure that they knew occasionally leaked during high flow events. Potential sources could have focussed leakage along penetrations through the kilometres-long stop bank (tree roots, contact between material layers, unknown pipelines) or distributed leakage throughout the embankment (unsuitable fill or poor construction).
Ground Penetrating Radar and ERT were used to identify an anomaly within a few meters of the suspected leakage location. Two methods measuring different parameters were used to increase confidence in the interpretation. As a result, physical remedial works were reduced and focussed directly on the identified anomaly.
Stopbanks
During Cyclone Gabrielle, stopbanks (flood control dykes) in Hawke’s Bay, New Zealand were damaged and breached. At one specific breach (approx. 200m wide), geophysical investigation and interpretation to assess the likely ground conditions was used as the basis for a risk-based remediation approach.
There was potential for the repaired stopbank to leak through the foundation materials. A suggested repair option involved a cut off wall down to a low permeability layer. Geophysical methods were rapidly deployed as a preliminary assessment tool and showed that there was no impermeable layer close to surface. The screening approach gave confidence in the ground model to confirm the risks for preliminary design without delay. Changes were made to the stopbank geometry to reduce the risk of leakage from an informed position.
How do I go about using it?
When choosing a supplier to deliver your Geophysical investigation, ensure you select them with a clear understanding of their capabilities. Take time to understand the quality of machinery and tools, check track records and review the experience of nominated staff. It is a highly specialised service which can be easily misunderstood; partner with a proven specialist to give yourself the best chance of success.
Tom Grace - BSC MAusIMM Chartered Professional Geology
Tom Grace is one of the Principal Geologists at RDCL with over 20 years of experience in the industry. Tom has been working across the RDCL network in New Zealand and Asia for over 16 years, with a background in Project Geology across NZ, Australia and Canada. Tom is a graduate of the University of Canterbury Geology programme.
The Consunji Group announced Tuesday that it now owns nearly 90 percent of cement manufacturer CEMEX Holdings Philippines (CHP) after closing the deal on Dec. 2.
Through its companies DMCI Holdings, Semirara Mining and Power Corp. (SMPC), and Dacon Corp., the Consjunji Group completed the acquisition of Cemex Asian South East Corp. (Casec)—CHP’s parent company—at USD272 million.
At the financial close, DMCI secured a 51-percent effective stake in CHP, while SMPC and Dacon accounted for 10 percent and approximately 29 percent, respectively.
“We are excited to welcome CEMEX Holdings Philippines into the DMCI group,” said DMCI, SMPC, and CHP chair Isidro Consunji.
“This acquisition aligns with our core expertise in engineering and construction and dedication to contributing to the infrastructure development of the Philippines,” Consunji added.
Earlier, Consunji said the company eyes a financial rebound of CHP’s operational and financial performance next year with the completion of Solid Cement Corp. in Antipolo, Rizal.
The plant will boost CHP’s production capacity to 7.2 million tons from the current 5.7 million tons from cement factories of APO Cement and Solid Cement, which are wholly owned by CHP.
DMCI board advisor, executive vice president, and chief finance officer Herbert Consunji has been appointed as CHP president and chief executive officer.
“Our priorities are to enhance the logistics network, optimize the product mix, manage production and operating costs, and leverage on potential operating synergies within the DMCI ecosystem,” the new CHP chief said. By Kris Crismundo
The Canadian and Philippine governments are expected to launch an exploratory dialogue on a bilateral free trade agreement (FTA) in early 2025.
Canadian Minister of Export Promotion, International Trade and Economic Development Mary Ng made the announcement during a plenary session in Taguig City for the visiting Canadian trade mission to the Philippines on Dec. 5.
“Our businesses that are here in the region, here in the Philippines in particular, the businesses always say that they want predictability, they want certainty, and they want that through FTAs, free trade agreements,” she said.
“(Trade) Secretary (Maria Cristina) Roque and I, we are going to begin exploratory discussions for a Canada- Philippines FTA,” she disclosed.
Ng said the two states are set to meet at the beginning of 2025 for the initial talks.
The minister noted that Canadian businesses are already well-positioned in the country, an indication that interest in the Philippines is there.
“A lot of the times, you negotiate an FTA so that you can begin to create the conditions for businesses to come— here, the businesses are already here. You’re always seeing the interest in the Philippines and that already will give us a lot of momentum for FTA discussions,” she said.
Ng is leading the Canadian Trade Mission to Manila from Dec. 4 to 6, which brings more than 300 Canadian exporters, innovators, and Canadian officials to meet with Filipino counterparts.
At the plenary, Ng also announced some landmark achievements during the visit, including the contract signing between the Canadian firm FreeBalance and the Department of Budget and Management to enhance the latter’s financial management systems.
In addition, Canada is also set to sign an administrative agreement under its nuclear cooperation deal with the Philippines.
“This will build on our work in the region through the trade gateway for nuclear development for the Indo-Pacific. And, as a tier one nuclear nation Canada is positioned to support Philippines' energy security goals with their expertise across the nuclear supply chain,” she said.
She also announced that Canadian information company OpenText will locate its first global innovation center in the Philippines.
More and more firms, she said, are also looking at Manila as its hub in the region, including Ostrom Climate Solutions. By Joyce Ann L. Rocamora
The Philippines and the United Arab Emirates (UAE) have signed a Memorandum of Understanding (MOU) to deepen energy transition cooperation.
The MOU was one of the key agreements reached at the meeting between President Ferdinand R. Marcos Jr. and UAE President Mohammed bin Zayed Al Nahyan during Marcos' working visit to the Gulf state last Nov.26.
In a statement over the weekend, Department of Energy (DOE) Secretary Raphael Lotilla said the MOU includes several areas of cooperation particularly in renewable energy; liquefied natural gas as a transition fuel; power generation, transmission, and distribution system; nuclear energy; energy efficiency and conservation; and alternative fuels and emerging technologies.
“By combining the UAE’s leadership in innovative energy solutions with the Philippines’ ambitious drive for energy security and sustainability, this initiative has the potential to transform not only industries but also the lives of millions of Filipinos,” Lotilla said.
He added that the partnership has the potential to support the development of the country’s energy landscape by attracting investments, creating jobs, and promoting the transfer of cutting-edge technology to strengthen local expertise.
The agreement was formalized following discussions between Lotilla and UAE Minister of Energy and Infrastructure Suhail Mohamed Faraj Al Mazrouei in Abu Dhabi.
“Our dialogue emphasized fostering meaningful business collaborations and positioning the Philippines as a prime destination for Emirati investments in critical energy sectors, including developing robust energy infrastructure and advancing renewable energy projects,” Lotilla said.
“We are committed to advancing our energy goals, and the UAE's leadership in innovative energy solutions presents a unique opportunity for the Philippines to accelerate its transition to a cleaner, more sustainable energy future."
An Implementation Agreement with a UAE state-owned company is expected to be signed by January 2025, he said.
In October of this year, Lotilla signed an MOU with Saudi Arabia, strengthening the country’s bilateral ties in the energy sector with the Middle Eastern countries. By Kris Crismundo
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