BCCK delivers integrated renewable energy solutions that convert challenging gas streams into reliable, low-carbon energy. This Q&A explores our approach to renewable natural gas (RNG), small-scale LNG (ssLNG), hydrogen, landfill gas, and carbon capture—showing how we reduce emissions, improve project economics, and bring facilities online with certainty.
Q1: What does “Beyond the NRU” mean for renewable energy?
We apply comprehensive EPC (Engineering, Procurement and Construction) capabilities—including engineering, fabrication, construction and start-up across a broad range of clean energy applications. Our solutions encompass deoxygenation, dehydration, CO2 removal and CO2 liquefaction. We deliver fully integrated turnkey systems for RNG, small-scale LNG (ssLNG), hydrogen, landfill gas and carbon capture, ensuring reliable performance, regulatory compliance and on-schedule delivery from concept through commissioning.
Q2: How does BCCK help organizations reduce greenhouse gas emissions?
BCCK designs and delivers systems that capture and upgrade methane from landfills and other emission sources. We focus on eliminating flaring where possible, integrating energy-efficient treatment technologies to reduce CO2 intensity and enabling CO2 capture and sequestration.
The result: less methane released into the atmosphere, reduced Scope 1 and 2 emissions and an increase in usable renewable energy.
In addition, BCCK is actively developing multiple projects focused on capturing and purifying CO2 to food-grade quality.
Q3: What’s your approach to Renewable Natural Gas (RNG) projects?
BCCK provides comprehensive, end-to-end RNG solutions, including gas collection support, pretreatment, contaminant removal (CO2, O2, H2S, siloxanes), dehydration, compression and pipeline interconnects. Our modularized packages minimize on-site labor and significantly reduce time to revenue.
We engineer systems to handle variable feed compositions and flow rates, delivering consistent pipeline-spec gas with high methane recovery. For high-H2S applications, BCCK can fabricate code-stamped vessels for H2S contact towers or complete amine units.
Q4: How do you handle the complexity of landfill gas to RNG?
Landfill gas is variable and oxygen- and nitrogen-intrusive. We engineer robust process trains that stabilize the feed, integrate contaminant removal, and optimize energy use. Power systems, controls, and safeguarding are built in so facilities run safely and consistently. We’ve supported large-scale projects that demonstrate high uptime and strong recovery rates.
Q5: What differentiates BCCK’s small-scale LNG (ssLNG) offering?
We combine cryogenic expertise with single-contract execution. Our ssLNG solutions integrate pretreatment, liquefaction, balance of plant, automation, and storage/loading into a compact footprint. Designs accommodate wide inlet gas variability and can incorporate NGL extraction for improved economics. The outcome is reliable, efficient LNG production with clear schedules.
Q6: How does ssLNG support the energy transition?
ssLNG offers a “virtual pipeline” solution that overcomes infrastructure limitations, delivering cleaner fuel for industrial, commercial and remote applications. Our advanced cryogenic designs maximize energy efficiency per unit produced, while modular fabrication accelerates delivery timelines and simplifies future capacity expansions.
Q7: What solutions do you offer in hydrogen?
We design and manufacture integrated systems, including methanol-to-hydrogen reformers that generate fuel-cell-grade hydrogen directly at the point of use. Our solutions seamlessly integrate with EV charging stations, microgrids and fueling infrastructure. With a strong emphasis on code compliance, safety, operational simplicity and lifecycle cost efficiency, we enable practical and scalable deployment.
Q8: How do you ensure safety and compliance across renewable projects?
We engineer to applicable codes and standards, conduct PHA/HAZOP, build safeguarding into controls, and provide documentation for audits and permits. Electrical studies (load flow, short circuit, arc flash), emissions considerations, and test plans are included from FEED through startup to ensure seamless regulatory alignment.
Q9: Where does carbon capture fit into BCCK’s portfolio?
We take a technology-agnostic approach and integrate carbon capture within broader facility scopes—post-combustion or direct air—then treat, compress, and prepare CO2 for sequestration or end use. Our background in gas treating ensures trace impurity control and reliable downstream performance.
Q10: What measurable outcomes can clients expect?
- Lower emissions through methane capture and CO2 management
- Specification-grade gas for RNG, LNG, and hydrogen applications
- Higher uptime and stable operations via integrated controls and power systems
- Reduced total installed cost through modular execution
- Faster time to commissioning and revenue
Q11: How do you de-risk schedule and budget on turnkey projects?
We align engineering with procurement and fabrication from day one, lock critical equipment early, and standardize tie-points and modules. Factory testing reduces field rework. Clear installation work packages and commissioning plans drive predictable mechanical completion and performance validation.
Q12: What information helps you evaluate a renewable project quickly?
Information such as feed composition and variability, target product specifications, operating ranges for flow, pressure and temperature, site utilities, applicable codes and schedule drivers is invaluable to our process. Using this data, we will develop a comprehensive concept or FEED package that includes the process scheme, performance targets, modularization plan, cost estimates and project timelines.
Additionally, we will facilitate technical discussions between subject matter experts to gain a thorough understanding of the customer’s objectives, address any challenges and identify the most effective path forward.
Q13: How do we get started with BCCK?
Share your project parameters and objectives with us, and we’ll create a clear, seamless path—from concept to commissioning—that turns our renewable energy goals into reality with confidence. As a customer-centric organization, we are committed to relentlessly pursuing solutions tailored to your unique needs.