Ship & Shore Environmental Inc.

09/04/2026

Truly sustainable photovoltaic manufacturing looks at the whole picture: not just the clean energy a panel will generate, but the emissions, energy use and waste created while producing it.

Modern air pollution control contributes on every front. High-efficiency oxidizers destroy VOCs while recovering thermal energy that can be reused in the process — cutting both emissions and fuel costs.

That is the mindset shift leaders should embrace: emission control equipment as an efficiency asset, not overhead.

Ship & Shore Environmental designs energy-efficient, customized air pollution control systems for PV manufacturers — helping the industry deliver clean energy from genuinely clean factories.

Planning an upgrade, expansion or new facility?

📞 Call us at +1 (562) 997-0233
📧 Email: [email protected]
🌐 Visit www.shipandshore.com



https://shipandshore.com/industries-served/rtos-for-solar-industry/

We offers top RTOs for solar panel manufacturers for optimal performance and sustainability. Request a quote for a solar industry regenerative thermal oxidizer.

09/03/2026

This Labor Day, we honor the workforce- the hands that build, the minds that engineer, and the dedication that keeps our industries moving forward.

In observance of Labor Day, our office will be closed on Monday, September 7th, 2026.

Please call (562) 477-7556, (562) 477-7557 or (562) 400-4439 for any urgent matters during this time.

09/02/2026

https://shipandshore.com/about-us/case-studies/

CASE STUDY

Engineering VOC Control and Unlocking $350,000+ in Incentives
The Challenge

A flexographic packaging manufacturer serving the food and candy markets was preparing for production expansion. Higher production rates meant increased process exhaust and VOC emissions.

The facility needed to meet permitting requirements without an oversized, energy-intensive system. VOC capture, plant air quality, operating costs, and future growth were critical.

The goal was to operate efficiently as production changed.

The Engineering Approach

Ship & Shore Environmental started with the process not a standard equipment size.

Our engineering team evaluated equipment, airflow, operating conditions, production requirements, and VOC sources to establish collection and abatement requirements.

The result was a custom engineered Regenerative Thermal Oxidizer (RTO) and VOC collection system designed around the facility's operation.

Key engineering elements included:

• Custom RTO capacity for planned expansion.
• Optimized collection and ductwork for improved VOC capture.
• Variable airflow operation to match production demand.
• Regenerative heat recovery to reduce natural-gas consumption.
• Automated controls for changing process conditions.
• Integration with existing plant infrastructure.

The RTO was engineered as part of the facility's overall exhaust strategy, not simply as a stand-alone compliance device.

The Results

The project delivered expansion capacity while addressing energy, operational, and financial goals.

Compliance: Designed to meet applicable permit and emissions control requirements.

VOC Capture: Process specific collection helped minimize fugitive VOC releases within the facility.

Energy Efficiency: Regenerative heat recovery and airflow optimization helped reduce unnecessary natural gas and fan-energy consumption.

Production Flexibility: The system was designed to respond to changing production conditions rather than operate continuously at maximum capacity.

$350,000+ Utility Incentives: The project qualified for more than $350,000 in utility incentives, helping offset the customer's capital investment.

More Than Emissions Control

For this manufacturer, expansion was an opportunity to make VOC abatement part of the production strategy not simply another compliance requirement.

By integrating capture, airflow, thermal oxidation, controls, energy use, and future capacity, Ship & Shore designed a system for today's operation and future growth.

When production grows, your emissions strategy should be ready to grow with it.

📞 Contact us at +1 (562) 997-0233
📧 Email: [email protected]

09/01/2026

At Ship & Shore Environmental, we focus on one critical point:
where emissions begin.

Inside flexographic printing operations, that means the press, the dryer, and the solvent cycle.

By combining engineering expertise with real-world application, manufacturers can shift from reactive compliance to proactive emissions control.

That’s how meaningful, measurable reduction happens.
Start controlling emissions at the source.

📞 +1 (562) 997-0233
📧 [email protected]
🌐 www.shipandshore.com



https://shipandshore.com/industries-served/flexographic-printing-industry-rtos/

Optimize production, reduce waste, and improve efficiency with our innovative printing industry RTOs. Call for Flexographic Printing Regenerative Thermal Oxidizers.

08/31/2026

🔧 - Every Signal Tells a Story

https://shipandshore.com/am-monday/

A Regenerative Thermal Oxidizer does more than heat exhaust. Its controls continuously coordinate temperature, airflow, valves, combustion, and heat recovery to keep the system operating within its intended conditions.

Behind that operation is a network of PLCs, HMIs, sensors, switches, and safety logic. When these controls begin to drift, the effects may show up first as unstable temperatures, unnecessary fuel use, nuisance alarms, or inconsistent equipment response.

Where Preventive Maintenance Starts

Key checks:

Verify temperature, pressure, and flow instrumentation.
Review sensor signals for unusual drift or inconsistent readings.
Test alarms, interlocks, and emergency shutdown functions.
Check actuator feedback and automated sequences.
Inspect PLC/HMI hardware, cooling fans, filters, and control cabinets.

Review software and backups according to the system manufacturer's requirements.

Calibration intervals should be based on the instrument, application, manufacturer guidance, and facility requirements not a one size fits all schedule.

Don't Ignore the Data

One of the best maintenance tools is the operating history already stored in the control system.

Watch for changes in:

Temperature patterns
Pressure and airflow
Alarm frequency
Valve or actuator response
Burner demand
Fuel consumption

Comparing current conditions with historical operating data can help reveal developing issues before they become major failures.

Safety Logic Needs to Work When It Matters

Interlocks and shutdown circuits are not simply software features. They are critical safeguards designed to place equipment in a safe condition when abnormal operating conditions occur.

Testing should confirm that alarms, permissives, interlocks, flame safeguards, and shutdown functions respond as intended and that any deficiencies are corrected promptly.

🛠️ Ship & Shore Environmental Recommendation

Include controls and instrumentation in every comprehensive RTO preventive maintenance program. Our aftermarket service approach evaluates the automation system alongside the mechanical and combustion equipment, helping identify whether a performance issue originates from instrumentation, control logic, airflow, combustion, or another part of the system.

Why It Matters

✔ More dependable operation
✔ Better visibility into system condition
✔ Fewer nuisance alarms and unexpected failures
✔ Proper response from critical safety functions
✔ Better control of combustion and airflow
✔ Support for consistent emissions performance

An RTO may be built from steel, valves, burners, and ceramic media—but precision controls are what bring the entire system together.

Maintain the controls. Understand the data. Keep the system performing.

📞 +1 (562) 997-0233 ​
📧 [email protected]

08/28/2026

Build a greener future for concrete production with next-generation emissions management! Ship & Shore Environmental, Inc. offers custom-engineered Regenerative Thermal Oxidizers (RTOs) designed specifically for concrete facilities.

These advanced systems destroy VOCs and calciner emissions, ensuring full environmental compliance while improving energy efficiency and reducing costs.

Enjoy smooth, dependable installation across ready-mix and precast plants—creating cleaner air and long-term environmental accountability.

Ready to modernize your concrete operations with proven, eco-friendly RTO technology?

📞 Call +1 (562) 997-0233
📧 Email: [email protected]
🌐 Visit www.shipandshore.com

Join Ship & Shore Environmental, Inc. in leading the way toward efficient, low-emission concrete manufacturing.



https://shipandshore.com/industries-served/rtos-for-concrete-industry

08/27/2026

Elevate your aerospace manufacturing with industry-leading emissions control and sustainability solutions!

Ship & Shore Environmental, Inc. delivers advanced Regenerative Thermal Oxidizers (RTOs) purpose-built for the aerospace sector. Our adaptable, energy-efficient systems effectively capture and neutralize VOCs and hazardous pollutants from aircraft and spacecraft production—keeping you compliant with environmental regulations while reducing operational overhead.

Enjoy superior odor control, seamless integration, and specialized support crafted around the demands of aerospace materials and workflows.

Ready to strengthen sustainability and regulatory compliance in your aerospace operations?

📞 Call us at +1 (562) 997-0233
📧 Email: [email protected]
🌐 Discover more at www.shipandshore.com

Partner with Ship & Shore Environmental, Inc. for reliable, innovative RTO solutions that support a cleaner, safer aerospace manufacturing future.



https://shipandshore.com/industries-served/rtos-for-aerospace-industry/

Advanced RTOs for the aerospace industry designed to reduce VOCs and improve sustainability. Our RTO for aerospace manufacturing ensures emissions control.

08/26/2026

https://shipandshore.com/techtalk/

The Journey from BEAD TO BLOCK

Expanded Polystyrene (EPS) is widely used for insulation, packaging, construction, and impact protection. Its manufacturing also creates a specific air-quality challenge: controlling VOC emissions, primarily pentane, released during processing.

Pentane emissions can occur throughout EPS production not just during expansion.

Potential sources include bead storage and transfer, pre-expanders, fluidized-bed dryers, block and shape molding, pre-expanded bead silos, and aging or conditioning areas. Heating vaporizes the blowing agent, while drying, storage, and aging can release additional pentane.

Each source can have different airflow, VOC concentration, temperature, and operating cycles.

Capture Is the First Engineering Challenge

Effective abatement begins with source capture and properly engineered collection. EPS exhaust may involve high airflow, variable VOC concentrations, steam-related moisture, and flammable VOC conditions.

Engineered ductwork, airflow balancing, appropriate filtration, and safe concentration management help deliver a controlled exhaust stream to the treatment system while avoiding unnecessary airflow.

Efficient capture can reduce treatment volume, equipment requirements, and energy demand.

Why RTOs Are Proven for EPS

For many EPS applications, Regenerative Thermal Oxidizers (RTOs) provide reliable thermal destruction of pentane and other VOCs. Ceramic heat-recovery media transfers energy from treated exhaust back into the incoming stream, reducing supplemental fuel requirements.

Properly designed RTO systems can achieve greater than 98% VOC destruction efficiency at operating temperatures around 1,500°F.

Actual performance and fuel consumption depend on VOC loading, airflow, temperature, heat recovery, and operating conditions. Because EPS exhaust can contain moisture and bead carryover, inlet protection, drainage, and appropriate equipment design are important for reliable operation.

RTO design must address the complete exhaust stream not VOC concentration alone.

Engineering Beyond Compliance

A successful EPS abatement system should accommodate current production while allowing for future expansion or process changes. Safety, capture efficiency, airflow variability, energy recovery, permitting, maintenance, and lifecycle cost should all be considered during system design.

Ship & Shore Environmental provides engineered VOC abatement solutions, including collection-system design, thermal oxidation, permitting support, equipment integration, and aftermarket service.

Smarter EPS emissions engineering means effective capture, safe operation, efficient VOC destruction, and dependable long term performance.

📞 Contact us at +1 (562) 997-0233
📧 Email: [email protected]

08/25/2026

Huge congratulations to our President & CEO, Anoosheh Mostafaei Oskouian, on being named a nominee in the Orange County Business Journal 2026 Women in Business Awards!

Anoosheh’s leadership has propelled Ship & Shore Environmental to the forefront of industrial emissions control and energy recovery solutions—delivering systems with 99%+ destruction efficiency and helping clients cut fuel use by up to 30%.

Proud to be led by a visionary driving real climate impact.

https://www.ocbj.com/events/2026-women-in-business-awards/

08/24/2026

🔧 AM Mondays:

https://shipandshore.com/am-monday/

Where Care Today Becomes Reliability Tomorrow

An RTO can look perfectly normal from the outside while wear, fouling, misalignment, or calibration issues are developing inside. That’s why a strong preventive maintenance program goes beyond checking whether the equipment is running it verifies how well the entire system is operating.

What Should a Complete RTO Inspection Cover?

🔍 External Inspection

• Review operating history, alarms, and recurring faults.
• Check valves, actuators, dampers, fans, and mechanical components.
• Inspect the gas train, burners, wiring, and control cabinets.
• Verify cooling systems, filters, bearings, and lubrication points where applicable.

🔧 Internal Inspection

• Examine valve seating and damper condition.
• Inspect ceramic media, insulation, refractory, and heat-exchanger surfaces.
• Check fans, shafts, bearings, burner components, and internal assemblies for wear or damage.
• Identify fouling, deterioration, or conditions that could affect heat recovery and airflow.

Performance & Safety Verification

A proper PM inspection should also confirm that the system is responding correctly—not simply that individual components appear intact.

Key checks include:

• Thermocouple and pressure-instrument verification
• Burner and combustion performance
• Safety interlocks and shutdown functions
• System airflow and pressure measurements
• Actuator travel and valve operation
• Fan alignment and operating condition
• Thermal imaging where appropriate

Why Documentation Matters

A detailed service report gives your maintenance team more than a checklist. Photos, measurements, identified deficiencies, corrective actions, and recommendations create a useful record for planning repairs and tracking equipment condition over time.

Ship & Shore Environmental Recommendation

Ship & Shore Environmental recommends scheduled RTO inspections based on equipment condition, operating hours, process demands, and maintenance history. Our aftermarket service approach combines mechanical inspection, controls verification, safety checks, and operating-performance review to identify developing problems before they become costly interruptions.

Why It Matters

✔ Catch developing problems earlier
✔ Improve equipment reliability
✔ Protect thermal and combustion performance
✔ Reduce unexpected downtime
✔ Support safe and compliant operation
✔ Extend the service life of critical components

📞 +1 (562) 997-0233 ​
📧 [email protected]