# datacenter.farm - Modular compute on field gas | Datacenter Farm > Run modular compute on field gas: start with your requirement. Methane.Exchange qualifies gas and pads against it and makes introductions. ## Overview & Scope - **Canonical Domain**: https://datacenter.farm/ - **Contact Email**: hello@datacenter.farm - **Phone**: (307) 263-8515 - **Privacy Policy**: https://datacenter.farm/privacy.html - **Terms of Use**: https://datacenter.farm/terms.html - **Access Policy**: Public browser calculators, checklists, and reference guides on this domain are free and ungated. Tract-specific courthouse deed, probate, unit, or division-order record verification is requested through the site inquiry form. ## AI & Structured Data Endpoints - **Extended Markdown Corpus**: https://datacenter.farm/llms-full.txt - **AI API Index**: https://datacenter.farm/api/ai/index.json - **Site & Page Metadata**: https://datacenter.farm/api/ai/site-info.json - **Canonical FAQ Corpus (0 Q&As)**: https://datacenter.farm/api/ai/faq.json - **XML Sitemap**: https://datacenter.farm/sitemap.xml ## Pages, Calculators & Guides - [AI Inference & Training Clusters on Field Gas | Datacenter Farm](https://datacenter.farm/ai-inference-and-training-clusters-on-stranded-gas): Define GPU cluster power density, checkpointing intervals, backhaul latency, and redundancy requirements for placing AI workloads on wellhead or gathering gas. - [Curtailable & Batch Compute on Field Gas | Datacenter Farm](https://datacenter.farm/curtailable-and-batch-compute-on-field-gas): Placing curtailable modular compute, batch AI training, or interruptible rendering workloads on field gas, tank-battery casinghead gas, and gathering taps. - [Firm Behind-the-Meter Gas Compute Requirements | Datacenter Farm](https://datacenter.farm/firm-behind-the-meter-gas-compute-requirements): Defining firm behind-the-meter natural gas compute requirements: N+1 generation, multi-well gathering or residue gas taps, fiber routes, & multi-year pad terms. - [Field Gas Interruption Profiles & Uptime Structures](https://datacenter.farm/gas-supply-interruption-and-uptime-sla-structures): How modular compute buyers evaluate associated gas vs. gathering-tap reliability, scheduled well maintenance, and N+1 generator uptime structures. - [Modular compute on field gas | Datacenter Farm](https://datacenter.farm/): Run modular compute on field gas: start with your requirement. Methane.Exchange qualifies gas and pads against it and makes introductions. - [Modular Container Data Centers for Oilfield Pads](https://datacenter.farm/modular-container-data-centers-for-oilfield-pads): Operational checklist for deploying ISO container data centers on oil & gas pads: electrical skid interfaces, dust filtration, ambient derating. - [Wellhead Fuel Spec & Pad Sizing for Compute | Datacenter Farm](https://datacenter.farm/wellhead-fuel-spec-and-pad-sizing-for-compute): How to translate net compute MW into Mcf/day and MMBtu/day fuel demand, Methane Number and H2S limits, and pad acreage before screening field gas sites. --- ## Full Page Summaries & Sections ### AI Inference & Training Clusters on Field Gas | Datacenter Farm - **URL**: https://datacenter.farm/ai-inference-and-training-clusters-on-stranded-gas - **Headline**: AI training and inference clusters on behind-the-meter gas. - **Summary**: Define GPU cluster power density, checkpointing intervals, backhaul latency, and redundancy requirements for placing AI workloads on wellhead or gathering gas. - **Sections**: Send an AI training or inference requirement - Datacenter Farm / AI Training & Inference on Gas - Multi-megawatt GPU clusters face multi-year utility interconnection queues in traditional metro markets, whereas producing oil and gas basins have immediate behind-the-meter natural gas capacity at gathering taps, processing plants, and multi-well pads. Matching an AI workload to field gas starts by separating checkpoint-tolerant batch training or fine-tuning jobs from low-latency inference traffic that requires N+1 generator redundancy and terrestrial fiber. - Methane.Exchange translates your cluster specification into a field gas and pad requirement: continuous MW at the transformer secondary, transient step-load behavior during job starts, cooling loop heat rejection at peak summer design temperatures, and fiber route diversity. ### Curtailable & Batch Compute on Field Gas | Datacenter Farm - **URL**: https://datacenter.farm/curtailable-and-batch-compute-on-field-gas - **Headline**: Curtailable and batch compute on field gas. - **Summary**: Placing curtailable modular compute, batch AI training, or interruptible rendering workloads on field gas, tank-battery casinghead gas, and gathering taps. - **Sections**: Send a curtailable compute requirement - Datacenter Farm / Curtailable & Batch Compute - Workloads that can pause, checkpoint, or step down when field gas pressure drops or compressor maintenance occurs unlock the largest pool of oilfield gas sites. Associated gas at tank batteries, stranded gathering taps, and flare-mitigation pads rarely offer utility-grade 99.99% uptime from a single well, yet they can support modular containers from 500 kW to 10+ MW when the operator states a clear interruption tolerance. - Before Methane.Exchange screens gas suppliers for your fleet, write down four operational boundaries: minimum continuous run window between checkpoints, acceptable ramp-down notice (seconds vs. minutes), minimum turndown load on your generator bank, and minimum deployment term on a single pad before relocation. ### Firm Behind-the-Meter Gas Compute Requirements | Datacenter Farm - **URL**: https://datacenter.farm/firm-behind-the-meter-gas-compute-requirements - **Headline**: Firm behind-the-meter gas compute requirements. - **Summary**: Defining firm behind-the-meter natural gas compute requirements: N+1 generation, multi-well gathering or residue gas taps, fiber routes, & multi-year pad terms. - **Sections**: Send a firm BTM requirement - Datacenter Farm / Firm Behind-the-Meter Compute - Synchronous inference clusters, persistent cloud GPU pods, and enterprise colocation modules cannot drop offline every time a single oil well shuts in for a rod pump change. When your workload requires firm behind-the-meter power, the gas supply must come from a multi-well central delivery point (CDP), a residue gas tap downstream of a processing plant, or a dry-gas gathering header with documented delivery pressure and reserve support. - Methane.Exchange screens out single-well flare pads for firm workloads and focuses on sites where fuel continuity, N+1 or N+2 prime generation footprint, low-latency fiber paths, and multi-year surface tenure can all be verified in writing before your team travels to the site. ### Field Gas Interruption Profiles & Uptime Structures - **URL**: https://datacenter.farm/gas-supply-interruption-and-uptime-sla-structures - **Headline**: How field gas interruption profiles map to compute uptime. - **Summary**: How modular compute buyers evaluate associated gas vs. gathering-tap reliability, scheduled well maintenance, and N+1 generator uptime structures. - **Sections**: Send your uptime and interruption boundaries - Datacenter Farm / Interruption Profiles & Uptime - Field gas is not a single commodity. Casinghead gas from a single pad fluctuates with oil production and pauses during rod or pump workovers; a tap on a multi-well gathering header averages out individual well swings but can still see downstream compressor station maintenance; and a residue-gas tap downstream of a processing plant offers dry, pipeline-quality fuel with high availability. - Writing down the exact interruption profile your compute economics can absorb keeps you from overpaying for firm pipeline gas when a curtailable gathering tap fits, or under-designing fuel backup when your workload carries strict customer uptime commitments. ### Modular compute on field gas | Datacenter Farm - **URL**: https://datacenter.farm/ - **Headline**: Run modular compute on field gas. Start with the requirement. - **Summary**: Run modular compute on field gas: start with your requirement. Methane.Exchange qualifies gas and pads against it and makes introductions. - **Sections**: Or send the requirement from here - If you want to place compute on gas at or near the wellsite, the first question is not the generator. It is your requirement: net power at your boundary, how much interruption the workload can take, the term, and your equipment maker's fuel spec. Methane.Exchange writes that down with you, qualifies gas and pads against it, and introduces you to the supplier whose facts fit, with the supplier's permission. datacenter.farm does not host compute or sell power. - Describe your requirement at Methane.Exchange - Or send it from this page; it goes to the same people. See a sample qualification packet. ### Modular Container Data Centers for Oilfield Pads - **URL**: https://datacenter.farm/modular-container-data-centers-for-oilfield-pads - **Headline**: Deploying modular compute containers on oilfield pads. - **Summary**: Operational checklist for deploying ISO container data centers on oil & gas pads: electrical skid interfaces, dust filtration, ambient derating. - **Sections**: Send your modular container fleet requirement - Datacenter Farm / Modular Container Deployments - Twenty-foot and forty-foot ISO compute containers allow operators to land 500 kW to 2.5 MW per box on a compacted caliche pad without pouring commercial building foundations. To place those containers next to a tank battery or compressor station, the site and supply screen must account for oilfield realities: caliche dust loading on intake louvers, summer ambient temperatures above 105 degrees Fahrenheit, and safe separation distances from hydrocarbon vessels. - When you share your container spec with Methane.Exchange, we qualify pads and gas sources where the footprint, road turning radius, electrical voltage, and gas volume match your fleet hardware. ### Wellhead Fuel Spec & Pad Sizing for Compute | Datacenter Farm - **URL**: https://datacenter.farm/wellhead-fuel-spec-and-pad-sizing-for-compute - **Headline**: Wellhead fuel spec and pad sizing for modular compute. - **Summary**: How to translate net compute MW into Mcf/day and MMBtu/day fuel demand, Methane Number and H2S limits, and pad acreage before screening field gas sites. - **Sections**: Send your fuel spec and pad requirement - Datacenter Farm / Fuel Spec & Pad Sizing - Field gas is sold in Mcf/day and MMBtu/day, while compute is planned in net kW or MW after cooling and auxiliary loads. Bridging that gap before you approach a gas producer keeps both sides from wasting weeks on incompatible sites. A 1 MW net compute load plus dry-cooler parasitic draw typically requires 230 to 270 MMBtu/day of fuel gas depending on engine heat rate and site elevation. - Even when the volume fits, raw wellhead gas can carry heavy natural gas liquids (C3+ raising the BTU value and dropping the Methane Number), moisture, or hydrogen sulfide (H2S). Knowing your generator manufacturer's fuel acceptance sheet and the physical footprint needed for your containers, transformers, and acoustic clearance lets Methane.Exchange match your project against real gas analyses and pad surveys.