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Environmental, Social, and Governance (ESG) Commitment

At HD Fire Protect, our ESG strategy is integral to our business operations and reflects our commitment to sustainable and ethical practices. As a leading manufacturer of fire-fighting products, we recognize the importance of protecting the environment, supporting communities, and maintaining high standards of governance.

Environmental Responsibility

We are dedicated to minimizing our environmental impact through innovative solutions and sustainable practices. While we have implemented an effective environmental management system (EMS) that complies with ISO 14001 Standard. Some of our initiatives include:

Renewable Energy: Implementation of a rooftop solar power plant at our factory to reduce our carbon footprint and reliance on non-renewable energy sources.
Water Conservation: We have installed rainwater harvesting project and water recycling programs at our factory, ensuring sustainable water usage and conservation.
Eco-Friendly Products: Development of environmentally friendly fire-fighting fluorine-free foam systems that minimize harm to the ecosystem.
Waste Management: Our Effluent Treatment Plant (ETP) and Sewage Treatment Plant (STP) allow us to manage waste responsibly, recycling water after testing to reduce pollution. We also manage our factory food waste by converting it to agricultural fertilisers.
Tree Plantation Drives:Regular tree plantation drives are conducted to promote green cover and biodiversity, enhancing local environments and contributing to carbon sequestration.
Paper and Material Efficiency: Commitment to minimizing the use of paper and stationery, promoting digital communication and documentation wherever possible.

Social Responsibility

We believe in contributing positively to the communities where we operate. Some of the details can be found on our CSR page. Our focus areas include:

Health Initiatives: Supporting health programs in underprivileged communities to improve access to essential healthcare services.
Voluntary Blood Donation Camps: Participating in voluntary blood donation camps to support local health services and contribute to community well-being.
Education Programs: Investing in educational initiatives to empower future generations, ensuring equal opportunities for learning and growth.
Employee Health and Well-being: Prioritizing the health and well-being of our employees through comprehensive wellness programs, regular health check-ups, and initiatives that promote a healthy work-life balance.
Community & Social Engagement: Working closely with various local communities, NGOs and educational institutions to understand their needs and support sustainable development projects.

Governance Standards

At HD Fire Protect, governance is built on a foundation of integrity, transparency, and accountability. Our governance practices include:

Ethical Business Practices: Adherence to the highest ethical standards in all our operations, ensuring fairness and integrity in our business dealings.
Compliance and Transparency: Strict compliance with local and international regulations, maintaining transparency in reporting and communication with stakeholders.
Stakeholder Engagement: Regular engagement with stakeholders, including customers, employees, and partners, to align our business objectives with their expectations.

Our Commitment

We are committed to continually improving our ESG performance, understanding that sustainable growth and ethical governance are key to our long-term success. Through our dedicated efforts, we aim to make a positive impact on the environment, society, and the communities we serve, while fostering a supportive and healthy workplace for our employees.

Special Projects

In addition to the design and manufacture of standard fire-fighting products, we can also provide customised and bespoke engineered systems to meet individual customer needs or applications for special projects. Special units and skids are made on demand according to your specifications. Our technical service and engineering teams can assist you on special project requirements for various fire-protection and related applications. From initial concept and design to commissioning and on-site assistance, we can offer our support
One such example was use of Varsha Nozzles for sound suppression application in ISRO rocket launch station. Our Varsha nozzles were used for excessive sound suppression during the GSLV Mark III launch. Acoustic sound suppression was developed by ISRO in order to suppress large decibel sound by attenuating noise using water quenching method. Selection of HD Varsha Nozzles was made to ensure that water jet from all ends meet at the definite points of launch pad. Extensive performance tests of Varsha nozzles were carried out in Jalgaon.

Data Centers

Uptime of Data centers remains critical to most of the businesses today due to cloud-based models. Data centers and server rooms can consist of very costly as well as fragile devices – responsible for backing-up several critical industries. Any problem or down time can be extremely problematic to business continuity of many industries. Therefore automatic and fast-acting fire fighting systems are ideal for such applications.
Data centers and server rooms are typically protected by “total-flooding” clean agent inert gas systems. Inert gas fire suppression agent is made up of 100% argon, nitrogen, or mixture of both and/or CO2. Most popular being the IG-541 system, consisting of 52% Nitrogen, 40% Argon and 8% Carbon Dioxide. These inert gasses are non-reactive to chemical interactions, making them exceptionally safe and effective for putting out fires in data centers. IG-541 extinguishes the fire by reducing the residual oxygen concentration to a level that no longer supports combustion.
Alternately, even a Single or Double-Interlock Pre-Action system can be effectively used in protection of data centers and server rooms, in cases where sprinkler system needs be used with multiple detection mechanisms.
Protection of stand-alone electrical cabinets and machines can be done with CO2 based automatic fire suppression systems like HD-RAKSHAK, a system within the electrical cabinet itself, close to circuits where a fire can occur. The fire detection tubing actuates the system and instantly floods the entire cabinet area with CO2 extinguishing agent.

Commercial & Residential Buildings, Hotels and Airports

The automatic wet pipe fire sprinkler system is most common type of sprinkler system installed in buildings. Alarm valves act as check valves and to give an alarm in case of fire. The alarm is through water motor gong audible alarm bell or through a signal from pressure or flow switch.
This applies to commercial buildings, hotels, meeting rooms, logistics areas and production buildings or warehouses. In case of fire, the sprinkler system is automatically activated during the initial phase, thus preventing the fire from spreading. Sprinkler systems are designed in accordance to NFPA 13.
The pre-action system is used when it is required to have two triggers in order to start water flow through the sprinkler system. It greatly helps that the pre-action fire sprinkler can be set to prevent water from spouting in case of a false alarm or a mechanical failure. The pre-action system is good for use in places where the sprinklers are necessary in case of actual fire only so there is no water damage of any items in building due to inadvertent opening of sprinklers.

Power Plants

Power plants are characterized by their complex systems consisting of many high-risk areas and therefore reliable fire extinguishing systems are essential to ensure the safety in such places.
Steam and gas turbo generators operating at high temperature and speed contain large quantities of lubricating oil and constitute to a major risk of fire. Deluge water spray systems are commonly used in the protection of such machines.
Coal is transported on encased conveyor belts that run across coal processing stations. Fire detection and medium velocity automatic deluge water spray systems are most suitable for protection of coal conveyor belts.
Pre-action water spray systems are best suited for turbine fire protection because of their high assurance against inadvertent discharge
In certain risk areas, fire-fighting foams are added to deluge systems to reinforce the fire-suppression effect.
High-velocity water spray nozzles for protection of fixed hazards such as transformers, circuit breakers, turbo alternators, lube oil systems, oil fired boilers, and similar hazards.
Outdoor oil-filled transformers containing over 500 gallons of oil should be protected by automatic deluge water spray systems.
Fixed water spray systems are designed as per NFPA 15.

Oil & Gas, Petrochemical

Deluge water spray fixed systems for cooling of storage tanks, bullets, spheres, structures, and flammable liquid storage areas. These systems are designed as per NFPA 15. HD deluge valves offer reliable and robust solutions. Deluge valves can be operated by manual, hydraulic, pneumatic or electric trims. HD medium velocity nozzles come in a combination of k-factors and spray angles to offer effective spray pattern for cooling applications.
Fixed foam systems for open top floating and cone roof flammable liquid storage tanks. These systems are designed as per NFPA 11. HD foam chambers and rim seal foam pourers cover a wide range of flow rates and offer effective foam discharge solutions, making these ideal systems for storage tank applications.
Foam bladder tank systems provide accurate, dependable, and cost-effective foam fire protection for a variety of flammable/combustible hazard areas, with no external power other than water pressure. Water is applied to the outside surface of the bladder, displacing foam the concentrate inside the bladder, which then is injected into the water stream.
Foam-water sprinkler systems for flammable liquid storage and handling areas. These systems are designed as per NFPA 16. Foam sprinkler systems are more effective than a water-only system when evaluated for the same risk. They provide for actual extinguishment of the fire and a lower water demand.
Custom engineered foam systems are ideal for foam proportioning applications for a range of foam discharge.
Range of monitors is used in petrochemical storage and refineries.