Drip Irrigation Installation in Boston, MA

Every irrigation run installed here has to account for freeze-drain requirements, which is not true in most of the country and not something a system designed for a milder climate handles by default. A system installed without a proper drain point, or without being blown out before the first hard freeze, will crack fittings and split tubing over the winter, and the failure doesn’t show up until the following spring when the system is turned back on and half the zones don’t hold pressure. Every zone we design includes a drain point and a documented shutdown procedure specifically because of this, not as an optional add-on offered at extra cost — it’s built into the system from the design stage, the same way the emitter spacing or the zone grouping is.
Terrace and roof deck installations bring a constraint most residential irrigation companies aren’t set up for: the surface can’t be trenched. A waterproofing membrane under pavers or a built-up roof deck can’t be cut into the way a lawn can without risking a leak that shows up as water damage in the unit below, which means every supply line has to run on the surface, secured and routed through planting beds and along hardscape edges in a way that stays out of sight and out of the way of foot traffic. Getting this wrong either damages the membrane, which is an expensive mistake to fix after the fact, or leaves tubing exposed and vulnerable to both freeze damage and UV degradation over a few seasons of direct sun.
Historic facades across Beacon Hill, Back Bay, and the South End add a second constraint: fixtures and supply lines often can’t be surface-mounted to brick or brownstone the way they would be on a standard residential exterior with vinyl or clapboard siding, and any visible hardware has to be considered against what a historic district review board will accept before it goes in, not after a neighbor complains. We route and conceal accordingly, using planting and existing architectural features to hide connections and controller placement, and flag anything that’s likely to need separate approval before installation begins rather than discovering it mid-project.
High-rise and multi-unit terraces bring their own limits on load and power. A rooftop irrigation system has to work within the building’s available water pressure and electrical capacity for the controller, and in many buildings that capacity is shared with other systems — HVAC, other units’ irrigation, building common areas — and is genuinely limited rather than a formality to check off. We coordinate with building management and, where relevant, an engineer of record before specifying equipment, so the system that gets designed is one the building can actually support long-term, rather than one that works during the installation walkthrough and then trips a breaker the first time every zone runs at once.