The Philippines' environmental regulator has inducted 20 newly appointed and promoted personnel as part of efforts to strengthen its capacity to manage environmental protection programs and regulatory functions nationwide.

The oath-taking ceremony, held on May 26 at the Environmental Management Bureau's conference facility within the Department of Environment and Natural Resources compound in Quezon City, marked the fourth such event conducted by the bureau this year.

The event was led by Jacqueline A. Caancan, who administered the oath and encouraged the newly inducted employees to pursue excellence in public service.

"Today is meaningful for it is a product of your hard work. Your presence today reinforces the unity of our Bureau," Caancan said during the ceremony.

"Always look for opportunities to shine. Find your niche, shine and give your best."

Officials from the Environmental Management Bureau's central office and selected regional offices attended the event, which recognized personnel from several regions across the country.

Of the 20 employees who took their oath, 19 attended in person, including personnel from the central office, the National Capital Region, Region 1 and the CALABARZON region. One employee from Region 6 participated virtually.

The Environmental Management Bureau said the appointments and promotions reflect its ongoing efforts to build a highly capable workforce that can support the implementation of environmental policies, regulatory oversight and sustainable development initiatives.

As the primary environmental regulatory arm of the Department of Environment and Natural Resources, the bureau oversees environmental impact assessment processes, pollution control programs, air and water quality management, waste management regulations and compliance monitoring for industrial and resource-sector projects.

The bureau said the expertise and commitment of the newly appointed and promoted personnel will help strengthen its ability to protect and manage the country's natural resources, advance regulatory excellence and improve environmental outcomes for communities across the Philippines.

The Mines and Geosciences Bureau (MGB), in partnership with several government agencies, conducted the second Mobile One-Stop Shop (MOSS) for small-scale miners on May 13 and 14 in San Francisco, Agusan del Sur.

A total of 336 small-scale miners and stakeholders participated in the two-day event, which provided on-site assistance from agencies including the National Commission on Indigenous Peoples, Department of Trade and Industry, Cooperative Development Authority, Bureau of Internal Revenue, Bangko Sentral ng Pilipinas, Land Bank of the Philippines, Department of Labor and Employment, and the Environmental Management Bureau.

The MGB’s Mining Technology Division and Mine Safety, Environment, and Social Development Division conducted technical briefings, health and safety training, and guidance on documentation requirements for permits and contracts.

Meanwhile, the Metallurgical Technology Division showcased responsible and environment-friendly mining practices, highlighting safer and more sustainable methods of gold extraction.

A major highlight of the program was the awarding of 30 Interim Small-Scale Mining Contracts and three Small-Scale Mining Contracts.

The ceremonial awarding was led by Environment and Natural Resources Secretary Juan Miguel Cuna together with Undersecretary Joselin Marcus Fragada, MGB Director Larry Heradez, Assistant Director Karlo Queaño, and MGB Region XIII Officer-in-Charge Director Francis Glenn Suante.

The contracts cover areas in Agusan del Norte, Agusan del Sur, Surigao del Norte, Surigao del Sur and Dinagat Islands, supporting government efforts to formalize small-scale mining operations across the Caraga Region.

The MOSS also facilitated direct access to formal gold markets. During the event, gold produced by one participating small-scale mining group was sold to a Bangko Sentral ng Pilipinas-accredited buyer, demonstrating a transparent and secure marketing pathway for miners.

“We must bring down the services not only of the DENR, but also of other government agencies needed in small-scale mining,” Cuna said.

“We have to speed up the processes, bring our services to the people, and help the economy,” he added.

Following the first MOSS held in South Cotabato in March, the MGB said it plans to continue pilot implementations in Bicol Region, Davao Region and the Cordillera Administrative Region.

The initiative forms part of the implementation of Department Administrative Order No. 2026-08, which aims to streamline the issuance of Interim Small-Scale Mining Contracts and Small-Scale Mining Contracts by bringing government services directly to mining communities and accelerating the formalization of the small-scale mining sector.

Powering tomorrow, aligning operations with clean energy solutions for enhanced sustainability

Solar energy has steadily evolved from a niche, experimental technology into a practical component of modern operations. Once regarded as an expensive and idealistic “green” alternative, it is now a reliable energy solution adopted by households and industries alike. What was once considered the future of energy has become a present-day necessity, shaping how we power modern life.

This transition is especially critical in areas where the electricity supply remains unstable or costly. For industries, such uncertainty is more than an inconvenience, often translating into operational delays, downtime, and increased production pressure. In this context, the TVI Resource Development Philippines Inc. (TVIRD) Group is advancing its energy resilience strategy through the installation of a 5.3-megawatt-peak (MWp) solar power facility at its Siana Gold Project, which it manages under Greenstone Resource Corporation.

Power on

“This Solar Farm Project is the first of its kind here in the Caraga Region where a mining company really put up a large-scale solar farm to help offset its energy requirements and strengthen its power supply,” enthusiastically said Mines and Geosciences Bureau (MGB) Region XIII Director Engr. Francis Glenn Suante during the energization of Phase 1 of the solar plant.

He likewise noted that the project reflects Greenstone’s forward-looking approach to securing reliable power and sustaining renewable energy initiatives. It likewise supports the Philippines’ push for more renewables under the Department of Energy’s National Renewable Energy Program and helps move the country towards the goal of raising renewables to 35 percent by 2030, and 50 percent by 2040.

A new era of renewable integration

Engr. Rico Hernandez, Greenstone Solar Farm Project Head, described the project as a turning point in how renewable energy is being adopted in large-scale industries. He said it reflects growing efforts within the mining sector to work alongside cleaner energy systems in a more practical and sustained way.

“I see this as a major milestone for the mining industry, showing that large-scale operations can effectively tie up with the renewable energy sector,” he said.

He added that the project also demonstrates that the shift towards cleaner energy is no longer purely aspirational. Instead, it is becoming a practical operational strategy that can be implemented without compromising efficiency or reliability.

Improving operational efficiency and energy independence

Rather than relying solely on external grid power, which can be inconsistent at times, the solar facility is designed to offset a portion of the Siana Gold Project’s energy requirements. This reduces dependence on conventional electricity sources and contributes to lowering carbon emissions associated with operations. For a mining site where continuous and stable energy is essential, this shift supports both operational efficiency and a reduced environmental footprint.

Hernandez noted that solar energy has moved beyond its earlier role as a supplementary source. He explained that improvements in system design and integration now allow solar to contribute significantly to daytime energy demand, particularly in industrial settings with predictable load profiles.

He further explained that this evolution has changed how energy is approached in mining operations, with solar power increasingly incorporated into long-term energy planning rather than treated as an auxiliary option.

Project scope and expected impact

The project is currently under construction and is expected to be completed by May 31. It is projected to generate around 7,943,000 kilowatt-hours (kWh) of electricity annually, covering approximately 16 percent of the Siana Gold Project Process Plant’s total energy needs.

Beyond its operational benefits, this integration of solar energy reflects a broader move towards cleaner industrial practices and more responsible energy consumption. Once completed, the solar farm will span 15.65 hectares and is expected to reduce the Siana Project’s carbon footprint by over 4,100 tons of CO2 emissions, equivalent to more than 190,000 trees — thus achieving a greener and more sustainable energy profile.

Hernandez said the timing of the project was a key factor in its implementation. He explained that several enabling conditions were already in place, including available land, a defined energy load, and an established grid connection, which allowed the development to proceed efficiently and without disrupting ongoing operations.

External pressures also supported the decision, particularly rising fuel costs and expectations of higher electricity tariffs, which made renewable integration a more viable and strategic option for the company at this stage.

TVIRD is implementing the project in partnership with PAVI Green Renewable Energy, Inc., reflecting a growing collaboration between industrial operators and renewable energy specialists. This approach helps turn sustainability from a long-term goal into a practical, operational reality embedded directly into day-to-day industrial processes.

Shifting mindsets in energy use

Beyond technical outcomes, Hernandez highlighted a broader shift in organizational mindset. He said the company is beginning to move away from simply consuming energy towards a more intentional approach focused on optimization and management of energy sources.

“We’re moving from just consuming energy to actually managing and optimizing where our energy comes from,” he said.

What makes this development more relatable is how it mirrors changes already visible in everyday energy choices. Solar energy is no longer limited to large-scale projects or symbolic sustainability efforts. It is being adopted as a practical response to rising electricity costs and the need for greater energy control in everyday settings. At the industrial level, those same pressures take on a larger scale, where reliability and efficiency become operational priorities rather than just cost concerns.

At its core, this solar initiative reflects a broader shift in how energy is being approached today. It is no longer viewed simply as a resource delivered from external sources and consumed as-is. Instead, it is increasingly something that can be generated on-site, managed more efficiently, and integrated into operations — even in industries long dependent on large-scale power infrastructure.

As solar energy grows from rooftop systems to large industrial sites, it is changing the way people think about power — both in everyday life and in business. Whether it’s families trying to manage rising electricity bills or companies working to avoid disruptions, the message is the same: energy isn’t just something you use. It’s something you can plan for, produce on-site, and manage in a smarter, more practical way.

Water in underground mining presents one of the industry's most demanding challenges. Accumulating in confined spaces, laden with solids and debris, and needing to be moved through complex piping systems where every bend and metre of lift counts against your operational efficiency. 

Get your pump selection wrong, and you're facing blocked impellers or rotors, frequent breakdowns, excessive maintenance costs, and the operational nightmare of equipment failure hundreds of metres underground. 

The Underground Challenge 

Underground operations demand equipment that handles multiple requirements simultaneously. Your pumps need to manage varying water chemistry, handle suspended solids without clogging, operate reliably in confined spaces, and deliver consistent performance across changing flow conditions. 

Traditional centrifugal pumps can struggle in these environments. Vortex impellers help with larger solids, but fine particles still cause wear. Recessed impeller designs reduce clogging risk but sacrifice efficiency. You're constantly balancing solids handling against pump performance, and hoping your compromise holds up when conditions change. 

There's also the practical reality of underground maintenance. Every pump failure means bringing equipment down, pulling the failed unit, and installing a replacement in difficult working conditions. Downtime underground is expensive downtime. 

Helical Rotor Technology - A Different Approach  

Truflo Pumps HeliFlo range takes a fundamentally different approach to underground dewatering using progressive cavity (helical rotor) pump technology. Instead of relying on centrifugal force and impeller design compromises, Truflo Pumps’ HeliFlo pump range move water through a precisely engineered helical rotor within an elastomer stator. 

This creates a gentle, positive displacement pumping action that handles solids-laden water without the shearing forces of conventional centrifugal pumps. Abrasive particles pass through the pump with minimal wear on critical components. Fibrous materials that would wrap around impeller vanes move through cleanly. The pump maintains consistent flow even as system conditions vary. 

For underground operations, this translates to tangible operational benefits. HeliFlo pumps handle higher solids concentrations without blocking. They operate efficiently across a wider range of head conditions. Component wear is concentrated in the replaceable stator rather than distributed across expensive metallic parts. And when maintenance is required, stator replacement is straightforward compared to impeller and wet end rebuilds. 

Matching Technology to Application 

HeliFlo pumps excel in underground applications where water quality is variable or problematic. Sumps that accumulate fine sediment, working areas where drilling fines enter the water stream, zones with fibrous material or organic debris. Situations where conventional pumps need frequent attention or operate inefficiently. 

The technology also suits applications requiring consistent flow against varying head conditions. As underground workings deepen or piping runs extend, Truflo Pumps’ HeliFlo range maintain performance where centrifugal pumps would drop off their curve and lose efficiency. 

The key is matching pump technology to actual operating conditions rather than forcing one solution across all scenarios – whether it be helical rotor, jumbo, or centrifugal pumps. 

Engineering the Right Solution 

At Truflo Pumps, we've learned that successful underground dewatering comes down to understanding your specific challenges before recommending equipment. Water chemistry, solids content, required flow rates, available head, access constraints, power availability. These factors determine whether HeliFlo technology, conventional centrifugal pumps, or a combination of both delivers the most reliable and cost-effective solution. 

Because underground reliability isn't just a performance metric - it's what keeps your operation running.  The team at Power Systems Inc. are ready to help with pump selection, or you can visit Truflo Pumps website for further information. 

Truflo Pumps manufactures HeliFlo helical rotor pumps and complete dewatering systems at our Australian facilities.  For technical guidance on underground dewatering challenges, our engineering team provides application-specific support backed by decades of supplying dewatering solutions around the world. 

(head)Short-term mine planning operates at the most critical level of execution, from monthly planning down to shift-level implementation. While long-term planning decides on what, where and when to mine, short-term planning focuses on tactics: how the mining will actually be carried out on the ground. 

Most mine planners still rely on the traditional mine planning workflow. When geological models get updated, designs are adjusted, production targets shift, or equipment breaks, the schedule has to be revised manually. When that happens, revising spreadsheet schedules can take days or even weeks, slowing down everything and often causes misalignment between planning and what’s really happening in the field. 

DS GEOVIA MineSched addresses this by introducing a constraint-based scheduling approach. Allowing mine planners to define the mining rules and operational constraints and letting the system generate the schedule. 

These constraints include, first, defining how the operation is structured in time, whether monthly, weekly, daily, or even per shift schedule. Mining direction and precedence control the correct mining sequence, defining which areas cannot start unless the previous areas are completed. Material movement is also defined, to determine how ore and waste are transported from the pit to their destinations, such as plant, stockpiles, waste dumps, or other end streams. 

Haulage can also be modeled in detail by defining haul routes, truck capacities, and cycle times, allowing the system to estimate the truck requirements for each period. Production rates are also controlled by assigning the corresponding equipment capacity, to assess how aggressive and realistic the schedule will be. 

Other constraints also include controlling how much tailings can be stored, as well as accounting for water loss through evaporation and dewatering rates. Recovery factors can be assigned to different material types at the plant, enabling the system to estimate how much valuable metal can be recovered during processing. Waste handling is also controlled by specifying the process waste tailings percentages, which defines how much processed waste is directed to tailings facilities or solid waste dumps. 

Managing stockpile is also an important constraint, allowing mine planners to control how much material is stored, manage grade ranges, and balance materials to keep enough feed going to the plant.  In addition, calendar constraints can be added to account for non-working days, maintenance periods, and planned shutdowns. 

Aside from operational constraints, MineSched enables mine planners to define mining targets, which serves as measurable goals for the schedule. 

The first target is the optimal feed grade. Mine planners can specify desired grade ranges, along with upper and lower limits, to allow some flexibility while ensuring that the material is still within acceptable quality thresholds. Another key target is choosing between focusing on tonnage or grade priority. Mine planners can choose to keep the plant consistently fed to meet tonnage requirement, even if the grade is lower or choose to supply only high-quality material, even if the plant doesn’t run at full capacity. Material ratio targets are also used to control how much ore is mined compared to waste. For example, in a 1:2 ratio, every ton of ore mined, two tons of waste must also be removed. At this point, the schedule will not just follow the mining rules but will try to meet these targets as well.  

MineSched also allows mine planners to test different scenarios and evaluate how flexible and responsive the schedule is under different operational conditions. What happens if the mining rate is increased or reduced? What if the production will be limited in a specific area due to operational priorities? How can excess resource capacity be redirected to other mining areas? Running different scenarios will let the mine planners spot potential problems ahead of time, evaluate trade-offs, and select the most stable and practical schedule. This will ensure fewer surprises and fewer rushed changes before the execution on the ground. 

The advantage of using MineSched in short-term planning mainly leads to speed and reliability. When plans change, schedules can now be generated quickly, allowing more frequent updates when needed. Schedules become more stable and accurate, reduce human errors and help consistently hit production and quality targets. By identifying issues early through scenario testing, it becomes possible to understand how one operational condition affect the entire schedule. This helps in making better decision based on solid information, avoiding costly mistakes, using resources more efficiently, and keeping better control over the budget. 

Across surface and underground projects and operations, mine planners all share the same goal: creating schedules that are practical and aligned with what the operation needs to achieve. With its simple planning tools, quick scenario generation, and seamless integration with leading geology and mine design tools, DS GEOVIA MineSched empowers engineers to plan smarter every day. It removes the complexity of manual scheduling, giving back what matters most: clarity, control, and time. 

For mines looking to plan smarter, Paramina International Inc., as the Philippine partner of Dassault Systèmes, is ready to help you make the powerful DS GEOVIA tools work for your operations.  

Contact our team for a free consultation at paramina_solutions@paramina.com 

Learn more about us at paramina.com  

As mining projects across Southeast Asia and around the world continue to grow in scale and complexity, operators are placing increasing emphasis on equipment that can deliver consistent performance in demanding underground environments. From underground development and ground support to surface infrastructure and quarry operations, the need for purpose-built machinery supported by responsive technical service is increasingly critical.  

Australian manufacturer Jacon Equipment, operating under the broader Maas Group, specializing in underground mining and tunnelling solutions, is meeting this demand with a focused portfolio of machinery engineered specifically for the challenges of underground operations. With growing engagement across international mining markets, Jacon combines practical engineering with application expertise to support safe, efficient, and predictable project outcomes. 

Engineering for Underground Conditions 

Underground mining presents a unique set of operational challenges. Confined working spaces, abrasive materials, high humidity, and continuous duty cycles all place significant demands on both equipment and operators. In regions such as Southeast Asia, these challenges are often intensified by tropical conditions and complex logistics, requiring machinery that is not only robust but also adaptable and easy to maintain. 

Jacon Equipment’s product range is designed with these realities in mind. Its portfolio includes shotcrete sprayers, concrete pumps, transmixers, explosive chargers, and underground utility vehicles, each engineered to perform reliably in high-pressure environments. 

“In underground mining, consistency isn’t a preference — it’s a requirement. Equipment must deliver the same level of performance shift after shift, particularly in high-stress ground conditions where support quality directly affects safety and productivity,” says Henry Ge, Sales Director for Asia at Jacon Equipment. 

Shotcrete application remains central to underground development, and Jacon’s shotcrete sprayers are engineered for controlled placement, consistent output, and durability. Designed to handle harsh materials and continuous operation, the machines support stable development schedules while improving operator confidence. 

Jacon’s Transmixer range enables mobile batch mixing and concrete transportation underground, reducing reliance on fixed batching infrastructure. 

“Across Southeast Asia, mining operations often face logistical challenges that require flexible, self-sufficient equipment solutions. Mobile concrete handling underground can significantly reduce delays and improve overall development efficiency,” Ge says.   

Driving efficiency through practical design  

Efficiency in underground mining is closely tied to equipment reliability and ease of operation. Downtime can have significant impacts on productivity, while complex machinery can increase maintenance demands and operational risk. 

“The most effective equipment underground is not just powerful — it’s practical. Simplicity in operation and maintenance is what keeps projects moving,” adds Ge. 

Training, standards and OEM support 

Beyond equipment performance, operator training and application consistency play an increasingly important role in modern mining operations. Jacon Equipment offers structured shotcrete training programs designed to support mining teams in achieving reliable, repeatable ground support outcomes. 

Jacon’s training approach draws on internationally recognized best-practice frameworks and focuses on practical, site-relevant application rather than classroom-only instruction. Programs are designed to support operators, supervisors, and technical teams working in underground environments. 

“Even the best equipment will underperform without the right application knowledge,” Ge says. “By combining purpose-built shotcrete machinery with practical training, operations are able to achieve more predictable results and improve overall ground support quality.” 

Through Jacon-led training and technical engagement, mining operations can benefit from improved shotcrete consistency, better understanding of mix behavior and rebound control, enhanced operator competency, and improved on-site safety outcomes. 

This training offering complements Jacon’s OEM-backed support model, which includes spare parts availability, technical assistance, and ongoing operational support. 

Supporting mining operations in Southeast Asia 

With continued investment in mining across the Philippines and Southeast Asia—particularly in critical minerals—reliable, fit-for-purpose underground equipment remains essential. Through practical engineering and application-focused support, Jacon Equipment continues to help operations perform in demanding underground environments.  

A global partner for underground mining 

Jacon Equipment’s combination of robust engineering, practical design, and application-focused support positions it as a trusted partner for mining operations worldwide. 

Team Completes Comprehensive Validation of HMC-Tagana-an Nickel Project’s 2025 EPEP Performance 

Demonstrating its unwavering commitment to responsible mining and environmental stewardship, the Multi-partite Monitoring Team (MMT) convened from January 27 to 30, 2026, to conduct a comprehensive validation of the Environmental Protection and Enhancement Program (EPEP) implementation of Hinatuan Mining Corporation – Tagana-an Nickel Project (HMC-TNP). 

The four-day activity focused on evaluating the project’s EPEP accomplishments for the third and fourth quarters of 2025, including a thorough assessment of the company’s overall environmental performance and compliance initiatives for the entire year. 

Throughout the validation process, the MMT conducted extensive field inspections across key operational and environmental management areas within the project site. These included mining operation zones, waste management facilities, reforestation and rehabilitation sites, and water quality monitoring stations strategically located within the project’s coverage area. 

The team carefully verified the implementation and effectiveness of environmental protection measures designed to minimize ecological impacts, ensure regulatory compliance, protect biodiversity, conserve natural resources, and promote environmental sustainability in neighboring communities. The validation also highlighted the company’s continuing efforts to integrate environmental responsibility into its operational framework while maintaining alignment with national and local environmental standards. 

The activity fostered meaningful collaboration and active engagement among HMC-TNP management and staff, government agencies, civil society organization, and local stakeholders. The MMT was represented by the following member agencies and organizations: 

1. Mines and Geosciences Bureau (MGB) Region XIII – Chairperson 

2. Environmental Management Bureau (EMB) Region XIII – Co-Chairperson 

3. DENR CENRO/CDD – Member 

4. DENR PENRO – Member 

5. DENR CENRO – Member 

6. Department of Health (DOH) – Member 

7. REACH Foundation – Member 

8. Our Lady of Mt. Carmel Parish Church – Member 

9. MENRO-Tagana-an – Member 

10. BLGU-Talavera – Member 

The successful conduct of the validation underscores the importance of a multi-stakeholder approach in advancing responsible and sustainable mining practices. By working collectively, the MMT and HMC-TNP reaffirm their shared commitment to ensuring that economic development progresses hand in hand with environmental protection, community welfare, and long-term ecological sustainability. 

As environmental challenges continue to evolve, sustained implementation of the EPEP remains essential in safeguarding natural resources and creating lasting positive impacts for present and future generations. 

By Chris Pitman, Vice President, QLD    Across the world, governments and investors are looking for ways to unlock their natural resource potential and drive economic resilience. Demand for critical and precious metals continues to surge, and the pressure to bring projects online...

Global Ferronickel Holdings Inc., or FNI, reported a 169.6-percent increase in first-quarter net income attributable to shareholders, driven by higher nickel ore prices and increased shipment volumes from its Palawan operations.

The Philippine-listed nickel ore producer said net income for the January-to-March period rose to ₱478.0 million from ₱177.3 million a year earlier, while earnings per share improved to ₱0.0935 from ₱0.0346.

Revenue increased 36.4 percent to ₱1.646 billion from ₱1.205 billion in the same period last year.

FNI said total nickel ore shipments from its Palawan operations rose 8.9 percent to 550,632 wet metric tons from 505,459 wet metric tons in the first quarter of 2025. The company said the current quarter’s sales mix consisted of 80 percent medium-grade and 20 percent low-grade nickel ore, compared with entirely medium-grade shipments a year earlier. All shipments were sold to customers in China.

The average realized nickel ore price increased 23 percent to US$50.57 per wet metric ton from US$41.13 per wet metric ton, supported by tighter nickel ore supply due to quota restrictions in Indonesia and elevated industry costs linked to geopolitical tensions in the Middle East.

President Dante R. Bravo said the company’s Palawan operations delivered a strong start to the year.

“Our Palawan operations delivered a strong start to the year, supported by continued operational optimization, enhanced mine planning, and disciplined execution across our operations,” Bravo said.

Cost of sales rose 2.2 percent to ₱544.2 million from ₱532.3 million, reflecting higher production and shipment volumes. Operating expenses, including excise taxes, royalties, general and administrative expenses, and shipping and distribution costs, climbed 22.4 percent to ₱530.2 million.

FNI said the increase in operating costs was largely due to higher excise taxes and shipping expenses associated with increased shipment volumes.

The company also said it continued implementing sustainability and operational resilience initiatives during the quarter, including the deployment of electric dump trucks and the production of 31,500 seedlings for rehabilitation activities.

Bravo said the company expected further growth as mining operations in Surigao resumed in the second quarter.

“With the start of the Surigao mining season in the second quarter of 2026, we expect to further build on the strong momentum started by our Palawan operations and accelerate overall performance for the year,” he said.

SITE PROFILE

The Delta BAAC Project, located in Rizal, Philippines, is a basalt quarrying operation owned by Helix Aggregates, Inc. with Delta Earthmoving, Inc. as the principal client. Orica serves as the blasting contractor under Delta and has been delivering services at the BAAC site since 2009.

The project operates under a Total Loading Services (TLS) contract for blasting operations in the East Wall and Rock-OnGround (ROG) for bulk emulsion blasts in the New North Wall. Orica oversees the entire blasting process in both areas.

THE SITUATION

The Blast Exclusion Zone (BEZ) for personnel applied on site was variable and dependent on proximity to nearby communities. The North Wall BEZ was typically set at 500 meters. The East Wall required a dynamic BEZ due to proximity to Sunflower village. The BEZ was adjusted based on the design stemming height and maximum instantaneous charge (MIC).

Blasts were initiated using an Exel™ Lead-In-Line (LIL) laid toward the blasting shelter, where the Shotfirer took position for protection against potential flyrock. The blasting shelter was usually towed with a loader between the two blasting areas and relocated in accordance with the BEZ indicated on the blast map.

Records indicated an annual average of one to two misfire incidents related to the starter and primer used to fire the lead-in-line. Root causes included:

• Moisture in the starter.
• Misalignment of the firing pin in the starter.
• Soot accumulation in the firing chamber, inhibiting signal transmission.
• Occasional defective shotshell primers.

As a corrective measure, the site ensured redundancy by maintaining spare starters and shotshell primers.

Operational safety during lead-in-line deployment was a concern. Personnel were exposed to hazards such as:

• Unplanned initiation due to snap slap and shoot, or signal tube impact from rock fall near active highwalls.
• Vehicle interactions during the evacuation and blast clearance;
• Fall from height hazards in case of multiple bench blasting, particularly when accessing upper or lower elevations with uneven floors or near the crest/free face.

TECHNICAL SOLUTIONS

To address the operational and safety challenges associated with non-electric lead-in-line, Orica Technical Services explored the feasibility of a remote initiation system.

The uni tronic™ 600 Remote Firing System was selected for its proven capability to initiate electronic detonators as starters for non-electric blasts, from a safe, remote location. The system enables secure initiation up to two kilometers from the blast site, with extension to five kilometers using an improved antenna – making it suitable for sites with variable terrain or visual obstructions.

To assess suitability and signal strength, multiple radio frequency (RF) tests were conducted on-site with the controller positioned at the new view deck. Inert training detonators were positioned at various active blast locations within the quarry. All tests confirmed 100% reliable initiation.

THE RESULT

On the 17th of October 2024, the first uni tronic™ 600 remotely fired blast was successfully implemented at the B+110 East Wall quarry. This served as the first successful remote firing in a quarry project nationwide, setting a precedent for future site implementations.

The following key benefits were observed with the uni tronic™ 600 Remote Firing System:

• All blasts were initiated from locations beyond the designated BEZ;
• Personnel exposure to high-risk areas during firing line setup was significantly reduced. All wired connections were less than 50m.
• There was no requirement to deploy wires near crests, highwalls or across haul roads.
• Approximately half an hour of operational time was saved per blast through remote firing, equivalent to the time required to relocate the blast shelter with a loader. The loader was able to remain working at the stockpile area without disruption.
• There have been zero initiation incidents since the implementation. With the support of an improved antenna, the radio frequency signal was maintained consistently at 100%, providing reliable initiation.

TESTIMONIAL

“uni tronic 600 reduces the risk of accidents and injuries. Based on my own experience here on our site, the uni tronic 600 significantly streamlines the process by eliminating the need for manual relocation of blasting shelters to a safe distance, thereby using this as a cost-cutting measure that saves both time and resources. Unlike previous technologies that require an extensive setup, the uni tronic 600 allows for quick and precise remote operations.” Leo Dayaoen, Supervisor II Delta Earthmoving, Inc.

“We were looking forward to using remote firing with uni tronic™ 600 here at HAI. When I started, I was only familiar with the LIL system, which may put the shotfirer at risk due to the safe firing location being limited by the length of the LIL. Remote firing not only improves safety by allowing blasts to be initiated from a greater distance, but it also provides better assurance in terms of misfires by ensuring that all detonators are working and ready for blasting.” Duane Anthony Agulay, Quarry Engineer Helix Mining and Development Corporation.

ACKNOWLEDGEMENTS

Orica extends its warmest gratitude to Delta Earthmoving Inc. and Helix Mining Development Corporation for their unwavering support towards safe practices and continuous improvement through Orica’s technology. Author : Ericka Mae Penido, Donald Rivo, Vincent Buccat Date : September 2025

DISCLAIMER

© 2025 Orica Group. All rights reserved. All information contained in this document is provided for informational purposes only and is subject to change by the Orica Group without prior notice. Because the Orica Group cannot anticipate or control the conditions under which this information and its products and/or services may be used, each user must independently review and evaluate the information in the specific context of the intended application. To the maximum extent permitted by law, the Orica Group specifically disclaims all warranties express or implied in law, including accuracy, non-infringement, and implied warranties of merchantability or fitness for a particular purpose. The Orica Group specifically disclaims, and will not be responsible for, any liability or damages resulting from the use or reliance upon the information in this document. The word Orica and the Ring device are trademarks of the Orica Group.

San Miguel Corporation has designated the ₱740-billion New Manila International Airport as its primary infrastructure priority, establishing a firm operational completion target for November 2028. 

Company chairman Ramon Ang confirmed the development timeline following a series of construction delays that pushed the project past its original 2027 opening target.  

The revisions stemmed from severe fill sand shortages and global supply chain disruptions following the national government's suspension of Manila Bay reclamation projects. 

Construction on the 350,000-square-meter Passenger Terminal Building officially commenced in early 2026 after land development and soil stabilization reached substantial completion along the shoreline. 

Spanning 2,500 hectares, the mega-gateway is designed to resolve chronic congestion at Manila's Ninoy Aquino International Airport.  

Upon completion of its first phase, the facility will feature four parallel runways and 240 boarding gates, allowing it to process 35 million passengers annually. Subsequent development phases aim to scale total capacity to 100 million passengers per year. 

To support local communities, San Miguel Corporation is implementing a strict employment policy enforcing local labor hiring quotas that mandate the preferential hiring of qualified Bulacan residents for construction and aviation-related roles.  

Under this framework, external labor will not be utilized until local workforce pools are fully evaluated, the company said. 

Concurrently, the development of critical transport links is underway.  

The construction schedule dictates that the eight-kilometer, six-lane elevated airport expressway will link the hub directly to the North Luzon Expressway in Marilao, running alongside the 19-kilometer Northern Access Link Expressway and a planned MRT-7 rail extension.  

Roadway infrastructure development is progressing in tandem with the vertical terminal construction to ensure synchronized accessibility by 2028. 

Addressing long-term sustainability, the project enforces stringent environmental mitigation rules for the Bulacan coastline to counter risks of flooding and land subsidence. 

The corporation has aligned operations with international environmental and social performance standards. Active safeguards include the privately funded dredging and rehabilitation of Bulacan's tributary river systems to prevent inland water backup. 

Additionally, the developer has established the 40-hectare Saribuhay sa Dampalit Biodiversity Offset Program in Malolos, creating a dedicated ecological sink-area and migratory bird stopover to compensate for coastal mangrove displacement. 

San Miguel, which also oversees the rehabilitation and management of the Ninoy Aquino International Airport through the New NAIA Infra Corp., intends to run both facilities under a unified dual-gateway aviation strategy. 

The Metro Manila Subway Project (MMSP) is moving closer to a direct rail link to Ninoy Aquino International Airport (NAIA) after the government awarded the contract for the airport spur line. 

The award adds to D.M. Consunji Inc.’s (DMCI) growing role in the country’s flagship subway program, with the company securing another major package tied to the future airport connection. 

The Department of Transportation (DOTr) awarded Contract Package (CP) 109 to the joint venture of DMCI and Taisei Corp. for the NAIA spur line. 

Under the contract, the DMCI-Taisei joint venture will receive P16.06 billion, excluding 12 percent value-added tax, plus foreign-denominated payments of $20.17 million and 7.03 billion Japanese yen (about P2.736 billion). 

The award reflects an upward adjustment from the original P16-billion bid, with an added P66.18 million to account for inflation over the two-year delay in the procurement process. 

DOTr first invited bids for CP 109 in May 2023, but right-of-way challenges across the MMSP slowed the award of several packages. 

CP 109 includes tunnel works and a station serving NAIA, positioning the project to deliver the airport’s first rail connection once the line is completed. 

The package also aligns with ongoing efforts to modernize airport operations, supporting broader plans to improve how passengers move to and from the country’s main gateway. 

Once delivered, CP 109 is expected to become a key link in the MMSP by connecting NAIA to the wider urban rail network and improving access for air travelers, workers and commuters. 

The airport connection is expected to strengthen transport integration in Metro Manila, where access to NAIA has long depended on road-based travel. 

For DMCI, CP 109 is its third subway package under the MMSP, following CP 102 for the Quezon Avenue and East Avenue stations and tunnel works, and CP 105 for the Kalayaan and Bonifacio Global City stations and a tunnel segment in Taguig. 

With CP 109 awarded, attention now turns to CP 108, the remaining subway package covering the Lawton and Senate-DepEd segment in Taguig City. 

Overall, the MMSP continues to advance, reaching 27.08 percent completion as of February. 

Tunnel boring machines have excavated at least 5.37 kilometers so far, while construction is ongoing at the Valenzuela depot and at 10 stations along the alignment. 

DOTr is also aiming to complete right-of-way acquisition this year after securing 82.37 percent of required property and resolving some of the project’s most challenging segments, including Ortigas and White Plains. 

With a project cost of P488.5 billion, the MMSP is set to become the country’s first underground railway, spanning 33 kilometers across six cities in Metro Manila. 

Once operational, the subway is expected to cut travel time between Valenzuela City and NAIA to 41 minutes from about 1.5 hours and serve up to 520,000 passengers daily. 

While the project timeline has shifted, the latest award moves the subway closer to full network delivery and to a long-awaited rail connection to the country’s main airport. 

MAEM International Inc., the Mindanao Association of Mining Engineers, held its 32nd Annual Mining Symposium and Exhibits on April 29 and 30 at the SMX Convention Center in SM Lanang, Davao City, drawing 281 registered participants and featuring 45 exhibit booths with 100 exhibitors. 

Malaysian Consul General Muhammad Ikhawan Ariff Muhammad Yusof, attended the ribbon-cutting ceremony alongside Vice-Consul Nuraisyahida Mohd Shabudin, Mines and Geosciences Bureau Region XI Regional Director Beverly Brebante, Philippine Society of Mining Engineers National President Francisco J. Arañes Jr., MAEM President Alfredo T. Relampagos and MAEM officers and directors. 

The event opened with a cultural dance performance by the Sahaya Dance Collective. 

In his opening remarks, Relampagos introduced the symposium theme, “Resilient Mining Footprint,” and called on the industry to consider long-term impact alongside resource extraction. 

The program also included a message from Arañes and a keynote address by Mindanao Development Authority Chairperson Secretary Leo Tereso A. Magno.  

On the second day, Siegfried Flaviano delivered the keynote message on behalf of South Cotabato Governor Reynaldo S. Tamayo Jr. 

The symposium also included a tribute to the late Engr. Alex Baligod, who died in November 2025. Organizers held a moment of silence and presented a commemorative video in recognition of his contributions to the organization and the mining industry. 

Technical sessions on the first afternoon and second day focused on the symposium theme’s core areas, including economic growth, environmental care, community partnership, and technology in mining. 

Presentations covered mineral supply chains, porphyry copper exploration, global reporting standards, resource-to-reserve conversion, underground stability systems, and constraint-based mine planning.  

Other discussions tackled blast quality, geosynthetics, SLAM mapping, IoT-enabled rockfall risk management, landslide susceptibility modeling, remote-controlled excavation, UAV-based drafting, digital mine solutions, watershed modeling, and sustainable mine closure. 

Speakers and presenters included: 

1.  Quo Vadis Mining: Securing sustainable mineral supply chains through resource nationalism and global cooperation - Asec. Michael V. Cabalda, Assistant Secretary, Department of Environment and Natural Resources (represented by MGB-XI RD Beverly Mae M. Brebante)  

2.  Revisiting a Historical Mine: New Insights from the Amacan Porphyry Copper Deposit - Geol. Juan Alex Vianne D. Amoroso, Asia-Alliance Mining Resources Corporation  

3. PMRC 2020: Strengthening the Foundation of Mindanao’s Mining Industry through Global Reporting Standards - Geol. Darwin Edmund L. Riguer, Apex Mining Company, Inc.  

4.  Converting Mineral Resources to Mineral Reserves - Engr. Constancio A. Paye, Jr., Alliance of Responsible Miners in Region XI (ARMOR XI)  

5.  Injection Resin Systems for Challenging Ground Conditions: Enhancing Safety and Stability in Underground Excavations - Mr. Robert Penczek, SANDVIK  

6.  Optimizing Short-Term Mine Planning: A Constraint-Based Scheduling Approach - Engr. Daryl P. Suarez, Paramina International Inc.  

7.  Improving Bench Floor Conditions Through ORICA’S Blast Quality Service - Engr. Donald B. Rivo, ORICA Philippines, Inc.  

8.  Advancing Mining Infrastructure with Geosynthetics: Performance, Protection, and Sustainability - Engr. Sairille Faye F. del Rosario, Arizona Geosynthetics, Inc.  

9.  Advanced SLAM Technology: Revolutionizing High-Precision Mapping from Underground Mines to Urban Infrastructure - Engr. Luis Alberto Elneser Gonzales, Tersus GNSS  

10. Building a Resilient Mining Footprint with IoT-Enabled Rockfall Risk Management: Integrating Geohazard-monitoring with Drapery and Dynamic Barriers for Safer and Smarter Mine Operations - Engr. Jeric Ivan Aguilar, Maccaferri Philippines, Inc.  

11. Morphometric Analysis with Geospatial and Geotechnical Technologies for Tiered Landslide Susceptibility Modeling: A Case Study of Apex Mining Operations - Geol. Louie Jay T. Tubio, Apex Mining Company, Inc.  

12. Brokk Underground: Transforming Mechanical Excavation in Tight Mining Spaces - Mr. Haren Subra, Brokk Asia Pacific Pte Ltd (Singapore)  

13. Aerial Drafting via YOLO11n and YOLO11n-Seg - Engr. Mark John S. Pag-alaman, University of Southeastern Philippines  

14.Estimation and Modeling of Total Suspended Solids of Davao River: Basis for Sustainable Resource Management - Engr. Norvein Calibo, University of Southeastern Philippines  

15. Mine Closure: Ensuring the Promise of Mining Sustainability - Engr. Robert Francisco, Hinatuan Mining Corporation  

16.Deswik as an Integrated Solution for Block Caving Projects, and a Brief Overview of Open Pit Applications - Engr. Alvaro Pena, DESWIK  

17. Closing the loop in Mine Geology: Integrated workflows for faster, more reliable decisions - Geol. Ryan Kelly, Datamine The technical sessions ended with a synthesis by Engr. Felizardo A. Gacad Jr., followed by closing remarks from Engr. Danilo Rodriguez. 

The program also included the oath-taking of new MAEM members led by Relampagos and the oath-taking of new PMRCC chairperson Engr. Armando Malicse, administered by outgoing chairperson Engr. Enrico Nera. 

Ahead of the symposium, participants joined pre-event activities on April 28, including an inter-company sports tournament in basketball, badminton, and pickleball, which drew 158 participants. A MAEM FunGolf activity was also held as part of the networking program. 

The two-day event also included evening socials with live entertainment, food, and beverages, while a Samal island-hopping activity capped the week’s program. 

The Middle East conflict involving the United States, Israel, and Iran remains active but has entered a period of unstable ceasefires and intermittent confrontation. Since its escalation in early 2026, the conflict has been marked by intermittent maritime incidents, shipping disruptions, and persistent geopolitical tension. While diplomatic negotiations continue, the situation has stabilized into a prolonged standoff characterized by recurring risk rather than decisive military confrontation. 

The most consequential effects of the conflict have been economic rather than military. Energy markets have absorbed a sustained geopolitical risk premium, resulting in elevated oil prices, increased shipping costs, and heightened volatility across global supply chains. These changes affect not only energy-importing countries but also industries dependent on international trade and transportation. 

For import-dependent economies such as the Philippines, the conflict has introduced a structural shift in economic risk. Even if hostilities diminish, uncertainty surrounding energy supply routes and shipping infrastructure is likely to persist. Governments and industries must therefore adapt to an operating environment defined by sustained volatility rather than temporary disruption. 

Mining remains one of the most strategically significant sectors of the Philippine economy, serving as a major source of export revenue, regional employment, and industrial raw materials for global manufacturing and energy systems. The country is among the world’s leading producers of nickel and an important supplier of copper and gold, positioning it as a critical participant in international mineral supply chains. Because mining operations depend heavily on energy, transportation, and global commodity markets, the sector is highly sensitive to geopolitical developments that affect fuel prices, shipping routes, and industrial demand. 

Implications for the Philippine Mining Industry 

The Philippine mining industry faces a complex set of consequences from the Middle East conflict. While geopolitical instability supports higher commodity prices, rising operating costs reduce profitability. 

Periods of geopolitical instability often support higher prices for safe-haven and industrial metals particularly gold, while supply disruptions and industrial demand can influence prices for minerals such as nickel and copper. This improves export revenue potential for mining companies. However, higher fuel, electricity, and transportation costs increase the cost of extracting and delivering minerals. 

The resulting economic environment is characterized by constrained profitability, where revenue gains are offset by cost inflation. Long-term competitiveness will depend on operational efficiency, cost control, and supply chain resilience. 

Nickel mining is one of the most strategically significant sectors in the Philippine mining industry. Disruptions in global supply chains—particularly those affecting inputs used in mineral processing—have increased production costs in competing jurisdictions. This dynamic has supported higher global nickel prices and strengthened demand for Philippine exports. However, the benefits remain conditional because mining operations remain highly sensitive to energy costs. Rising fuel and power prices can offset gains from higher commodity prices. 

Copper and gold producers occupy a relatively resilient position in the mining sector. Gold serves as a financial safe-haven asset during periods of geopolitical uncertainty, while copper demand remains linked to infrastructure development and industrial growth. These commodities are therefore likely to maintain stable demand despite market volatility. However, rising operating costs continue to place pressure on profit margins. 

Coal producers may benefit indirectly from higher global energy prices as utilities seek alternative fuel sources. However, increased diesel and equipment costs offset part of this revenue advantage. The net effect on the coal mining sector is moderate rather than transformative, with incremental revenue gains balanced by rising operating expenses. 

Industrial and Logistics Implications for the Mining Supply Chain 

Energy-intensive industries such as cement manufacturing are among the most negatively affected sectors. Rising fuel and electricity costs increase production expenses, while competitive market conditions limit the ability of companies to pass these costs on to consumers. This imbalance results in margin compression and increased financial risk. Over time, firms may invest in energy efficiency and alternative fuels, but these adjustments require capital investment and implementation time. 

Shipping and logistics infrastructure plays a critical role in the competitiveness of the mining industry. Geopolitical instability increases insurance costs, fuel expenses, and transit times for cargo vessels. These changes raise the cost of transporting minerals and reduce delivery reliability. The primary risk facing the logistics sector is cost escalation rather than physical supply disruption. Transportation efficiency has therefore become a key determinant of mining profitability and export performance. 

Structural Exposure to Imported Energy 

The Philippine energy system relies heavily on imported fuels, including crude oil and coal. The Philippines is becoming increasingly increasingly reliant on liquified natural gas (LNG) as domestic natural gas supply declines. The country is currently in a transition phase from domestic natural gas to imported LNG, which means reliance is rising and will likely become significant within the next decade. 

This dependence creates a systemic vulnerability to geopolitical instability in major energy-producing regions. Because domestic energy resources remain limited relative to national demand, changes in global fuel markets rapidly affect electricity prices, industrial production costs, and household expenditures. 

The immediate consequence of the Middle East conflict has been rising costs rather than supply shortages. Energy deliveries continue, but transportation risks and insurance premiums have increased significantly. These additional costs propagate through the energy supply chain—from fuel importation to power generation and distribution—ultimately reaching consumers in the form of higher electricity and fuel prices. 

The Philippine energy sector is therefore transitioning from a relatively stable cost environment to one characterized by sustained volatility. Energy planning and investment decisions must now incorporate uncertainty related to fuel prices, shipping costs, and exchange rates. 

Five operational effects define the current risk landscape for the Philippine energy sector. First, rising global oil and gas prices have increased operating costs for power plants, transportation systems, and industrial facilities. These increases contribute to inflationary pressure across the economy. 

Second, generation costs have risen significantly, particularly for facilities dependent on imported fuels. Price volatility complicates operational planning and increases financial risk for electricity producers. 

Third, the conflict has intensified pressure on national energy security policy. Government agencies have prioritized fuel supply stability, infrastructure resilience, and strategic reserve management. 

Fourth, renewable energy has become more economically attractive as fossil fuel costs rise. This shift will accelerate investment in renewable generation, storage systems, and grid modernization. 

Fifth, currency fluctuations have amplified the cost of energy procurement because most fuel imports are denominated in foreign currency. 

Together, these developments signal a fundamental transition in the Philippine energy sector—from a system focused primarily on supply adequacy to one increasingly centered on risk management and resilience. 

Sectoral Impacts Across the Philippine Energy System 

The oil importation sector remains the most immediately exposed to geopolitical instability. Because the Philippines relies heavily on imported petroleum products, disruptions in international shipping particularly in the Strait of Hormuz directly increase procurement costs and financial risk. Even when supply volumes remain stable, higher transportation and insurance costs increase the total cost of fuel imports. 

The power generation sector is structurally vulnerable to fuel price volatility because the Philippine electricity system depends heavily on imported energy sources. Rising fuel costs increase electricity production expenses and create pressure for higher consumer tariffs. 

Utilities operating under regulated pricing frameworks in the Philippines generally remain financially stable because fuel and power procurement costs are allowed to be passed through to consumers. However, increases in electricity prices often trigger regulatory review and public scrutiny, creating reputational and policy risks for utilities. Independent power producers face greater financial exposure, particularly when operating under fixed-price contracts or merchant market conditions where revenues may not fully offset rising fuel and operating costs. Key sector risks therefore include sustained increases in generation costs, tariff pressure, intensified regulatory oversight, and operational uncertainty. 

The LNG sector represents both vulnerability and opportunity. In the short term, rising global gas prices increase generation costs and supply risk. In the long term, LNG infrastructure development is expected to expand as policymakers seek to diversify energy sources and improve supply reliability. LNG therefore plays a transitional role in strengthening energy security while supporting the shift toward a more diversified energy mix. 

Renewable energy is the primary structural beneficiary of sustained geopolitical instability. Unlike fossil fuel-based generation, renewable energy relies on domestic resources and is less vulnerable to international supply disruptions. As fossil fuel prices become more volatile, renewable energy projects become increasingly competitive in operating cost and energy security terms. Governments and investors should prioritize renewable energy as a strategic component of energy security and economic stability. Over time, renewable energy is expected to transition from a supplementary energy source into a core pillar of the Philippine energy system. 

Probable Future of the Conflict and Strategic Outlook 

The most probable future trajectory of the Middle East conflict is a prolonged period of geopolitical tension rather than a decisive military resolution. While large-scale escalation remains unlikely, underlying strategic rivalries are expected to sustain recurring instability. 

This environment creates three enduring conditions: persistent energy price volatility; increased maritime transportation risk; and sustained supply chain uncertainty. These conditions represent a structural transformation in the global risk landscape. 

The prolonged nature of geopolitical instability will reinforce the vulnerability of the Philippine energy system while accelerating structural changes in energy policy and investment. Three major trends are expected to define the sector’s evolution: sustained cost volatility; increased pressure for energy diversification; and accelerated renewable energy  investment. Energy planning will increasingly focus on resilience, flexibility, and risk management rather than solely on supply expansion. 

On the other hand, the Philippine mining industry is expected to benefit from sustained global demand for critical minerals while facing rising operational costs. Three structural trends are likely to shape the sector: stable demand for strategic minerals; increasing production and logistics costs; and growing strategic importance in global supply chains. In periods of global instability, mining can simultaneously benefit from rising mineral prices while facing increased operating costs, creating a complex economic environment in which opportunity and risk coexist. 

Conclusion 

The Middle East conflict will not derail the development of the Philippine mining and energy industries but it will permanently reshape the rules under which they operate. Energy will become costlier and more strategically sensitive to global events, while mining will become increasingly critical to international supply chains even as sustaining production grows more expensive. 

The deeper implication is structural. Geopolitical risk is no longer episodic; it has become embedded in the global economic system. For the Philippines, this means planning for volatility rather than stability. Investment decisions, infrastructure development, and resource policy will need to be designed around resilience, diversification, and long-term risk management. In this new environment, uncertainty is not a temporary challenge; it is the baseline condition. 

Fernando “Ronnie” S. Penarroyo specializes in Energy and Resources Law, Project Finance and Business Development. He is also currently the Chair of the Professional Regulatory Board of Geology, the government agency mandated under law to regulate and develop the geology profession. For any matters or inquiries in relation to the Philippine resources industry and suggested topics for commentaries, he may be contacted at fspenarroyo@penpalaw.com. Atty. Penarroyo’s commentaries are also archived at his professional blogsite at www.penarroyo.com 

For years, discussions surrounding mining in the Philippines have largely focused on permitting, environmental concerns, social acceptability, and the perennial question of whether we are deriving sufficient value from our mineral resources.  

Today, however, the conversation has evolved to highlight the role of critical minerals in the development of the Philippine mining industry. Critical minerals are progressively regarded as strategic assets: essential not only to economic development, but also to energy transition, technological innovation, and even national security. 

Nickel, copper, cobalt, and rare earth elements have become central to the global transition toward electric vehicles, renewable energy, battery storage, and advanced technologies. 

For the Philippines, this shift presents both an opportunity and a challenge. 

Recent months have seen a number of developments positioning the Philippines more prominently within global critical minerals supply chains. 

Most significant was the signing in February 2026 of a Memorandum of Understanding between the Philippines and the United States on cooperation in critical minerals supply chains. The agreement seeks to strengthen cooperation on responsible mining, mineral processing, investment, and supply chain resilience. This reflects a growing recognition among major economies that secure and diversified mineral supply chains are now matters of strategic importance. 

This aligns with the initiatives of other mining jurisdictions such as Australia and Canada to work with the Philippines in prioritizing critical minerals as strategic and national security assets rather than merely commodities.  These efforts have also been referred to as “mining diplomacy”. 

Meanwhile, global demand for nickel and copper continues to rise as countries accelerate renewable energy initiatives. For mineral-rich countries such as the Philippines, this creates pressure to reconsider the longstanding export-oriented model. 

The real value of critical minerals lies not merely in exporting ore, but in participating in higher-value activities such as refining, precursor manufacturing, battery materials processing, and associated industrial ecosystems. Whether the Philippines can successfully move into these areas remains one of the defining policy questions facing our mining industry. 

Increasingly, this conversation on critical minerals also intersects with innovation and intellectual property. 

The race to secure critical minerals is not limited to access to mineral deposits. It also involves competition over the technologies used to process minerals more efficiently, reduce environmental impacts, improve battery performance, and develop alternative extraction and recycling methods. In many respects, the future value of critical minerals may depend as much on technology and know-how as on geology itself. 

Countries that succeed in downstreaming are often those that build ecosystems supporting research, technical capability, and technology transfer alongside extraction activities. Patents, proprietary processing technologies, licensing arrangements, and collaborative research partnerships are becoming increasingly important components of the global critical minerals landscape. 

Innovations come not just from the mining companies themselves, but other companies in the ecosystem, including those that specialize in mining equipment, technology and services (METS) which use IP to pursue their internationalization strategies.  

As examples, Australia and Canada are using innovation and intellectual property strategies to move beyond traditional extractive mining models and capture greater value from the critical minerals supply chain. In both jurisdictions, mining companies are investing heavily in proprietary mineral processing technologies, environmentally sustainable extraction methods, recycling systems, and advanced metallurgical processes. Companies are also actively securing patents and exclusive licensing arrangements covering new recovery technologies for critical minerals and rare earth elements, recognizing that future competitiveness will depend not only on access to mineral deposits, but also on control of the technologies used to process and refine them. 

A notable element in both countries is the strong collaboration among mining companies, universities, government research institutions, and technology developers. In Australia, mining innovation is increasingly driven by partnerships with institutions such as the Commonwealth Scientific and Industrial Research Organization or CSIRO [the equivalent of our Department of Science & Technology (DOST)] and leading universities, with technologies later commercialized through licensing and joint venture arrangements. Locally, DOST’s Philippine Council for Industry, Energy and Emerging Technology Research and Development (DOST-PCIEERD) focuses on strengthening the local mining and minerals sector through research, development, and value-addition initiatives, including transforming raw mineral resources into higher-value, sustainable products. 

Canada, meanwhile, has placed particular emphasis on IP commercialization and integrating mining into broader EV, battery, and clean technology supply chains. Canadian initiatives likewise focus on helping mining companies identify, protect, and monetize valuable IP assets arising from mining innovation. 

For the Philippines, critical minerals, IP and innovation present an important but often overlooked opportunity. 

The country’s participation in the critical minerals economy should not be viewed solely through the lens of extraction and processing. There is also space to develop local expertise in mining technologies, environmental solutions, mineral processing innovations, and sustainability practices adapted to Philippine conditions. 

Several examples already demonstrate that innovation within Philippine mining is possible. 

Some Philippine mining companies have adopted real-time environmental monitoring systems that allow continuous monitoring of water quality, rainfall, slope movement, and tailings facilities. These technologies improve risk management while also strengthening transparency and regulatory compliance. 

Other companies have invested in progressive mine rehabilitation techniques, including the use of native species propagation, biodiversity mapping, and drone-assisted monitoring of rehabilitation areas. In a country highly vulnerable to climate and biodiversity risks, innovations in rehabilitation and watershed management may become increasingly valuable forms of mining expertise. 

Digitalization is also beginning to reshape Philippine mining operations. The use of geographic information systems, drone surveying, automated fleet management, and remote sensing technologies has improved operational efficiency and safety in several large-scale mining projects.  

As artificial intelligence and predictive analytics continue to evolve, opportunities abound for Philippine mining companies and local technology providers to develop solutions tailored to the country’s unique geological and environmental conditions. 

Beyond operational technologies, the Philippines may also have opportunities in mineral processing innovation itself.  For example, research into more energy-efficient nickel processing methods, low-carbon mineral refining, mine waste recovery, and circular economy technologies could become increasingly relevant as global industries seek more sustainable supply chains. The country’s extensive experience with lateritic nickel ores may also create opportunities for specialized technical expertise in processing ore types commonly found in tropical environments.  In time, Philippine-developed technologies or environmental management practices may themselves become exportable expertise. 

Strengthening intellectual property awareness within the mining sector will therefore become increasingly important. Mining companies often focus primarily on permits, operations, and production targets, yet proprietary technologies, software systems, environmental processes, and technical solutions may also represent valuable intellectual assets. 

As the Philippines mining industry evolves, our competitive advantage will increasingly depend not only on who possesses critical minerals, but on who develops the knowledge, systems, and technologies surrounding them. 

The Writ of Kalikasan is a bell in the storm. But not every noise is a fire, and not every fire is visible from the courthouse steps.

That is the difficult wisdom running through two recent Supreme Court decisions: Batan v. MGB and Altai Philippines Mining Corporation, decided on Nov. 4, 2025; and Protect Manicani Island Society (PROMISI) v. DENR and Hinatuan Mining Corporation, decided on Jan. 28, 2026. One case feared the scarring of forests and seas; the other, the slow drowning of protected island ecology in silt, pollution, and unrehabilitated mines. Both involved island communities. Both invoked the country’s most dramatic environmental remedy. Both petitions failed.

It would be easy to misread the cases as a judicial cold shoulder to environmental protection. They are better understood as an attempt to tune the instrument: to make the bell sensitive enough to detect real danger, but precise enough not to ring at every shadow.

The writ was born from the Supreme Court’s 2010 Rules of Procedure for Environmental Cases. It gave procedural muscle to the constitutional right to a balanced and healthful ecology. It may be invoked when an unlawful act or omission causes or threatens environmental damage of such magnitude as to prejudice life, health, or property in two or more cities or provinces. The petition must be supported by relevant and material evidence, including scientific or expert studies.

That design was both bold and cautious. Bold because it allowed citizens, communities, and public-interest groups to bring large-scale ecological harm directly to the higher courts. Cautious because it did not make every environmental dispute a constitutional emergency.

The need for such a remedy is hardly academic. The Philippines ranked first among 193 states in the 2024 World Risk Index, with a score of 46.9. The World Bank has warned that, without action, climate change could reduce Philippine GDP by as much as 13.6 percent by 2040, with the poorest households hit hardest. These figures are not decorative footnotes. They are the country’s weather forecast in legal form.

But environmental law has always had a timing problem. It is asked to act before harm becomes ruin while still demanding proof before harm becomes obvious. It must hear the crack in the dam before the flood, but not mistake every creak for collapse.

In Batan, the difficulty was geography. The petition involving Sibuyan Island in San Fernando, Romblon, failed to satisfy the rule’s requirement that the harm affect inhabitants in “two or more cities or provinces.” In PROMISI, the Court found the petition lacking in proof. Allegations of ecological harm on Manicani Island in Guiuan, Eastern Samar, could not substitute for substantial evidence showing damage of the required magnitude. Together, the cases expose the writ’s double lock: scale and science.

Both locks serve a purpose. Without scale, courts could be asked to resolve every localized environmental dispute as if it were a national catastrophe. Without science, the writ could become an all-purpose injunction, allowing anxiety to disguise itself as evidence.

Yet locks can also keep out the very people they were built to protect.

The two-city-or-province threshold is sensible on a flat map. The Philippines, however, is not a flat map. It is an archipelago of ecological singularities. A reef, watershed, island forest, or mountain ecosystem may be irreplaceable even if it lies within one province. A wound can be local and still be fatal. A small island can carry a large truth.

This is why Senior Associate Justice Marvic Leonen’s concurrence in both cases matters. He accepted the outcome under the present rules but proposed an “ecosystem approach”: courts should not measure environmental magnitude only by political boundaries, but also by the gravity of harm to a distinct ecosystem. That insight points the writ toward a more mature future — one that looks beyond the map without abandoning the microscope.

That middle ground is where the hard cases live.

The country cannot pretend that development is a dirty word. The clean-energy transition itself is mineral-hungry. The International Energy Agency projects that, under stated policies, lithium demand could grow fivefold by 2040, while graphite and nickel demand could double. Demand for cobalt and rare earth elements is also expected to rise strongly. The Philippines, meanwhile, is a leading producer of nickel and a significant producer of gold and copper, even if mining remains a relatively small share of GDP.

What Batan and PROMISI invite, then, is not a sermon to one side or a victory lap for another. They invite a common grammar.

Communities should not have to translate lived fear into impossible science before they are heard. But courts cannot decide based on fear alone. Regulators should be accorded technical respect. But expertise cannot be treated as a black box with a government seal.

Permitted enterprises need not be crippled by suspicion or slogans. But they must still bear the weight of scrutiny.

The better path is not more litigation or less litigation. It is better environmental truth.

That means petitions supported by baseline data, hydrology, biodiversity inventories, geohazard analysis, reef surveys, water-quality results, and causal pathways. It also means public access to environmental information that often exists but remains buried in agency files: impact assessments, Environmental Compliance Certificate conditions, monitoring reports, compliance audits, and inspection findings. The courthouse should not be the first place where environmental facts see daylight.

The brilliance of the Writ of Kalikasan was that it understood environmental harm as different from ordinary injury. It can be dispersed, delayed, cumulative, and intergenerational. Its victims may not yet be born. Its proof may arrive like rainwater in a jar: drop by drop, until suddenly the measure is full.

The next stage is to make the writ more intelligent. Keep it extraordinary, because ordinary disputes should not summon constitutional thunder. But do not let extraordinariness become blindness to extraordinary ecosystems. Demand science, but do not make science a dialect spoken only by the powerful. Respect boundaries, but remember that rivers, reefs, sediment, wind, and risk do not stop at provincial borders.

That is the challenging work of calibration. If tuned too loosely, the writ becomes noise. If tuned too tightly, it becomes silence.

And silence, in environmental law, is rarely neutral. Sometimes it is only the sound a forest makes after the last tree has fallen, the sound of a reef after the fish have left, the sound of a promise still beautiful in doctrine but disappearing in the tide — writ, finally, in water.

Apex Mining Co. Inc. (APX) reported a 94-percent increase in consolidated net income for the first quarter of 2026, driven by significantly higher gold prices despite lower sales volumes and weaker ore grades.

In a disclosure, the listed mining company said consolidated net income reached P2.82 billion in the January-to-March period, up by P1.37 billion from P1.45 billion recorded in the same quarter last year.

Gold sales volume during the quarter fell by 20 percent to 20,354 ounces from 25,362 ounces a year earlier. However, the average realized gold price surged to $4,909 per ounce from $2,953 per ounce in the first quarter of 2025, supporting the company’s earnings performance.

Ore gold grade at the Maco Mine in Davao de Oro also declined during the quarter, averaging 2.43 grams per tonne compared to 3.16 grams per tonne in the same period last year.

Apex Mining President and Chief Executive Officer Luis Sarmiento said the lower average grade was due to lean zones encountered during mining operations.

“Once completed, this tunnel will provide access to deeper ore blocks while improving water and ventilation systems, thereby enhancing the working environment and safety of our miners as we work in the lower levels where higher-grade deposits are expected to be located,” Sarmiento said, referring to the ongoing construction of the Tagbaros Drain and Ventilation Tunnel.

The company said it expects to incur significant capital expenditures over the next few years, mainly to increase production capacity at the Maco Mine and develop the copper project of Asia-Alliance Mining Resources Corp.

Apex Mining said the copper project under Asia-Alliance is estimated to require around $300 million in capital expenditures, including plant development and construction costs, with spending expected to be distributed evenly over the next three years before commercial operations begin.

Meanwhile, the ongoing expansion of the Maco Mine from 3,000 tonnes per day to 3,500 tonnes per day is expected to cost approximately P100 million and forms part of the company’s regular capital expenditure program.

According to Apex Mining, strong cash inflows, a solid asset base, and good credit relationships with local banks provide flexibility to fund these projects.

Sarmiento also said the company remains operationally stable despite the ongoing US-Iran conflict, noting that fuel costs account for only around 4 percent to 5 percent of total production costs.

“We also continue to identify and develop reliable alternative sources of fuel to mitigate the potential impact of the volatility in oil prices and supply on our operations,” he said.

Apex Mining operates the Maco Gold Mine in Davao de Oro, while its wholly owned subsidiary Itogon-Suyoc Resources operates the Sangilo Mine in Benguet.

The Philippines highlighted its strategy for developing a sustainable and investment-friendly critical minerals sector during the OECD Critical Minerals Forum held on April 28–29 at the OECD Istanbul Center.

The Department of Environment and Natural Resources (DENR) and the Mines and Geosciences Bureau (MGB) joined the Philippine delegation at the forum, which brought together OECD members, partner countries, private sector representatives, and civil society groups to discuss resilient critical mineral supply chains amid rising global demand driven by the energy transition and digitalization.

Representing the Philippines were Philippine Ambassador to Türkiye Jaime Ramon Ascalon Jr., Department of Trade and Industry (DTI) Undersecretary Ceferino Rodolfo, DENR Assistant Secretary Michael V. Cabalda, MGB Supervising Geologist Anne Karla M. Navarro, and Philippine Trade and Investment Center Commercial Counsellor Katrina Banzon.

The forum focused on opportunities and challenges surrounding the development of secure and sustainable supply chains for critical minerals, which are increasingly viewed as essential to clean energy technologies, electric vehicles, and digital infrastructure.

Discussions also emphasized the importance of partnerships among governments, businesses, civil society organizations, local communities, and international stakeholders in ensuring responsible critical minerals development and strengthening supply chain resilience.

Participants noted that global mineral markets are increasingly shifting away from purely volume-based extraction toward responsible, traceable, and investment-grade supply chains.

During high-level panel discussions on investment opportunities and Southeast Asian perspectives on critical minerals development, Rodolfo outlined what he described as the “four Ps” necessary to create an enabling environment for the sector: policies, permits, partnerships, and projects.

According to the Philippine delegation, the forum discussions underscored both the opportunities available to resource-rich countries such as the Philippines and the structural challenges that must still be addressed to attract greater investment into the country’s critical minerals industry.

The Philippines is seeking to position itself as a key player in global critical mineral supply chains as international demand for minerals used in renewable energy systems and advanced technologies continues to grow.

MMD Group Limited (MMD), a global manufacturer of material sizing and handling systems, has signed an agreement with global mining company Anglo American to acquire the intellectual property rights to TraxIQ, a system-level material handling solution originally developed by the mining company.

As the owner of the TraxIQ intellectual property, MMD will lead the industrialization, commercialization, and global deployment of the system, which may also include collaboration opportunities with Anglo American where appropriate.

With global demand for minerals and metals continuing to accelerate, the mining industry is under increasing pressure to manage operational complexity while adopting new approaches to improve productivity, lower emissions, and reduce total cost per tonne.

TraxIQ represents a new model for material handling. Its system-level architecture is designed to support scalable deployment across diverse mining environments by integrating modular vehicle architecture, advanced energy-management strategies, and autonomous control systems.

MMD’s Centre of Excellence on the Isle of Man is currently leading industrialization and product development efforts, drawing on the company’s global engineering, manufacturing, and material-handling expertise.

The company will also work with select industry partners to support phased pilot deployment and validation in operational environments.

“TraxIQ forms a core component of our intelligent movement portfolio. Our established global footprint and deep domain expertise in material handling and mining integration make us best placed to bring this vision to the market,” said Martin Vorster, Group Managing Director at MMD Group.

Listed natural resources development company Nickel Asia Corp. (NAC) reported a 26-percent decline in attributable net income for the first quarter of 2026, although the company said core earnings improved amid stronger nickel prices and continued expansion in its renewable energy business.

Attributable net income, net of minority interest, fell to P371.77 million in the three months ended March 31 from P501.03 million in the same period last year. Earnings before interest, taxes, depreciation and amortization (EBITDA) declined to P1.35 billion from P1.55 billion previously.

Nickel Asia said first-quarter earnings in 2025 included a one-time gain of P800.49 million from the sale of its 15.625-percent stake in Coral Bay Nickel Corp. Excluding the gain, the company said attributable net loss in the comparable quarter last year would have been P25.55 million, resulting in a significant year-on-year turnaround on a core earnings basis.

Revenues from the sale of saprolite and limonite ore rose 3 percent to P2.42 billion from P2.36 billion, despite a 9-percent decline in ore sales volume to 2.27 million wet metric tons from 2.48 million WMT a year earlier.

The weighted average ore price increased 10 percent year-on-year to $18.03 per WMT from $16.40 per WMT, while the average exchange rate realized from sales improved 2 percent to P59.19 per US dollar from P57.85.

Saprolite ore exports totaled 0.56 million WMT at an average price of $35.63 per WMT during the quarter, compared with 0.66 million WMT at $36.60 per WMT in the same period in 2025.

Meanwhile, limonite ore deliveries to the company’s affiliated high-pressure acid leach plants reached 1.71 million WMT, sold at an average realized price of $7.87 per pound of payable nickel, equivalent to $12.29 per WMT.

Nickel Asia’s renewable energy subsidiary, Emerging Power Inc. (EPI), recorded strong growth during the quarter. Generation rose 63 percent year-on-year to 95,831 megawatt-hours from 58,857 MWh, while EBITDA surged 130 percent to P267 million from P116 million.

The company attributed the increase to the additional 120-megawatt peak capacity from Phase 1 of the San Isidro solar project in Leyte, which began testing and commissioning in October 2025.

Nickel Asia said Phase 1 of the San Isidro project is on schedule to begin commercial operations this quarter, while Phase 2, with another 120-MWp capacity, is targeting testing and commissioning within the third quarter.

The company is also advancing other renewable energy projects, including the Botolan solar project in Zambales, the Subic-Cawag solar facility and the Nazareno solar project in Bataan.

In exploration, Cordillera Exploration Company Inc., NAC’s joint venture with Sumitomo Metal Mining Co. Ltd., reported additional copper-gold and epithermal gold mineralization intercepts at the Cordon project in Isabela.

Nickel Asia also disclosed that it entered into an agreement on April 22 to acquire a 20-percent membership interest in Kazakhstan-based East Copper Production LLP, which owns GRK MLD LLP and the Karchiga copper mine.

The Karchiga mine, located within the Central Asian Copper Belt, has an annual production capacity of 8,500 tons of copper sulfide concentrate and 2,000 tons of copper cathode.

NAC President and Chief Executive Officer Martin Antonio G. Zamora said the company remained optimistic about the nickel market despite global economic uncertainties and geopolitical tensions.

“We are seeing a shift in nickel market fundamentals, driven largely by recent developments in Indonesia, including changes to benchmark pricing, tighter production quotas, alongside increasing input costs for HPAL operations, such as sulphur,” Zamora said.

“As our mining operations ramp-up in the second quarter, we remain confident in a stronger performance for the year, supported by the current strength in nickel prices,” he added.

Indonesia and the Philippines are moving to strengthen regional cooperation in the nickel industry through the proposed Indonesia-Philippines Nickel Corridor, aimed at reinforcing critical mineral supply chains and expanding industrial collaboration across Southeast Asia.

The initiative was highlighted during a high-level business roundtable led by the Indonesian Chamber of Commerce and Industry and the Philippine Chamber of Commerce and Industry on the sidelines of the 48th Asean Summit in Cebu province.

The discussions coincided with Indonesian President Prabowo Subianto’s official visit to the Philippines for the regional summit, where business leaders from both countries tackled emerging geoeconomic challenges and opportunities.

Bernardino Moningka Vega, deputy chairman for foreign relations at the Indonesian Chamber of Commerce and Industry, said the proposed nickel corridor could serve as a new model for regional economic partnerships focused not only on commodity trade but also on strengthening industrial value chains.

“In line with this year’s ASEAN-Philippines theme, ‘Navigating Our Future, Together,’ the Kadin Indonesia-PCCI high-level forum has laid out a roadmap not only for bilateral cooperation but also for making the ASEAN region better prepared to face current geoeconomic realities,” Vega said.

Under a memorandum of understanding signed by the Indonesian Nickel Miners Association and the Philippine Nickel Industry Association, both sides agreed to collaborate on the exchange of nickel-related data and information, policy and regulatory dialogue, cross-border investment promotion, development of environmental, social and governance methodologies, and human resource capacity building in the nickel sector.

Indonesia and the Philippines are among the world’s largest nickel producers and hold significant global reserves of the mineral, which is a critical component in electric vehicle batteries and energy storage technologies.

By 2025, Indonesia is projected to produce around 2.6 million metric tonnes of nickel, while the Philippines is expected to produce approximately 270,000 metric tonnes. According to 2025 estimates from the United States Geological Survey, the two countries together could account for around 73.6 percent of global nickel mining production.

Indonesia is estimated to hold around 62 million metric tonnes of nickel reserves, while the Philippines has an estimated 4.8 million metric tonnes.

For Indonesia, the partnership is expected to help secure raw material supplies for its growing downstream nickel processing industry. For the Philippines, the collaboration is seen as an opportunity to increase industrial value-added through regional processing initiatives and investment flows.

The forum also resulted in agreements involving agricultural technology cooperation and aviation maintenance partnerships between Garuda Maintenance Facility and JAR Aviation Services, with an indicative value of US$80 million.

In addition, plans were announced for the development of a nickel processing facility in the Philippines involving Agro Investama Group, RBN Solutions Inc. and Ploutus Inc. The project aims to support the regional battery and electric vehicle supply chain.

The proposed facility is expected to receive a minimum monthly nickel supply of 200,000 metric tonnes beginning in June 2026 to support regional manufacturing requirements.

Philippine Chamber of Commerce and Industry president Ferdinand Ferrer said the collaboration marked an important step towards deeper integration between the two countries in the critical minerals sector.

“Asean is strongest when it acts as one unit. And at the heart of this unity is the very strong bilateral relationship between Indonesia and the Philippines, with a combined population of nearly 400 million,” Ferrer said.

Reaffirming a shared commitment to environmental protection and sustainable resource management, the Department of Environment and Natural Resources (DENR) Region XIII (Caraga), in partnership with Hinatuan Mining Corporation – Tagana-an Nickel Project (HMC-TNP), successfully conducted a training program for accredited Deputy Environment and Natural Resources Officers (DENROs) from March 31 to April 1, 2026, at the HMC-TNP mine site.

The two-day training formed part of the DENRO accreditation renewal process and served as an important capacity-building initiative aimed at strengthening participants’ knowledge, competence, and effectiveness in enforcing environmental laws and safeguarding natural resources within their respective areas of responsibility.

Resource speakers from DENR Region XIII — Mr. Samuel L. Malayao (DMO IV), Mr. Francis M. Mansalay Jr. (DMO III), and Ms. Jenny Mae M. Cullantes (Forester) — shared valuable insights and expertise on key environmental laws, policies, and enforcement mechanisms essential to forest protection and environmental governance.

Key topics discussed during the training included:

• Presidential Decree No. 705 – Revised Forestry Code of the Philippines
• DENR Administrative Order (DAO) 97-33 – Rules for the Administrative Adjudication of Illegal Forest Products and Machinery Confiscated or Seized from Violators of Forestry Laws, Rules, and Regulations
• Republic Act No. 9147 – Wildlife Resources Conservation and Protection Act
• Republic Act No. 9175 – Chainsaw Act of 2002
• Executive Order No. 23 – Moratorium on the Cutting and Harvesting of Timber in Natural and Residual Forests and the Creation of the Anti-Illegal Logging Task Force

The activity highlighted the critical role of DENROs as frontliners in environmental law enforcement, forest protection, wildlife conservation, and the prevention of illegal environmental activities. Through continuous education and skills enhancement, the training aims to empower DENROs to become more effective environmental advocates and partners in promoting ecological sustainability.

This collaborative initiative between DENR Region XIII and HMC-TNP reflects a strong and continuing partnership anchored in responsible environmental stewardship, sustainable development, and community participation in conservation efforts.

At HMC-TNP, environmental protection goes beyond compliance — it is a shared responsibility and a long-term commitment to preserving the country’s natural heritage for future generations.

In celebration of World Water Day 2026, Hinatuan Mining Corporation – Tagana-an Nickel Project (HMC-TNP) brought together employees and personnel for a company-wide coastal cleanup drive at the South Beaching Area on Hinatuan Island.

Anchored on this year’s theme, “Water and Gender: Where Water Flows, Equality Grows,” the activity highlighted the vital role of clean and safe water in promoting health, equality, sustainable communities, and environmental resilience. The celebration also served as a meaningful reminder of the shared responsibility to protect and conserve water resources for present and future generations.

Demonstrating strong environmental stewardship and collective action, employees from various departments actively participated in the cleanup effort, working together to help preserve the island’s coastal environment and surrounding marine ecosystem.

As a result of the initiative, a total of 120 kilograms of residual waste was collected from the coastal area and properly transported to HMC’s sanitary landfill facility for safe and responsible disposal.

More than a cleanup drive, the event reflected HMC-TNP’s continuing commitment to environmental protection, sustainable mining practices, and community responsibility. Through initiatives like these, the company continues to strengthen its advocacy for cleaner waterways, healthier ecosystems, and a more sustainable future for all.

By working together to protect natural resources, HMC-TNP hopes to help ensure that future generations will continue to benefit from a clean, healthy, and thriving environment.